Timing Messages

Report Title Timing Analysis Report
Design File C:\Gowin\Gowin_V1.9.10_x64\IDE\bin\Documents\FP_Sqrt_veri0617\impl\gwsynthesis\FP_Sqrt_veri0617.vg
Physical Constraints File ---
Timing Constraint File ---
Tool Version V1.9.10 (64-bit)
Part Number GW5A-LV25UG324ES
Device GW5A-25
Device Version A
Created Time Mon Jun 17 17:00:17 2024
Legal Announcement Copyright (C)2014-2024 Gowin Semiconductor Corporation. All rights reserved.

Timing Summaries

STA Tool Run Summary:

Setup Delay Model Slow 0.855V 0C ES
Hold Delay Model Fast 0.945V 85C ES
Numbers of Paths Analyzed 6087
Numbers of Endpoints Analyzed 5540
Numbers of Falling Endpoints 0
Numbers of Setup Violated Endpoints 174
Numbers of Hold Violated Endpoints 0

Clock Summary:

Clock Name Type Period Frequency(MHz) Rise Fall Source Master Objects
clk Base 10.000 100.000 0.000 5.000 clk_ibuf/I

Max Frequency Summary:

NO. Clock Name Constraint Actual Fmax Logic Level Entity
1 clk 100.000(MHz) 92.229(MHz) 14 TOP

Total Negative Slack Summary:

Clock Name Analysis Type Endpoints TNS Number of Endpoints
clk Setup -55.596 174
clk Hold 0.000 0

Timing Details

Path Slacks Table:

Setup Paths Table

Report Command:report_timing -setup -max_paths 25 -max_common_paths 1

Path Number Path Slack From Node To Node From Clock To Clock Relation Clock Skew Data Delay
1 -0.843 FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 0.024 10.755
2 -0.831 FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 -0.009 10.776
3 -0.817 FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 -0.043 10.796
4 -0.796 FP_Sqrt/FP_Sqrt_inst/gen[36].uut/q_out1_2_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.009 10.741
5 -0.793 FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_16_s0/D clk:[R] clk:[R] 10.000 0.000 10.729
6 -0.792 FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.005 10.733
7 -0.773 FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_23_s0/D clk:[R] clk:[R] 10.000 -0.005 10.714
8 -0.759 FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.002 10.698
9 -0.744 FP_Sqrt/FP_Sqrt_inst/gen[28].uut/s_out_6_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[30].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 0.000 10.680
10 -0.729 FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_16_s0/D clk:[R] clk:[R] 10.000 0.049 10.623
11 -0.714 FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.043 10.694
12 -0.696 FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.009 10.641
13 -0.694 FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_23_s0/D clk:[R] clk:[R] 10.000 -0.009 10.640
14 -0.691 FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 0.011 10.616
15 -0.689 FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 -0.048 10.673
16 -0.653 FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 0.000 10.589
17 -0.651 FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_22_s0/D clk:[R] clk:[R] 10.000 0.000 10.588
18 -0.646 FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_21_s0/D clk:[R] clk:[R] 10.000 -0.048 10.630
19 -0.641 FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_21_s0/D clk:[R] clk:[R] 10.000 -0.002 10.579
20 -0.638 FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_22_s0/D clk:[R] clk:[R] 10.000 -0.002 10.576
21 -0.634 FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_24_s0/D clk:[R] clk:[R] 10.000 0.022 10.549
22 -0.618 FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_21_s0/D clk:[R] clk:[R] 10.000 0.024 10.530
23 -0.618 FP_Sqrt/FP_Sqrt_inst/gen[4].uut/q_out1_3_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out_22_s0/D clk:[R] clk:[R] 10.000 0.008 10.546
24 -0.611 FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 -0.001 10.548
25 -0.598 FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_25_s0/D clk:[R] clk:[R] 10.000 0.016 10.519

Hold Paths Table

Report Command:report_timing -hold -max_paths 25 -max_common_paths 1

Path Number Path Slack From Node To Node From Clock To Clock Relation Clock Skew Data Delay
1 0.207 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_19_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[27] clk:[R] clk:[R] 0.000 0.005 0.237
2 0.207 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_18_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[26] clk:[R] clk:[R] 0.000 0.005 0.237
3 0.253 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_22_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[30] clk:[R] clk:[R] 0.000 0.005 0.283
4 0.297 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_0_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[8] clk:[R] clk:[R] 0.000 0.001 0.333
5 0.301 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_7_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[15] clk:[R] clk:[R] 0.000 0.005 0.333
6 0.305 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_6_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[14] clk:[R] clk:[R] 0.000 0.009 0.333
7 0.307 FP_Sqrt/FP_Sqrt_inst/sign_adelay_0_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[31] clk:[R] clk:[R] 0.000 0.009 0.333
8 0.307 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_16_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[24] clk:[R] clk:[R] 0.000 0.009 0.333
9 0.308 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_12_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[20] clk:[R] clk:[R] 0.000 0.010 0.333
10 0.308 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_11_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[19] clk:[R] clk:[R] 0.000 0.010 0.333
11 0.308 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_10_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[18] clk:[R] clk:[R] 0.000 0.010 0.333
12 0.312 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_20_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[28] clk:[R] clk:[R] 0.000 0.014 0.333
13 0.312 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_9_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[17] clk:[R] clk:[R] 0.000 0.010 0.339
14 0.314 FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_14_s0/Q FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[22] clk:[R] clk:[R] 0.000 0.010 0.339
15 0.331 i_data_0_s0/Q i_data_0_s0/D clk:[R] clk:[R] 0.000 0.000 0.356
16 0.338 FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_9_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_10_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
17 0.338 FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_11_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_12_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
18 0.338 FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_18_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_19_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
19 0.338 FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_19_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_20_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
20 0.338 FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_20_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_21_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
21 0.338 FP_Sqrt/FP_Sqrt_inst/s_reg_1_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_2_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
22 0.338 FP_Sqrt/FP_Sqrt_inst/s_reg_16_s0/Q FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_17_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
23 0.338 FP_Sqrt/FP_Sqrt_inst/ce_delay_0_s0/Q FP_Sqrt/FP_Sqrt_inst/ce_delay_1_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
24 0.338 FP_Sqrt/FP_Sqrt_inst/ce_delay_2_s0/Q FP_Sqrt/FP_Sqrt_inst/ce_delay_3_s0/D clk:[R] clk:[R] 0.000 0.000 0.363
25 0.338 FP_Sqrt/FP_Sqrt_inst/ce_delay_6_s0/Q FP_Sqrt/FP_Sqrt_inst/ce_delay_7_s0/D clk:[R] clk:[R] 0.000 0.000 0.363

Recovery Paths Table

Report Command:report_timing -recovery -max_paths 25 -max_common_paths 1

Nothing to report!

Removal Paths Table

Report Command:report_timing -removal -max_paths 25 -max_common_paths 1

Nothing to report!

Minimum Pulse Width Table:

Report Command:report_min_pulse_width -nworst 10 -detail

Number Slack Actual Width Required Width Type Clock Objects
1 3.152 4.152 1.000 Low Pulse Width clk mem_data_1_mem_data_1_0_0_s
2 3.161 4.161 1.000 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
3 3.163 4.163 1.000 High Pulse Width clk mem_data_1_mem_data_1_0_0_s
4 3.167 4.167 1.000 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
5 3.172 4.172 1.000 High Pulse Width clk FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
6 3.177 4.177 1.000 High Pulse Width clk FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
7 3.893 4.143 0.250 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/result_reg_26_s0
8 3.893 4.143 0.250 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/result_reg_12_s0
9 3.893 4.143 0.250 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/result_reg_4_s0
10 3.893 4.143 0.250 Low Pulse Width clk FP_Sqrt/FP_Sqrt_inst/result_reg_8_s0

Timing Report By Analysis Type:

Setup Analysis Report

Report Command:report_timing -setup -max_paths 25 -max_common_paths 1

Path1

Path Summary:

Slack -0.843
Data Arrival Time 12.758
Data Required Time 11.915
From FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.003 1.320 tNET RR 1 R27C16[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/CLK
2.370 0.368 tC2Q RF 5 R27C16[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/Q
4.368 1.997 tNET FF 2 R33C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s56/CIN
4.418 0.050 tINS FR 1 R33C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s56/COUT
4.418 0.000 tNET RR 2 R33C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s57/CIN
4.468 0.050 tINS RR 1 R33C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s57/COUT
4.468 0.000 tNET RR 2 R33C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s58/CIN
4.518 0.050 tINS RR 1 R33C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s58/COUT
4.518 0.000 tNET RR 2 R33C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s59/CIN
4.568 0.050 tINS RR 1 R33C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s59/COUT
4.568 0.000 tNET RR 2 R33C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s60/CIN
4.618 0.050 tINS RR 1 R33C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s60/COUT
4.618 0.000 tNET RR 2 R33C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s61/CIN
4.668 0.050 tINS RR 1 R33C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s61/COUT
4.668 0.000 tNET RR 2 R33C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s62/CIN
4.718 0.050 tINS RR 1 R33C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s62/COUT
4.718 0.000 tNET RR 2 R33C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s63/CIN
4.768 0.050 tINS RR 1 R33C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s63/COUT
4.768 0.000 tNET RR 2 R33C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s64/CIN
4.818 0.050 tINS RR 1 R33C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s64/COUT
4.818 0.000 tNET RR 2 R33C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s65/CIN
4.868 0.050 tINS RR 1 R33C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s65/COUT
4.868 0.000 tNET RR 2 R33C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s66/CIN
4.918 0.050 tINS RR 1 R33C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s66/COUT
4.918 0.000 tNET RR 2 R33C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s67/CIN
4.968 0.050 tINS RR 1 R33C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s67/COUT
4.968 0.000 tNET RR 2 R33C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s68/CIN
5.018 0.050 tINS RR 1 R33C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s68/COUT
5.444 0.426 tNET RR 1 R33C19[3][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s80/I2
5.734 0.290 tINS RF 1 R33C19[3][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s80/F
6.060 0.326 tNET FF 2 R36C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s69/I0
6.616 0.556 tINS FF 1 R36C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s69/COUT
6.616 0.000 tNET FF 2 R36C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s70/CIN
6.666 0.050 tINS FR 1 R36C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s70/COUT
6.666 0.000 tNET RR 2 R36C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s71/CIN
6.716 0.050 tINS RR 1 R36C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s71/COUT
6.716 0.000 tNET RR 2 R36C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s72/CIN
6.766 0.050 tINS RR 1 R36C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s72/COUT
6.766 0.000 tNET RR 2 R36C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s73/CIN
6.816 0.050 tINS RR 1 R36C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s73/COUT
6.816 0.000 tNET RR 2 R36C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s74/CIN
6.866 0.050 tINS RR 1 R36C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s74/COUT
6.866 0.000 tNET RR 2 R36C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s75/CIN
6.916 0.050 tINS RR 1 R36C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s75/COUT
6.916 0.000 tNET RR 2 R36C20[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s76/CIN
6.966 0.050 tINS RR 1 R36C20[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s76/COUT
6.966 0.000 tNET RR 2 R36C20[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s77/CIN
7.016 0.050 tINS RR 1 R36C20[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s77/COUT
7.016 0.000 tNET RR 2 R36C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s78/CIN
7.066 0.050 tINS RR 1 R36C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s78/COUT
7.066 0.000 tNET RR 2 R36C20[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s79/CIN
7.116 0.050 tINS RR 2 R36C20[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s79/COUT
8.008 0.891 tNET RR 1 R29C18[3][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n567_s0/I0
8.529 0.521 tINS RR 1 R29C18[3][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n567_s0/F
10.174 1.645 tNET RR 2 R25C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n372_1_s/CIN
10.224 0.050 tINS RR 1 R25C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n372_1_s/COUT
10.224 0.000 tNET RR 2 R25C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n371_1_s/CIN
10.274 0.050 tINS RR 1 R25C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n371_1_s/COUT
10.274 0.000 tNET RR 2 R25C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n370_1_s/CIN
10.324 0.050 tINS RR 1 R25C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n370_1_s/COUT
10.324 0.000 tNET RR 2 R25C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n369_1_s/CIN
10.374 0.050 tINS RR 1 R25C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n369_1_s/COUT
10.374 0.000 tNET RR 2 R25C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n368_1_s/CIN
10.424 0.050 tINS RR 1 R25C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n368_1_s/COUT
10.424 0.000 tNET RR 2 R25C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n367_1_s/CIN
10.474 0.050 tINS RR 1 R25C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n367_1_s/COUT
10.474 0.000 tNET RR 2 R25C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n366_1_s/CIN
10.524 0.050 tINS RR 1 R25C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n366_1_s/COUT
10.524 0.000 tNET RR 2 R25C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n365_1_s/CIN
10.574 0.050 tINS RR 1 R25C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n365_1_s/COUT
10.574 0.000 tNET RR 2 R25C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n364_1_s/CIN
10.624 0.050 tINS RR 1 R25C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n364_1_s/COUT
10.624 0.000 tNET RR 2 R25C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n363_1_s/CIN
10.674 0.050 tINS RR 1 R25C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n363_1_s/COUT
10.674 0.000 tNET RR 2 R25C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n362_1_s/CIN
10.724 0.050 tINS RR 1 R25C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n362_1_s/COUT
10.724 0.000 tNET RR 2 R25C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n361_1_s/CIN
10.774 0.050 tINS RR 1 R25C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n361_1_s/COUT
10.774 0.000 tNET RR 2 R25C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n360_1_s/CIN
10.824 0.050 tINS RR 1 R25C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n360_1_s/COUT
10.824 0.000 tNET RR 2 R25C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n359_1_s/CIN
10.874 0.050 tINS RR 1 R25C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n359_1_s/COUT
10.874 0.000 tNET RR 2 R25C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n358_1_s/CIN
10.924 0.050 tINS RR 1 R25C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n358_1_s/COUT
10.924 0.000 tNET RR 2 R25C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n357_1_s/CIN
10.974 0.050 tINS RR 1 R25C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n357_1_s/COUT
10.974 0.000 tNET RR 2 R25C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n356_1_s/CIN
11.024 0.050 tINS RR 1 R25C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n356_1_s/COUT
11.024 0.000 tNET RR 2 R25C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n355_1_s/CIN
11.074 0.050 tINS RR 1 R25C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n355_1_s/COUT
11.074 0.000 tNET RR 2 R25C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n354_1_s/CIN
11.124 0.050 tINS RR 1 R25C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n354_1_s/COUT
11.124 0.000 tNET RR 2 R25C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n353_1_s/CIN
11.174 0.050 tINS RR 1 R25C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n353_1_s/COUT
11.174 0.000 tNET RR 2 R25C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n352_1_s/CIN
11.224 0.050 tINS RR 1 R25C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n352_1_s/COUT
11.224 0.000 tNET RR 2 R25C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n351_1_s/CIN
11.274 0.050 tINS RR 1 R25C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n351_1_s/COUT
11.274 0.000 tNET RR 2 R25C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n350_1_s/CIN
11.324 0.050 tINS RR 1 R25C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n350_1_s/COUT
11.324 0.000 tNET RR 2 R25C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n349_1_s/CIN
11.374 0.050 tINS RR 1 R25C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n349_1_s/COUT
11.374 0.000 tNET RR 2 R25C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n348_1_s/CIN
11.424 0.050 tINS RR 1 R25C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n348_1_s/COUT
11.424 0.000 tNET RR 2 R25C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n347_1_s/CIN
11.725 0.301 tINS RF 1 R25C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n347_1_s/SUM
12.495 0.770 tNET FF 1 R29C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n621_s10/I1
12.758 0.262 tINS FR 1 R29C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n621_s10/F
12.758 0.000 tNET RR 1 R29C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.979 1.296 tNET RR 1 R29C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_25_s0/CLK
11.915 -0.064 tSu 1 R29C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_25_s0

Path Statistics:

Clock Skew -0.024
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.082%; route: 1.320, 65.918%
Arrival Data Path Delay cell: 4.331, 40.272%; route: 6.056, 56.311%; tC2Q: 0.368, 3.417%
Required Clock Path Delay cell: 0.683, 34.491%; route: 1.296, 65.509%

Path2

Path Summary:

Slack -0.831
Data Arrival Time 12.754
Data Required Time 11.923
From FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.978 1.295 tNET RR 1 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/CLK
2.360 0.382 tC2Q RR 4 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q
3.886 1.526 tNET RR 2 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/I1
4.379 0.493 tINS RR 1 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/COUT
4.379 0.000 tNET RR 2 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/CIN
4.429 0.050 tINS RR 1 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/COUT
4.429 0.000 tNET RR 2 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/CIN
4.479 0.050 tINS RR 1 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/COUT
4.479 0.000 tNET RR 2 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/CIN
4.529 0.050 tINS RR 1 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/COUT
4.529 0.000 tNET RR 2 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/CIN
4.579 0.050 tINS RR 1 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/COUT
4.579 0.000 tNET RR 2 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/CIN
4.629 0.050 tINS RR 1 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/COUT
4.629 0.000 tNET RR 2 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/CIN
4.679 0.050 tINS RR 1 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/COUT
4.679 0.000 tNET RR 2 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/CIN
4.729 0.050 tINS RR 1 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/COUT
4.729 0.000 tNET RR 2 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/CIN
4.779 0.050 tINS RR 1 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/COUT
4.779 0.000 tNET RR 2 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/CIN
4.829 0.050 tINS RR 1 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/COUT
4.829 0.000 tNET RR 2 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/CIN
4.879 0.050 tINS RR 1 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/COUT
4.879 0.000 tNET RR 2 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/CIN
4.929 0.050 tINS RR 1 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/COUT
4.929 0.000 tNET RR 2 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/CIN
4.979 0.050 tINS RR 1 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/COUT
4.979 0.000 tNET RR 2 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/CIN
5.029 0.050 tINS RR 1 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/COUT
5.029 0.000 tNET RR 2 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/CIN
5.079 0.050 tINS RR 1 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/COUT
5.079 0.000 tNET RR 2 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/CIN
5.129 0.050 tINS RR 1 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/COUT
5.755 0.626 tNET RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/I2
6.281 0.526 tINS RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/F
6.609 0.327 tNET RR 2 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/I0
7.165 0.556 tINS RF 1 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/COUT
7.165 0.000 tNET FF 2 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/CIN
7.215 0.050 tINS FR 1 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/COUT
7.215 0.000 tNET RR 2 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/CIN
7.265 0.050 tINS RR 1 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/COUT
7.265 0.000 tNET RR 2 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/CIN
7.315 0.050 tINS RR 1 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/COUT
7.315 0.000 tNET RR 2 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/CIN
7.365 0.050 tINS RR 1 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/COUT
7.365 0.000 tNET RR 2 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/CIN
7.415 0.050 tINS RR 1 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/COUT
7.415 0.000 tNET RR 2 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/CIN
7.465 0.050 tINS RR 1 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/COUT
7.465 0.000 tNET RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/CIN
7.515 0.050 tINS RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/COUT
8.089 0.574 tNET RR 1 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/I0
8.610 0.521 tINS RR 26 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/F
9.000 0.390 tNET RR 2 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/I3
9.493 0.493 tINS RR 1 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/COUT
9.493 0.000 tNET RR 2 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/CIN
9.543 0.050 tINS RR 1 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/COUT
9.543 0.000 tNET RR 2 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/CIN
9.593 0.050 tINS RR 1 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/COUT
9.593 0.000 tNET RR 2 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/CIN
9.643 0.050 tINS RR 1 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/COUT
9.643 0.000 tNET RR 2 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/CIN
9.693 0.050 tINS RR 1 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/COUT
9.693 0.000 tNET RR 2 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/CIN
9.743 0.050 tINS RR 1 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/COUT
9.743 0.000 tNET RR 2 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/CIN
9.793 0.050 tINS RR 1 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/COUT
9.793 0.000 tNET RR 2 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/CIN
9.843 0.050 tINS RR 1 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/COUT
9.843 0.000 tNET RR 2 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/CIN
9.893 0.050 tINS RR 1 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/COUT
9.893 0.000 tNET RR 2 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/CIN
9.943 0.050 tINS RR 1 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/COUT
9.943 0.000 tNET RR 2 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/CIN
9.993 0.050 tINS RR 1 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/COUT
9.993 0.000 tNET RR 2 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/CIN
10.043 0.050 tINS RR 1 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/COUT
10.043 0.000 tNET RR 2 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/CIN
10.093 0.050 tINS RR 1 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/COUT
10.093 0.000 tNET RR 2 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/CIN
10.143 0.050 tINS RR 1 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/COUT
10.143 0.000 tNET RR 2 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/CIN
10.193 0.050 tINS RR 1 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/COUT
10.193 0.000 tNET RR 2 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/CIN
10.243 0.050 tINS RR 1 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/COUT
10.243 0.000 tNET RR 2 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/CIN
10.293 0.050 tINS RR 1 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/COUT
10.293 0.000 tNET RR 2 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/CIN
10.343 0.050 tINS RR 1 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/COUT
10.343 0.000 tNET RR 2 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/CIN
10.393 0.050 tINS RR 1 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/COUT
10.393 0.000 tNET RR 2 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/CIN
10.443 0.050 tINS RR 1 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/COUT
10.443 0.000 tNET RR 2 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/CIN
10.493 0.050 tINS RR 1 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/COUT
10.493 0.000 tNET RR 2 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/CIN
10.543 0.050 tINS RR 1 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/COUT
10.543 0.000 tNET RR 2 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/CIN
10.593 0.050 tINS RR 1 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/COUT
10.593 0.000 tNET RR 2 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/CIN
10.643 0.050 tINS RR 1 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/COUT
10.643 0.000 tNET RR 2 R3C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n348_1_s/CIN
10.693 0.050 tINS RR 1 R3C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n348_1_s/COUT
10.693 0.000 tNET RR 2 R3C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n347_1_s/CIN
10.936 0.244 tINS RR 1 R3C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n347_1_s/SUM
12.238 1.301 tNET RR 1 R13C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n621_s10/I1
12.754 0.516 tINS RR 1 R13C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n621_s10/F
12.754 0.000 tNET RR 1 R13C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.987 1.304 tNET RR 1 R13C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_25_s0/CLK
11.923 -0.064 tSu 1 R13C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_25_s0

Path Statistics:

Clock Skew 0.009
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.513%; route: 1.295, 65.487%
Arrival Data Path Delay cell: 5.649, 52.419%; route: 4.745, 44.032%; tC2Q: 0.382, 3.549%
Required Clock Path Delay cell: 0.683, 34.350%; route: 1.304, 65.650%

Path3

Path Summary:

Slack -0.817
Data Arrival Time 12.775
Data Required Time 11.958
From FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0
To FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.979 1.296 tNET RR 1 R29C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/CLK
2.361 0.382 tC2Q RR 5 R29C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/Q
4.716 2.355 tNET RR 2 R32C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s67/I0
5.273 0.556 tINS RF 1 R32C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s67/COUT
5.273 0.000 tNET FF 2 R32C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s68/CIN
5.323 0.050 tINS FR 1 R32C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s68/COUT
5.323 0.000 tNET RR 2 R32C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s69/CIN
5.373 0.050 tINS RR 1 R32C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s69/COUT
5.373 0.000 tNET RR 2 R32C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s70/CIN
5.423 0.050 tINS RR 1 R32C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s70/COUT
5.824 0.401 tNET RR 1 R32C15[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s81/I2
6.114 0.290 tINS RF 1 R32C15[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s81/F
6.486 0.373 tNET FF 2 R36C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s71/I0
7.043 0.556 tINS FF 1 R36C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s71/COUT
7.043 0.000 tNET FF 2 R36C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s72/CIN
7.093 0.050 tINS FR 1 R36C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s72/COUT
7.093 0.000 tNET RR 2 R36C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s73/CIN
7.143 0.050 tINS RR 1 R36C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s73/COUT
7.143 0.000 tNET RR 2 R36C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s74/CIN
7.193 0.050 tINS RR 1 R36C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s74/COUT
7.193 0.000 tNET RR 2 R36C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s75/CIN
7.243 0.050 tINS RR 1 R36C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s75/COUT
7.243 0.000 tNET RR 2 R36C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s76/CIN
7.293 0.050 tINS RR 1 R36C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s76/COUT
7.293 0.000 tNET RR 2 R36C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s77/CIN
7.343 0.050 tINS RR 1 R36C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s77/COUT
7.343 0.000 tNET RR 2 R36C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s78/CIN
7.393 0.050 tINS RR 1 R36C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s78/COUT
7.393 0.000 tNET RR 2 R36C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s79/CIN
7.443 0.050 tINS RR 1 R36C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s79/COUT
7.443 0.000 tNET RR 2 R36C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s80/CIN
7.493 0.050 tINS RR 2 R36C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s80/COUT
8.878 1.385 tNET RR 1 R23C15[3][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n567_s0/I0
9.168 0.290 tINS RF 1 R23C15[3][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n567_s0/F
10.055 0.887 tNET FF 2 R22C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n372_1_s/CIN
10.105 0.050 tINS FR 1 R22C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n372_1_s/COUT
10.105 0.000 tNET RR 2 R22C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n371_1_s/CIN
10.155 0.050 tINS RR 1 R22C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n371_1_s/COUT
10.155 0.000 tNET RR 2 R22C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n370_1_s/CIN
10.205 0.050 tINS RR 1 R22C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n370_1_s/COUT
10.205 0.000 tNET RR 2 R22C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n369_1_s/CIN
10.255 0.050 tINS RR 1 R22C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n369_1_s/COUT
10.255 0.000 tNET RR 2 R22C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n368_1_s/CIN
10.305 0.050 tINS RR 1 R22C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n368_1_s/COUT
10.305 0.000 tNET RR 2 R22C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n367_1_s/CIN
10.355 0.050 tINS RR 1 R22C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n367_1_s/COUT
10.355 0.000 tNET RR 2 R22C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n366_1_s/CIN
10.405 0.050 tINS RR 1 R22C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n366_1_s/COUT
10.405 0.000 tNET RR 2 R22C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n365_1_s/CIN
10.455 0.050 tINS RR 1 R22C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n365_1_s/COUT
10.455 0.000 tNET RR 2 R22C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n364_1_s/CIN
10.505 0.050 tINS RR 1 R22C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n364_1_s/COUT
10.505 0.000 tNET RR 2 R22C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n363_1_s/CIN
10.555 0.050 tINS RR 1 R22C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n363_1_s/COUT
10.555 0.000 tNET RR 2 R22C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n362_1_s/CIN
10.605 0.050 tINS RR 1 R22C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n362_1_s/COUT
10.605 0.000 tNET RR 2 R22C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n361_1_s/CIN
10.655 0.050 tINS RR 1 R22C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n361_1_s/COUT
10.655 0.000 tNET RR 2 R22C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n360_1_s/CIN
10.705 0.050 tINS RR 1 R22C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n360_1_s/COUT
10.705 0.000 tNET RR 2 R22C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n359_1_s/CIN
10.755 0.050 tINS RR 1 R22C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n359_1_s/COUT
10.755 0.000 tNET RR 2 R22C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n358_1_s/CIN
10.805 0.050 tINS RR 1 R22C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n358_1_s/COUT
10.805 0.000 tNET RR 2 R22C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n357_1_s/CIN
10.855 0.050 tINS RR 1 R22C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n357_1_s/COUT
10.855 0.000 tNET RR 2 R22C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n356_1_s/CIN
10.905 0.050 tINS RR 1 R22C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n356_1_s/COUT
10.905 0.000 tNET RR 2 R22C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n355_1_s/CIN
10.955 0.050 tINS RR 1 R22C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n355_1_s/COUT
10.955 0.000 tNET RR 2 R22C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n354_1_s/CIN
11.005 0.050 tINS RR 1 R22C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n354_1_s/COUT
11.005 0.000 tNET RR 2 R22C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n353_1_s/CIN
11.055 0.050 tINS RR 1 R22C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n353_1_s/COUT
11.055 0.000 tNET RR 2 R22C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n352_1_s/CIN
11.105 0.050 tINS RR 1 R22C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n352_1_s/COUT
11.105 0.000 tNET RR 2 R22C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n351_1_s/CIN
11.155 0.050 tINS RR 1 R22C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n351_1_s/COUT
11.155 0.000 tNET RR 2 R22C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n350_1_s/CIN
11.205 0.050 tINS RR 1 R22C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n350_1_s/COUT
11.205 0.000 tNET RR 2 R22C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n349_1_s/CIN
11.255 0.050 tINS RR 1 R22C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n349_1_s/COUT
11.255 0.000 tNET RR 2 R22C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n348_1_s/CIN
11.305 0.050 tINS RR 1 R22C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n348_1_s/COUT
11.305 0.000 tNET RR 2 R22C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n347_1_s/CIN
11.601 0.296 tINS RR 1 R22C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n347_1_s/SUM
12.259 0.657 tNET RR 1 R23C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n621_s10/I1
12.775 0.516 tINS RR 1 R23C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n621_s10/F
12.775 0.000 tNET RR 1 R23C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.022 1.339 tNET RR 1 R23C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_25_s0/CLK
11.958 -0.064 tSu 1 R23C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_25_s0

Path Statistics:

Clock Skew 0.043
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.491%; route: 1.296, 65.509%
Arrival Data Path Delay cell: 4.355, 40.338%; route: 6.059, 56.119%; tC2Q: 0.382, 3.543%
Required Clock Path Delay cell: 0.683, 33.756%; route: 1.339, 66.244%

Path4

Path Summary:

Slack -0.796
Data Arrival Time 12.703
Data Required Time 11.908
From FP_Sqrt/FP_Sqrt_inst/gen[36].uut/q_out1_2_s0
To FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.962 1.280 tNET RR 1 R12C23[1][B] FP_Sqrt/FP_Sqrt_inst/gen[36].uut/q_out1_2_s0/CLK
2.345 0.382 tC2Q RR 6 R12C23[1][B] FP_Sqrt/FP_Sqrt_inst/gen[36].uut/q_out1_2_s0/Q
3.985 1.640 tNET RR 2 R18C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n397_s/I1
4.477 0.493 tINS RR 1 R18C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n397_s/COUT
4.477 0.000 tNET RR 2 R18C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n396_s/CIN
4.527 0.050 tINS RR 1 R18C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n396_s/COUT
4.527 0.000 tNET RR 2 R18C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n395_s/CIN
4.823 0.296 tINS RR 1 R18C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n395_s/SUM
5.361 0.537 tNET RR 2 R15C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n395_s0/I0
5.917 0.556 tINS RF 1 R15C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n395_s0/COUT
5.917 0.000 tNET FF 2 R15C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n394_s0/CIN
5.967 0.050 tINS FR 1 R15C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n394_s0/COUT
5.967 0.000 tNET RR 2 R15C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n393_s0/CIN
6.017 0.050 tINS RR 1 R15C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n393_s0/COUT
6.017 0.000 tNET RR 2 R15C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n392_s0/CIN
6.067 0.050 tINS RR 1 R15C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n392_s0/COUT
6.067 0.000 tNET RR 2 R15C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n391_s0/CIN
6.117 0.050 tINS RR 1 R15C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n391_s0/COUT
6.117 0.000 tNET RR 2 R15C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n390_s0/CIN
6.167 0.050 tINS RR 1 R15C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n390_s0/COUT
6.167 0.000 tNET RR 2 R15C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n389_s0/CIN
6.217 0.050 tINS RR 1 R15C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n389_s0/COUT
6.217 0.000 tNET RR 2 R15C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n388_s0/CIN
6.267 0.050 tINS RR 1 R15C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n388_s0/COUT
6.267 0.000 tNET RR 2 R15C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n387_s0/CIN
6.317 0.050 tINS RR 1 R15C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n387_s0/COUT
6.317 0.000 tNET RR 2 R15C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n386_s0/CIN
6.367 0.050 tINS RR 1 R15C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n386_s0/COUT
6.367 0.000 tNET RR 2 R15C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n385_s0/CIN
6.417 0.050 tINS RR 1 R15C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n385_s0/COUT
6.417 0.000 tNET RR 2 R15C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n384_s0/CIN
6.467 0.050 tINS RR 1 R15C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n384_s0/COUT
6.467 0.000 tNET RR 2 R15C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n383_s0/CIN
6.517 0.050 tINS RR 1 R15C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n383_s0/COUT
6.517 0.000 tNET RR 2 R15C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n382_s0/CIN
6.567 0.050 tINS RR 1 R15C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n382_s0/COUT
6.567 0.000 tNET RR 2 R15C33[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n381_s0/CIN
6.617 0.050 tINS RR 1 R15C33[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n381_s0/COUT
6.617 0.000 tNET RR 2 R15C33[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n380_s0/CIN
6.667 0.050 tINS RR 1 R15C33[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n380_s0/COUT
6.667 0.000 tNET RR 2 R15C33[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n379_s0/CIN
6.717 0.050 tINS RR 1 R15C33[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n379_s0/COUT
6.717 0.000 tNET RR 2 R15C33[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n378_s0/CIN
6.767 0.050 tINS RR 1 R15C33[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n378_s0/COUT
6.767 0.000 tNET RR 2 R15C34[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n377_s0/CIN
6.817 0.050 tINS RR 1 R15C34[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n377_s0/COUT
6.817 0.000 tNET RR 2 R15C34[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n376_s0/CIN
6.867 0.050 tINS RR 1 R15C34[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n376_s0/COUT
6.867 0.000 tNET RR 2 R15C34[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n375_s0/CIN
6.917 0.050 tINS RR 1 R15C34[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n375_s0/COUT
6.917 0.000 tNET RR 2 R15C34[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n402_s0/CIN
7.213 0.296 tINS RR 3 R15C34[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n402_s0/SUM
8.066 0.853 tNET RR 1 R18C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n567_s0/I1
8.527 0.461 tINS RR 1 R18C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n567_s0/F
9.613 1.086 tNET RR 2 R18C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n372_1_s/CIN
9.663 0.050 tINS RR 1 R18C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n372_1_s/COUT
9.663 0.000 tNET RR 2 R18C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n371_1_s/CIN
9.713 0.050 tINS RR 1 R18C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n371_1_s/COUT
9.713 0.000 tNET RR 2 R18C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n370_1_s/CIN
9.763 0.050 tINS RR 1 R18C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n370_1_s/COUT
9.763 0.000 tNET RR 2 R18C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n369_1_s/CIN
9.813 0.050 tINS RR 1 R18C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n369_1_s/COUT
9.813 0.000 tNET RR 2 R18C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n368_1_s/CIN
9.863 0.050 tINS RR 1 R18C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n368_1_s/COUT
9.863 0.000 tNET RR 2 R18C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n367_1_s/CIN
9.913 0.050 tINS RR 1 R18C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n367_1_s/COUT
9.913 0.000 tNET RR 2 R18C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n366_1_s/CIN
9.963 0.050 tINS RR 1 R18C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n366_1_s/COUT
9.963 0.000 tNET RR 2 R18C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n365_1_s/CIN
10.013 0.050 tINS RR 1 R18C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n365_1_s/COUT
10.013 0.000 tNET RR 2 R18C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n364_1_s/CIN
10.063 0.050 tINS RR 1 R18C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n364_1_s/COUT
10.063 0.000 tNET RR 2 R18C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n363_1_s/CIN
10.113 0.050 tINS RR 1 R18C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n363_1_s/COUT
10.113 0.000 tNET RR 2 R18C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n362_1_s/CIN
10.163 0.050 tINS RR 1 R18C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n362_1_s/COUT
10.163 0.000 tNET RR 2 R18C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n361_1_s/CIN
10.213 0.050 tINS RR 1 R18C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n361_1_s/COUT
10.213 0.000 tNET RR 2 R18C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n360_1_s/CIN
10.263 0.050 tINS RR 1 R18C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n360_1_s/COUT
10.263 0.000 tNET RR 2 R18C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n359_1_s/CIN
10.313 0.050 tINS RR 1 R18C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n359_1_s/COUT
10.313 0.000 tNET RR 2 R18C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n358_1_s/CIN
10.363 0.050 tINS RR 1 R18C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n358_1_s/COUT
10.363 0.000 tNET RR 2 R18C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n357_1_s/CIN
10.413 0.050 tINS RR 1 R18C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n357_1_s/COUT
10.413 0.000 tNET RR 2 R18C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n356_1_s/CIN
10.463 0.050 tINS RR 1 R18C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n356_1_s/COUT
10.463 0.000 tNET RR 2 R18C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n355_1_s/CIN
10.513 0.050 tINS RR 1 R18C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n355_1_s/COUT
10.513 0.000 tNET RR 2 R18C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n354_1_s/CIN
10.563 0.050 tINS RR 1 R18C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n354_1_s/COUT
10.563 0.000 tNET RR 2 R18C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n353_1_s/CIN
10.613 0.050 tINS RR 1 R18C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n353_1_s/COUT
10.613 0.000 tNET RR 2 R18C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n352_1_s/CIN
10.663 0.050 tINS RR 1 R18C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n352_1_s/COUT
10.663 0.000 tNET RR 2 R18C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n351_1_s/CIN
10.713 0.050 tINS RR 1 R18C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n351_1_s/COUT
10.713 0.000 tNET RR 2 R18C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n350_1_s/CIN
10.763 0.050 tINS RR 1 R18C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n350_1_s/COUT
10.763 0.000 tNET RR 2 R18C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n349_1_s/CIN
10.813 0.050 tINS RR 1 R18C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n349_1_s/COUT
10.813 0.000 tNET RR 2 R18C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n348_1_s/CIN
11.057 0.244 tINS RR 1 R18C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n348_1_s/SUM
12.441 1.384 tNET RR 1 R12C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n622_s1/I1
12.703 0.262 tINS RR 1 R12C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/n622_s1/F
12.703 0.000 tNET RR 1 R12C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.972 1.289 tNET RR 1 R12C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out_24_s0/CLK
11.908 -0.064 tSu 1 R12C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.009
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.783%; route: 1.280, 65.217%
Arrival Data Path Delay cell: 4.859, 45.234%; route: 5.500, 51.204%; tC2Q: 0.382, 3.561%
Required Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%

Path5

Path Summary:

Slack -0.793
Data Arrival Time 12.722
Data Required Time 11.929
From FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0
To FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_16_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.993 1.311 tNET RR 1 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/CLK
2.376 0.382 tC2Q RR 4 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q
4.246 1.870 tNET RR 2 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/I0
4.808 0.562 tINS RF 1 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/COUT
4.808 0.000 tNET FF 2 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/CIN
4.858 0.050 tINS FR 1 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/COUT
4.858 0.000 tNET RR 2 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/CIN
4.908 0.050 tINS RR 1 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/COUT
4.908 0.000 tNET RR 2 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/CIN
4.958 0.050 tINS RR 1 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/COUT
4.958 0.000 tNET RR 2 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/CIN
5.008 0.050 tINS RR 1 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/COUT
5.008 0.000 tNET RR 2 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/CIN
5.058 0.050 tINS RR 1 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/COUT
5.058 0.000 tNET RR 2 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/CIN
5.108 0.050 tINS RR 1 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/COUT
5.108 0.000 tNET RR 2 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/CIN
5.158 0.050 tINS RR 1 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/COUT
5.158 0.000 tNET RR 2 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/CIN
5.208 0.050 tINS RR 1 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/COUT
5.208 0.000 tNET RR 2 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/CIN
5.258 0.050 tINS RR 1 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/COUT
5.258 0.000 tNET RR 2 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/CIN
5.308 0.050 tINS RR 1 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/COUT
5.308 0.000 tNET RR 2 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/CIN
5.358 0.050 tINS RR 1 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/COUT
5.358 0.000 tNET RR 2 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/CIN
5.408 0.050 tINS RR 1 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/COUT
5.408 0.000 tNET RR 2 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/CIN
5.458 0.050 tINS RR 1 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/COUT
5.458 0.000 tNET RR 2 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/CIN
5.508 0.050 tINS RR 1 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/COUT
5.508 0.000 tNET RR 2 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/CIN
5.558 0.050 tINS RR 1 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/COUT
5.558 0.000 tNET RR 2 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/CIN
5.608 0.050 tINS RR 1 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/COUT
5.608 0.000 tNET RR 2 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/CIN
5.904 0.296 tINS RR 1 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/SUM
7.496 1.591 tNET RR 2 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/I0
8.052 0.556 tINS RF 1 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/COUT
8.052 0.000 tNET FF 2 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/CIN
8.102 0.050 tINS FR 1 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/COUT
8.102 0.000 tNET RR 2 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/CIN
8.152 0.050 tINS RR 1 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/COUT
8.152 0.000 tNET RR 2 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/CIN
8.202 0.050 tINS RR 1 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/COUT
8.202 0.000 tNET RR 2 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/CIN
8.252 0.050 tINS RR 1 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/COUT
8.252 0.000 tNET RR 2 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/CIN
8.553 0.301 tINS RF 3 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/SUM
9.051 0.498 tNET FF 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/I1
9.572 0.521 tINS FR 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/F
10.221 0.649 tNET RR 2 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/CIN
10.271 0.050 tINS RR 1 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/COUT
10.271 0.000 tNET RR 2 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/CIN
10.321 0.050 tINS RR 1 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/COUT
10.321 0.000 tNET RR 2 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/CIN
10.371 0.050 tINS RR 1 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/COUT
10.371 0.000 tNET RR 2 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/CIN
10.421 0.050 tINS RR 1 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/COUT
10.421 0.000 tNET RR 2 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/CIN
10.471 0.050 tINS RR 1 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/COUT
10.471 0.000 tNET RR 2 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/CIN
10.521 0.050 tINS RR 1 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/COUT
10.521 0.000 tNET RR 2 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/CIN
10.571 0.050 tINS RR 1 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/COUT
10.571 0.000 tNET RR 2 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/CIN
10.621 0.050 tINS RR 1 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/COUT
10.621 0.000 tNET RR 2 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/CIN
10.671 0.050 tINS RR 1 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/COUT
10.671 0.000 tNET RR 2 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/CIN
10.721 0.050 tINS RR 1 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/COUT
10.721 0.000 tNET RR 2 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/CIN
10.771 0.050 tINS RR 1 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/COUT
10.771 0.000 tNET RR 2 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/CIN
10.821 0.050 tINS RR 1 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/COUT
10.821 0.000 tNET RR 2 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/CIN
10.871 0.050 tINS RR 1 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/COUT
10.871 0.000 tNET RR 2 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/CIN
10.921 0.050 tINS RR 1 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/COUT
10.921 0.000 tNET RR 2 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/CIN
10.971 0.050 tINS RR 1 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/COUT
10.971 0.000 tNET RR 2 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/CIN
11.021 0.050 tINS RR 1 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/COUT
11.021 0.000 tNET RR 2 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/CIN
11.317 0.296 tINS RR 1 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/SUM
12.206 0.889 tNET RR 1 R27C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n630_s1/I1
12.722 0.516 tINS RR 1 R27C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n630_s1/F
12.722 0.000 tNET RR 1 R27C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_16_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.993 1.311 tNET RR 1 R27C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_16_s0/CLK
11.929 -0.064 tSu 1 R27C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_16_s0

Path Statistics:

Clock Skew 0.000
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%
Arrival Data Path Delay cell: 4.850, 45.206%; route: 5.496, 51.229%; tC2Q: 0.382, 3.565%
Required Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%

Path6

Path Summary:

Slack -0.792
Data Arrival Time 12.725
Data Required Time 11.934
From FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0
To FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.993 1.310 tNET RR 1 R14C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/CLK
2.375 0.382 tC2Q RR 4 R14C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/Q
3.874 1.499 tNET RR 2 R11C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n391_s/I1
4.367 0.493 tINS RR 1 R11C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n391_s/COUT
4.367 0.000 tNET RR 2 R11C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n390_s/CIN
4.417 0.050 tINS RR 1 R11C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n390_s/COUT
4.417 0.000 tNET RR 2 R11C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n389_s/CIN
4.467 0.050 tINS RR 1 R11C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n389_s/COUT
4.467 0.000 tNET RR 2 R11C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n388_s/CIN
4.517 0.050 tINS RR 1 R11C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n388_s/COUT
4.517 0.000 tNET RR 2 R11C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n387_s/CIN
4.567 0.050 tINS RR 1 R11C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n387_s/COUT
4.567 0.000 tNET RR 2 R11C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n386_s/CIN
4.617 0.050 tINS RR 1 R11C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n386_s/COUT
4.617 0.000 tNET RR 2 R11C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s/CIN
4.913 0.296 tINS RR 1 R11C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s/SUM
5.992 1.079 tNET RR 2 R8C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s0/I0
6.548 0.556 tINS RF 1 R8C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s0/COUT
6.548 0.000 tNET FF 2 R8C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n384_s0/CIN
6.598 0.050 tINS FR 1 R8C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n384_s0/COUT
6.598 0.000 tNET RR 2 R8C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n383_s0/CIN
6.648 0.050 tINS RR 1 R8C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n383_s0/COUT
6.648 0.000 tNET RR 2 R8C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n382_s0/CIN
6.698 0.050 tINS RR 1 R8C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n382_s0/COUT
6.698 0.000 tNET RR 2 R8C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n381_s0/CIN
6.748 0.050 tINS RR 1 R8C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n381_s0/COUT
6.748 0.000 tNET RR 2 R8C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n380_s0/CIN
6.798 0.050 tINS RR 1 R8C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n380_s0/COUT
6.798 0.000 tNET RR 2 R8C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n379_s0/CIN
6.848 0.050 tINS RR 1 R8C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n379_s0/COUT
6.848 0.000 tNET RR 2 R8C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n378_s0/CIN
6.898 0.050 tINS RR 1 R8C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n378_s0/COUT
6.898 0.000 tNET RR 2 R8C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n377_s0/CIN
6.948 0.050 tINS RR 1 R8C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n377_s0/COUT
6.948 0.000 tNET RR 2 R8C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n376_s0/CIN
6.998 0.050 tINS RR 1 R8C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n376_s0/COUT
6.998 0.000 tNET RR 2 R8C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n375_s0/CIN
7.048 0.050 tINS RR 1 R8C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n375_s0/COUT
7.048 0.000 tNET RR 2 R8C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n402_s0/CIN
7.292 0.244 tINS RR 3 R8C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n402_s0/SUM
8.142 0.850 tNET RR 1 R4C29[3][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n567_s0/I1
8.663 0.521 tINS RR 1 R4C29[3][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n567_s0/F
9.559 0.896 tNET RR 2 R2C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n372_1_s/CIN
9.609 0.050 tINS RR 1 R2C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n372_1_s/COUT
9.609 0.000 tNET RR 2 R2C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n371_1_s/CIN
9.659 0.050 tINS RR 1 R2C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n371_1_s/COUT
9.659 0.000 tNET RR 2 R2C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n370_1_s/CIN
9.709 0.050 tINS RR 1 R2C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n370_1_s/COUT
9.709 0.000 tNET RR 2 R2C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n369_1_s/CIN
9.759 0.050 tINS RR 1 R2C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n369_1_s/COUT
9.759 0.000 tNET RR 2 R2C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n368_1_s/CIN
9.809 0.050 tINS RR 1 R2C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n368_1_s/COUT
9.809 0.000 tNET RR 2 R2C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n367_1_s/CIN
9.859 0.050 tINS RR 1 R2C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n367_1_s/COUT
9.859 0.000 tNET RR 2 R2C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n366_1_s/CIN
9.909 0.050 tINS RR 1 R2C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n366_1_s/COUT
9.909 0.000 tNET RR 2 R2C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n365_1_s/CIN
9.959 0.050 tINS RR 1 R2C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n365_1_s/COUT
9.959 0.000 tNET RR 2 R2C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n364_1_s/CIN
10.009 0.050 tINS RR 1 R2C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n364_1_s/COUT
10.009 0.000 tNET RR 2 R2C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n363_1_s/CIN
10.059 0.050 tINS RR 1 R2C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n363_1_s/COUT
10.059 0.000 tNET RR 2 R2C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n362_1_s/CIN
10.109 0.050 tINS RR 1 R2C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n362_1_s/COUT
10.109 0.000 tNET RR 2 R2C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n361_1_s/CIN
10.159 0.050 tINS RR 1 R2C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n361_1_s/COUT
10.159 0.000 tNET RR 2 R2C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n360_1_s/CIN
10.209 0.050 tINS RR 1 R2C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n360_1_s/COUT
10.209 0.000 tNET RR 2 R2C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n359_1_s/CIN
10.259 0.050 tINS RR 1 R2C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n359_1_s/COUT
10.259 0.000 tNET RR 2 R2C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n358_1_s/CIN
10.309 0.050 tINS RR 1 R2C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n358_1_s/COUT
10.309 0.000 tNET RR 2 R2C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n357_1_s/CIN
10.359 0.050 tINS RR 1 R2C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n357_1_s/COUT
10.359 0.000 tNET RR 2 R2C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n356_1_s/CIN
10.409 0.050 tINS RR 1 R2C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n356_1_s/COUT
10.409 0.000 tNET RR 2 R2C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n355_1_s/CIN
10.459 0.050 tINS RR 1 R2C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n355_1_s/COUT
10.459 0.000 tNET RR 2 R2C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n354_1_s/CIN
10.509 0.050 tINS RR 1 R2C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n354_1_s/COUT
10.509 0.000 tNET RR 2 R2C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n353_1_s/CIN
10.559 0.050 tINS RR 1 R2C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n353_1_s/COUT
10.559 0.000 tNET RR 2 R2C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n352_1_s/CIN
10.609 0.050 tINS RR 1 R2C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n352_1_s/COUT
10.609 0.000 tNET RR 2 R2C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n351_1_s/CIN
10.659 0.050 tINS RR 1 R2C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n351_1_s/COUT
10.659 0.000 tNET RR 2 R2C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n350_1_s/CIN
10.709 0.050 tINS RR 1 R2C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n350_1_s/COUT
10.709 0.000 tNET RR 2 R2C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n349_1_s/CIN
10.759 0.050 tINS RR 1 R2C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n349_1_s/COUT
10.759 0.000 tNET RR 2 R2C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n348_1_s/CIN
11.003 0.244 tINS RR 1 R2C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n348_1_s/SUM
12.199 1.196 tNET RR 1 R11C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n622_s1/I1
12.725 0.526 tINS RR 1 R11C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n622_s1/F
12.725 0.000 tNET RR 1 R11C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.998 1.315 tNET RR 1 R11C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_24_s0/CLK
11.934 -0.064 tSu 1 R11C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.005
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.248%; route: 1.310, 65.752%
Arrival Data Path Delay cell: 4.830, 45.003%; route: 5.520, 51.433%; tC2Q: 0.382, 3.564%
Required Clock Path Delay cell: 0.683, 34.168%; route: 1.315, 65.832%

Path7

Path Summary:

Slack -0.773
Data Arrival Time 12.707
Data Required Time 11.934
From FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0
To FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_23_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.993 1.310 tNET RR 1 R14C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/CLK
2.375 0.382 tC2Q RR 4 R14C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[38].uut/q_out1_8_s0/Q
3.874 1.499 tNET RR 2 R11C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n391_s/I1
4.367 0.493 tINS RR 1 R11C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n391_s/COUT
4.367 0.000 tNET RR 2 R11C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n390_s/CIN
4.417 0.050 tINS RR 1 R11C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n390_s/COUT
4.417 0.000 tNET RR 2 R11C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n389_s/CIN
4.467 0.050 tINS RR 1 R11C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n389_s/COUT
4.467 0.000 tNET RR 2 R11C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n388_s/CIN
4.517 0.050 tINS RR 1 R11C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n388_s/COUT
4.517 0.000 tNET RR 2 R11C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n387_s/CIN
4.567 0.050 tINS RR 1 R11C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n387_s/COUT
4.567 0.000 tNET RR 2 R11C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n386_s/CIN
4.617 0.050 tINS RR 1 R11C33[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n386_s/COUT
4.617 0.000 tNET RR 2 R11C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s/CIN
4.913 0.296 tINS RR 1 R11C33[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s/SUM
5.992 1.079 tNET RR 2 R8C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s0/I0
6.548 0.556 tINS RF 1 R8C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n385_s0/COUT
6.548 0.000 tNET FF 2 R8C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n384_s0/CIN
6.598 0.050 tINS FR 1 R8C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n384_s0/COUT
6.598 0.000 tNET RR 2 R8C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n383_s0/CIN
6.648 0.050 tINS RR 1 R8C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n383_s0/COUT
6.648 0.000 tNET RR 2 R8C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n382_s0/CIN
6.698 0.050 tINS RR 1 R8C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n382_s0/COUT
6.698 0.000 tNET RR 2 R8C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n381_s0/CIN
6.748 0.050 tINS RR 1 R8C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n381_s0/COUT
6.748 0.000 tNET RR 2 R8C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n380_s0/CIN
6.798 0.050 tINS RR 1 R8C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n380_s0/COUT
6.798 0.000 tNET RR 2 R8C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n379_s0/CIN
6.848 0.050 tINS RR 1 R8C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n379_s0/COUT
6.848 0.000 tNET RR 2 R8C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n378_s0/CIN
6.898 0.050 tINS RR 1 R8C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n378_s0/COUT
6.898 0.000 tNET RR 2 R8C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n377_s0/CIN
6.948 0.050 tINS RR 1 R8C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n377_s0/COUT
6.948 0.000 tNET RR 2 R8C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n376_s0/CIN
6.998 0.050 tINS RR 1 R8C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n376_s0/COUT
6.998 0.000 tNET RR 2 R8C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n375_s0/CIN
7.048 0.050 tINS RR 1 R8C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n375_s0/COUT
7.048 0.000 tNET RR 2 R8C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n402_s0/CIN
7.292 0.244 tINS RR 3 R8C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n402_s0/SUM
8.142 0.850 tNET RR 1 R4C29[3][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n567_s0/I1
8.663 0.521 tINS RR 1 R4C29[3][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n567_s0/F
9.559 0.896 tNET RR 2 R2C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n372_1_s/CIN
9.609 0.050 tINS RR 1 R2C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n372_1_s/COUT
9.609 0.000 tNET RR 2 R2C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n371_1_s/CIN
9.659 0.050 tINS RR 1 R2C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n371_1_s/COUT
9.659 0.000 tNET RR 2 R2C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n370_1_s/CIN
9.709 0.050 tINS RR 1 R2C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n370_1_s/COUT
9.709 0.000 tNET RR 2 R2C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n369_1_s/CIN
9.759 0.050 tINS RR 1 R2C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n369_1_s/COUT
9.759 0.000 tNET RR 2 R2C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n368_1_s/CIN
9.809 0.050 tINS RR 1 R2C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n368_1_s/COUT
9.809 0.000 tNET RR 2 R2C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n367_1_s/CIN
9.859 0.050 tINS RR 1 R2C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n367_1_s/COUT
9.859 0.000 tNET RR 2 R2C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n366_1_s/CIN
9.909 0.050 tINS RR 1 R2C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n366_1_s/COUT
9.909 0.000 tNET RR 2 R2C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n365_1_s/CIN
9.959 0.050 tINS RR 1 R2C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n365_1_s/COUT
9.959 0.000 tNET RR 2 R2C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n364_1_s/CIN
10.009 0.050 tINS RR 1 R2C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n364_1_s/COUT
10.009 0.000 tNET RR 2 R2C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n363_1_s/CIN
10.059 0.050 tINS RR 1 R2C30[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n363_1_s/COUT
10.059 0.000 tNET RR 2 R2C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n362_1_s/CIN
10.109 0.050 tINS RR 1 R2C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n362_1_s/COUT
10.109 0.000 tNET RR 2 R2C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n361_1_s/CIN
10.159 0.050 tINS RR 1 R2C30[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n361_1_s/COUT
10.159 0.000 tNET RR 2 R2C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n360_1_s/CIN
10.209 0.050 tINS RR 1 R2C31[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n360_1_s/COUT
10.209 0.000 tNET RR 2 R2C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n359_1_s/CIN
10.259 0.050 tINS RR 1 R2C31[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n359_1_s/COUT
10.259 0.000 tNET RR 2 R2C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n358_1_s/CIN
10.309 0.050 tINS RR 1 R2C31[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n358_1_s/COUT
10.309 0.000 tNET RR 2 R2C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n357_1_s/CIN
10.359 0.050 tINS RR 1 R2C31[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n357_1_s/COUT
10.359 0.000 tNET RR 2 R2C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n356_1_s/CIN
10.409 0.050 tINS RR 1 R2C31[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n356_1_s/COUT
10.409 0.000 tNET RR 2 R2C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n355_1_s/CIN
10.459 0.050 tINS RR 1 R2C31[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n355_1_s/COUT
10.459 0.000 tNET RR 2 R2C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n354_1_s/CIN
10.509 0.050 tINS RR 1 R2C32[0][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n354_1_s/COUT
10.509 0.000 tNET RR 2 R2C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n353_1_s/CIN
10.559 0.050 tINS RR 1 R2C32[0][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n353_1_s/COUT
10.559 0.000 tNET RR 2 R2C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n352_1_s/CIN
10.609 0.050 tINS RR 1 R2C32[1][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n352_1_s/COUT
10.609 0.000 tNET RR 2 R2C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n351_1_s/CIN
10.659 0.050 tINS RR 1 R2C32[1][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n351_1_s/COUT
10.659 0.000 tNET RR 2 R2C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n350_1_s/CIN
10.709 0.050 tINS RR 1 R2C32[2][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n350_1_s/COUT
10.709 0.000 tNET RR 2 R2C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n349_1_s/CIN
11.005 0.296 tINS RR 1 R2C32[2][B] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n349_1_s/SUM
12.209 1.204 tNET RR 1 R11C29[3][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n623_s1/I1
12.707 0.498 tINS RR 1 R11C29[3][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/n623_s1/F
12.707 0.000 tNET RR 1 R11C29[3][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_23_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.998 1.315 tNET RR 1 R11C29[3][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_23_s0/CLK
11.934 -0.064 tSu 1 R11C29[3][A] FP_Sqrt/FP_Sqrt_inst/gen[40].uut/q_out_23_s0

Path Statistics:

Clock Skew 0.005
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.248%; route: 1.310, 65.752%
Arrival Data Path Delay cell: 4.804, 44.837%; route: 5.528, 51.593%; tC2Q: 0.382, 3.570%
Required Clock Path Delay cell: 0.683, 34.168%; route: 1.315, 65.832%

Path8

Path Summary:

Slack -0.759
Data Arrival Time 12.714
Data Required Time 11.956
From FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.017 1.334 tNET RR 1 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/CLK
2.384 0.368 tC2Q RF 5 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q
4.022 1.637 tNET FF 2 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/CIN
4.072 0.050 tINS FR 1 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/COUT
4.072 0.000 tNET RR 2 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/CIN
4.122 0.050 tINS RR 1 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/COUT
4.122 0.000 tNET RR 2 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/CIN
4.172 0.050 tINS RR 1 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/COUT
4.172 0.000 tNET RR 2 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/CIN
4.222 0.050 tINS RR 1 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/COUT
4.222 0.000 tNET RR 2 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/CIN
4.272 0.050 tINS RR 1 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/COUT
4.272 0.000 tNET RR 2 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/CIN
4.322 0.050 tINS RR 1 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/COUT
4.322 0.000 tNET RR 2 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/CIN
4.372 0.050 tINS RR 1 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/COUT
4.372 0.000 tNET RR 2 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/CIN
4.422 0.050 tINS RR 1 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/COUT
4.422 0.000 tNET RR 2 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/CIN
4.472 0.050 tINS RR 1 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/COUT
4.472 0.000 tNET RR 2 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/CIN
4.522 0.050 tINS RR 1 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/COUT
4.522 0.000 tNET RR 2 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/CIN
4.572 0.050 tINS RR 1 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/COUT
4.572 0.000 tNET RR 2 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/CIN
4.622 0.050 tINS RR 1 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/COUT
4.622 0.000 tNET RR 2 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/CIN
4.672 0.050 tINS RR 1 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/COUT
4.672 0.000 tNET RR 2 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/CIN
4.722 0.050 tINS RR 1 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/COUT
4.722 0.000 tNET RR 2 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/CIN
4.772 0.050 tINS RR 1 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/COUT
4.772 0.000 tNET RR 2 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/CIN
4.822 0.050 tINS RR 1 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/COUT
4.822 0.000 tNET RR 2 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/CIN
4.872 0.050 tINS RR 1 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/COUT
5.498 0.626 tNET RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/I2
6.024 0.526 tINS RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/F
6.887 0.862 tNET RR 2 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/I0
7.443 0.556 tINS RF 1 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/COUT
7.443 0.000 tNET FF 2 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/CIN
7.493 0.050 tINS FR 1 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/COUT
7.493 0.000 tNET RR 2 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/CIN
7.543 0.050 tINS RR 1 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/COUT
7.543 0.000 tNET RR 2 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/CIN
7.593 0.050 tINS RR 1 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/COUT
7.593 0.000 tNET RR 2 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/CIN
7.643 0.050 tINS RR 1 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/COUT
7.643 0.000 tNET RR 2 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/CIN
7.693 0.050 tINS RR 1 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/COUT
7.693 0.000 tNET RR 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/CIN
7.743 0.050 tINS RF 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/COUT
8.462 0.719 tNET FF 1 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/I0
8.877 0.415 tINS FR 26 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/F
9.702 0.825 tNET RR 2 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/I3
10.194 0.493 tINS RR 1 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/COUT
10.194 0.000 tNET RR 2 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/CIN
10.244 0.050 tINS RR 1 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/COUT
10.244 0.000 tNET RR 2 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/CIN
10.294 0.050 tINS RR 1 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/COUT
10.294 0.000 tNET RR 2 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/CIN
10.344 0.050 tINS RR 1 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/COUT
10.344 0.000 tNET RR 2 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/CIN
10.394 0.050 tINS RR 1 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/COUT
10.394 0.000 tNET RR 2 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/CIN
10.444 0.050 tINS RR 1 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/COUT
10.444 0.000 tNET RR 2 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/CIN
10.494 0.050 tINS RR 1 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/COUT
10.494 0.000 tNET RR 2 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/CIN
10.544 0.050 tINS RR 1 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/COUT
10.544 0.000 tNET RR 2 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/CIN
10.594 0.050 tINS RR 1 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/COUT
10.594 0.000 tNET RR 2 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/CIN
10.644 0.050 tINS RR 1 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/COUT
10.644 0.000 tNET RR 2 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/CIN
10.694 0.050 tINS RR 1 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/COUT
10.694 0.000 tNET RR 2 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/CIN
10.744 0.050 tINS RR 1 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/COUT
10.744 0.000 tNET RR 2 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/CIN
10.794 0.050 tINS RR 1 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/COUT
10.794 0.000 tNET RR 2 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/CIN
10.844 0.050 tINS RR 1 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/COUT
10.844 0.000 tNET RR 2 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/CIN
10.894 0.050 tINS RR 1 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/COUT
10.894 0.000 tNET RR 2 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/CIN
10.944 0.050 tINS RR 1 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/COUT
10.944 0.000 tNET RR 2 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/CIN
10.994 0.050 tINS RR 1 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/COUT
10.994 0.000 tNET RR 2 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/CIN
11.044 0.050 tINS RR 1 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/COUT
11.044 0.000 tNET RR 2 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/CIN
11.094 0.050 tINS RR 1 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/COUT
11.094 0.000 tNET RR 2 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/CIN
11.144 0.050 tINS RR 1 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/COUT
11.144 0.000 tNET RR 2 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/CIN
11.194 0.050 tINS RR 1 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/COUT
11.194 0.000 tNET RR 2 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/CIN
11.244 0.050 tINS RR 1 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/COUT
11.244 0.000 tNET RR 2 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/CIN
11.294 0.050 tINS RR 1 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/COUT
11.294 0.000 tNET RR 2 R2C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n349_1_s/CIN
11.344 0.050 tINS RR 1 R2C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n349_1_s/COUT
11.344 0.000 tNET RR 2 R2C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n348_1_s/CIN
11.588 0.244 tINS RR 1 R2C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n348_1_s/SUM
12.188 0.600 tNET RR 1 R6C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n622_s1/I1
12.714 0.526 tINS RR 1 R6C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n622_s1/F
12.714 0.000 tNET RR 1 R6C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.019 1.337 tNET RR 1 R6C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_24_s0/CLK
11.956 -0.064 tSu 1 R6C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.002
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 33.839%; route: 1.334, 66.161%
Arrival Data Path Delay cell: 5.060, 47.301%; route: 5.270, 49.264%; tC2Q: 0.368, 3.435%
Required Clock Path Delay cell: 0.683, 33.798%; route: 1.337, 66.202%

Path9

Path Summary:

Slack -0.744
Data Arrival Time 12.683
Data Required Time 11.939
From FP_Sqrt/FP_Sqrt_inst/gen[28].uut/s_out_6_s0
To FP_Sqrt/FP_Sqrt_inst/gen[30].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.003 1.320 tNET RR 1 R27C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/s_out_6_s0/CLK
2.385 0.382 tC2Q RR 4 R27C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/s_out_6_s0/Q
4.052 1.668 tNET RR 2 R36C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s62/I1
4.545 0.493 tINS RR 1 R36C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s62/COUT
5.171 0.626 tNET RR 1 R34C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s81/I2
5.586 0.415 tINS RR 1 R34C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s81/F
5.914 0.327 tNET RR 2 R32C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s63/I0
6.470 0.556 tINS RF 1 R32C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s63/COUT
6.470 0.000 tNET FF 2 R32C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s64/CIN
6.520 0.050 tINS FR 1 R32C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s64/COUT
6.520 0.000 tNET RR 2 R32C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s65/CIN
6.570 0.050 tINS RR 1 R32C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s65/COUT
6.570 0.000 tNET RR 2 R32C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s66/CIN
6.620 0.050 tINS RR 1 R32C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s66/COUT
6.620 0.000 tNET RR 2 R32C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s67/CIN
6.670 0.050 tINS RR 1 R32C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s67/COUT
6.670 0.000 tNET RR 2 R32C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s68/CIN
6.720 0.050 tINS RR 1 R32C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s68/COUT
6.720 0.000 tNET RR 2 R32C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s69/CIN
6.770 0.050 tINS RR 1 R32C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s69/COUT
6.770 0.000 tNET RR 2 R32C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s70/CIN
6.820 0.050 tINS RR 1 R32C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s70/COUT
6.820 0.000 tNET RR 2 R32C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s71/CIN
6.870 0.050 tINS RR 1 R32C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s71/COUT
6.870 0.000 tNET RR 2 R32C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s72/CIN
6.920 0.050 tINS RR 1 R32C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s72/COUT
6.920 0.000 tNET RR 2 R32C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s73/CIN
6.970 0.050 tINS RR 1 R32C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s73/COUT
6.970 0.000 tNET RR 2 R32C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s74/CIN
7.020 0.050 tINS RR 1 R32C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s74/COUT
7.020 0.000 tNET RR 2 R32C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s75/CIN
7.070 0.050 tINS RR 1 R32C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s75/COUT
7.070 0.000 tNET RR 2 R32C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s76/CIN
7.120 0.050 tINS RR 1 R32C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s76/COUT
7.120 0.000 tNET RR 2 R32C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s77/CIN
7.170 0.050 tINS RR 1 R32C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s77/COUT
7.170 0.000 tNET RR 2 R32C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s78/CIN
7.220 0.050 tINS RR 1 R32C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s78/COUT
7.220 0.000 tNET RR 2 R32C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s79/CIN
7.270 0.050 tINS RR 1 R32C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s79/COUT
7.270 0.000 tNET RR 2 R32C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s80/CIN
7.320 0.050 tINS RF 2 R32C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n263_s80/COUT
8.076 0.756 tNET FF 1 R33C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n567_s0/I0
8.593 0.516 tINS FR 1 R33C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n567_s0/F
9.641 1.049 tNET RR 2 R33C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n372_1_s/CIN
9.691 0.050 tINS RR 1 R33C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n372_1_s/COUT
9.691 0.000 tNET RR 2 R33C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n371_1_s/CIN
9.741 0.050 tINS RR 1 R33C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n371_1_s/COUT
9.741 0.000 tNET RR 2 R33C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n370_1_s/CIN
9.791 0.050 tINS RR 1 R33C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n370_1_s/COUT
9.791 0.000 tNET RR 2 R33C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n369_1_s/CIN
9.841 0.050 tINS RR 1 R33C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n369_1_s/COUT
9.841 0.000 tNET RR 2 R33C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n368_1_s/CIN
9.891 0.050 tINS RR 1 R33C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n368_1_s/COUT
9.891 0.000 tNET RR 2 R33C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n367_1_s/CIN
9.941 0.050 tINS RR 1 R33C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n367_1_s/COUT
9.941 0.000 tNET RR 2 R33C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n366_1_s/CIN
9.991 0.050 tINS RR 1 R33C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n366_1_s/COUT
9.991 0.000 tNET RR 2 R33C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n365_1_s/CIN
10.041 0.050 tINS RR 1 R33C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n365_1_s/COUT
10.041 0.000 tNET RR 2 R33C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n364_1_s/CIN
10.091 0.050 tINS RR 1 R33C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n364_1_s/COUT
10.091 0.000 tNET RR 2 R33C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n363_1_s/CIN
10.141 0.050 tINS RR 1 R33C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n363_1_s/COUT
10.141 0.000 tNET RR 2 R33C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n362_1_s/CIN
10.191 0.050 tINS RR 1 R33C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n362_1_s/COUT
10.191 0.000 tNET RR 2 R33C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n361_1_s/CIN
10.241 0.050 tINS RR 1 R33C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n361_1_s/COUT
10.241 0.000 tNET RR 2 R33C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n360_1_s/CIN
10.291 0.050 tINS RR 1 R33C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n360_1_s/COUT
10.291 0.000 tNET RR 2 R33C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n359_1_s/CIN
10.341 0.050 tINS RR 1 R33C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n359_1_s/COUT
10.341 0.000 tNET RR 2 R33C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n358_1_s/CIN
10.391 0.050 tINS RR 1 R33C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n358_1_s/COUT
10.391 0.000 tNET RR 2 R33C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n357_1_s/CIN
10.441 0.050 tINS RR 1 R33C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n357_1_s/COUT
10.441 0.000 tNET RR 2 R33C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n356_1_s/CIN
10.491 0.050 tINS RR 1 R33C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n356_1_s/COUT
10.491 0.000 tNET RR 2 R33C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n355_1_s/CIN
10.541 0.050 tINS RR 1 R33C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n355_1_s/COUT
10.541 0.000 tNET RR 2 R33C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n354_1_s/CIN
10.591 0.050 tINS RR 1 R33C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n354_1_s/COUT
10.591 0.000 tNET RR 2 R33C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n353_1_s/CIN
10.641 0.050 tINS RR 1 R33C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n353_1_s/COUT
10.641 0.000 tNET RR 2 R33C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n352_1_s/CIN
10.691 0.050 tINS RR 1 R33C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n352_1_s/COUT
10.691 0.000 tNET RR 2 R33C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n351_1_s/CIN
10.741 0.050 tINS RR 1 R33C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n351_1_s/COUT
10.741 0.000 tNET RR 2 R33C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n350_1_s/CIN
10.791 0.050 tINS RR 1 R33C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n350_1_s/COUT
10.791 0.000 tNET RR 2 R33C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n349_1_s/CIN
10.841 0.050 tINS RR 1 R33C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n349_1_s/COUT
10.841 0.000 tNET RR 2 R33C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n348_1_s/CIN
10.891 0.050 tINS RR 1 R33C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n348_1_s/COUT
10.891 0.000 tNET RR 2 R33C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n347_1_s/CIN
11.188 0.296 tINS RR 1 R33C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n347_1_s/SUM
12.161 0.974 tNET RR 1 R27C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n621_s10/I1
12.683 0.521 tINS RR 1 R27C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/n621_s10/F
12.683 0.000 tNET RR 1 R27C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.003 1.320 tNET RR 1 R27C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/q_out_25_s0/CLK
11.939 -0.064 tSu 1 R27C8[3][A] FP_Sqrt/FP_Sqrt_inst/gen[30].uut/q_out_25_s0

Path Statistics:

Clock Skew 0.000
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.082%; route: 1.320, 65.918%
Arrival Data Path Delay cell: 4.897, 45.857%; route: 5.400, 50.562%; tC2Q: 0.382, 3.581%
Required Clock Path Delay cell: 0.683, 34.082%; route: 1.320, 65.918%

Path10

Path Summary:

Slack -0.729
Data Arrival Time 12.639
Data Required Time 11.911
From FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_16_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.017 1.334 tNET RR 1 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/CLK
2.384 0.368 tC2Q RF 5 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q
4.022 1.637 tNET FF 2 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/CIN
4.072 0.050 tINS FR 1 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/COUT
4.072 0.000 tNET RR 2 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/CIN
4.122 0.050 tINS RR 1 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/COUT
4.122 0.000 tNET RR 2 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/CIN
4.172 0.050 tINS RR 1 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/COUT
4.172 0.000 tNET RR 2 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/CIN
4.222 0.050 tINS RR 1 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/COUT
4.222 0.000 tNET RR 2 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/CIN
4.272 0.050 tINS RR 1 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/COUT
4.272 0.000 tNET RR 2 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/CIN
4.322 0.050 tINS RR 1 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/COUT
4.322 0.000 tNET RR 2 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/CIN
4.372 0.050 tINS RR 1 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/COUT
4.372 0.000 tNET RR 2 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/CIN
4.422 0.050 tINS RR 1 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/COUT
4.422 0.000 tNET RR 2 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/CIN
4.472 0.050 tINS RR 1 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/COUT
4.472 0.000 tNET RR 2 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/CIN
4.522 0.050 tINS RR 1 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/COUT
4.522 0.000 tNET RR 2 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/CIN
4.572 0.050 tINS RR 1 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/COUT
4.572 0.000 tNET RR 2 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/CIN
4.622 0.050 tINS RR 1 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/COUT
4.622 0.000 tNET RR 2 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/CIN
4.672 0.050 tINS RR 1 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/COUT
4.672 0.000 tNET RR 2 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/CIN
4.722 0.050 tINS RR 1 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/COUT
4.722 0.000 tNET RR 2 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/CIN
4.772 0.050 tINS RR 1 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/COUT
4.772 0.000 tNET RR 2 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/CIN
4.822 0.050 tINS RR 1 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/COUT
4.822 0.000 tNET RR 2 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/CIN
4.872 0.050 tINS RR 1 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/COUT
5.498 0.626 tNET RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/I2
6.024 0.526 tINS RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/F
6.887 0.862 tNET RR 2 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/I0
7.443 0.556 tINS RF 1 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/COUT
7.443 0.000 tNET FF 2 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/CIN
7.493 0.050 tINS FR 1 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/COUT
7.493 0.000 tNET RR 2 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/CIN
7.543 0.050 tINS RR 1 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/COUT
7.543 0.000 tNET RR 2 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/CIN
7.593 0.050 tINS RR 1 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/COUT
7.593 0.000 tNET RR 2 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/CIN
7.643 0.050 tINS RR 1 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/COUT
7.643 0.000 tNET RR 2 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/CIN
7.693 0.050 tINS RR 1 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/COUT
7.693 0.000 tNET RR 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/CIN
7.743 0.050 tINS RF 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/COUT
8.462 0.719 tNET FF 1 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/I0
8.877 0.415 tINS FR 26 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/F
9.702 0.825 tNET RR 2 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/I3
10.194 0.493 tINS RR 1 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/COUT
10.194 0.000 tNET RR 2 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/CIN
10.244 0.050 tINS RR 1 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/COUT
10.244 0.000 tNET RR 2 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/CIN
10.294 0.050 tINS RR 1 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/COUT
10.294 0.000 tNET RR 2 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/CIN
10.344 0.050 tINS RR 1 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/COUT
10.344 0.000 tNET RR 2 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/CIN
10.394 0.050 tINS RR 1 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/COUT
10.394 0.000 tNET RR 2 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/CIN
10.444 0.050 tINS RR 1 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/COUT
10.444 0.000 tNET RR 2 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/CIN
10.494 0.050 tINS RR 1 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/COUT
10.494 0.000 tNET RR 2 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/CIN
10.544 0.050 tINS RR 1 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/COUT
10.544 0.000 tNET RR 2 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/CIN
10.594 0.050 tINS RR 1 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/COUT
10.594 0.000 tNET RR 2 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/CIN
10.644 0.050 tINS RR 1 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/COUT
10.644 0.000 tNET RR 2 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/CIN
10.694 0.050 tINS RR 1 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/COUT
10.694 0.000 tNET RR 2 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/CIN
10.744 0.050 tINS RR 1 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/COUT
10.744 0.000 tNET RR 2 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/CIN
10.794 0.050 tINS RR 1 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/COUT
10.794 0.000 tNET RR 2 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/CIN
10.844 0.050 tINS RR 1 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/COUT
10.844 0.000 tNET RR 2 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/CIN
10.894 0.050 tINS RR 1 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/COUT
10.894 0.000 tNET RR 2 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/CIN
10.944 0.050 tINS RR 1 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/COUT
10.944 0.000 tNET RR 2 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/CIN
11.188 0.244 tINS RR 1 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/SUM
12.349 1.161 tNET RR 1 R13C7[3][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n630_s1/I1
12.639 0.290 tINS RF 1 R13C7[3][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n630_s1/F
12.639 0.000 tNET FF 1 R13C7[3][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_16_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.968 1.286 tNET RR 1 R13C7[3][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_16_s0/CLK
11.911 -0.058 tSu 1 R13C7[3][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_16_s0

Path Statistics:

Clock Skew -0.049
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 33.839%; route: 1.334, 66.161%
Arrival Data Path Delay cell: 4.424, 41.645%; route: 5.831, 54.895%; tC2Q: 0.368, 3.460%
Required Clock Path Delay cell: 0.683, 34.678%; route: 1.286, 65.322%

Path11

Path Summary:

Slack -0.714
Data Arrival Time 12.673
Data Required Time 11.958
From FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0
To FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.979 1.296 tNET RR 1 R29C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/CLK
2.361 0.382 tC2Q RR 5 R29C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out1_11_s0/Q
4.716 2.355 tNET RR 2 R32C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s67/I0
5.273 0.556 tINS RF 1 R32C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s67/COUT
5.273 0.000 tNET FF 2 R32C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s68/CIN
5.323 0.050 tINS FR 1 R32C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s68/COUT
5.323 0.000 tNET RR 2 R32C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s69/CIN
5.373 0.050 tINS RR 1 R32C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s69/COUT
5.373 0.000 tNET RR 2 R32C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s70/CIN
5.423 0.050 tINS RR 1 R32C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s70/COUT
5.824 0.401 tNET RR 1 R32C15[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s81/I2
6.114 0.290 tINS RF 1 R32C15[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s81/F
6.486 0.373 tNET FF 2 R36C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s71/I0
7.043 0.556 tINS FF 1 R36C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s71/COUT
7.043 0.000 tNET FF 2 R36C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s72/CIN
7.093 0.050 tINS FR 1 R36C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s72/COUT
7.093 0.000 tNET RR 2 R36C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s73/CIN
7.143 0.050 tINS RR 1 R36C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s73/COUT
7.143 0.000 tNET RR 2 R36C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s74/CIN
7.193 0.050 tINS RR 1 R36C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s74/COUT
7.193 0.000 tNET RR 2 R36C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s75/CIN
7.243 0.050 tINS RR 1 R36C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s75/COUT
7.243 0.000 tNET RR 2 R36C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s76/CIN
7.293 0.050 tINS RR 1 R36C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s76/COUT
7.293 0.000 tNET RR 2 R36C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s77/CIN
7.343 0.050 tINS RR 1 R36C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s77/COUT
7.343 0.000 tNET RR 2 R36C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s78/CIN
7.393 0.050 tINS RR 1 R36C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s78/COUT
7.393 0.000 tNET RR 2 R36C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s79/CIN
7.443 0.050 tINS RR 1 R36C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s79/COUT
7.443 0.000 tNET RR 2 R36C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s80/CIN
7.493 0.050 tINS RR 2 R36C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n263_s80/COUT
8.878 1.385 tNET RR 1 R23C15[3][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n567_s0/I0
9.168 0.290 tINS RF 1 R23C15[3][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n567_s0/F
10.055 0.887 tNET FF 2 R22C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n372_1_s/CIN
10.105 0.050 tINS FR 1 R22C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n372_1_s/COUT
10.105 0.000 tNET RR 2 R22C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n371_1_s/CIN
10.155 0.050 tINS RR 1 R22C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n371_1_s/COUT
10.155 0.000 tNET RR 2 R22C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n370_1_s/CIN
10.205 0.050 tINS RR 1 R22C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n370_1_s/COUT
10.205 0.000 tNET RR 2 R22C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n369_1_s/CIN
10.255 0.050 tINS RR 1 R22C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n369_1_s/COUT
10.255 0.000 tNET RR 2 R22C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n368_1_s/CIN
10.305 0.050 tINS RR 1 R22C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n368_1_s/COUT
10.305 0.000 tNET RR 2 R22C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n367_1_s/CIN
10.355 0.050 tINS RR 1 R22C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n367_1_s/COUT
10.355 0.000 tNET RR 2 R22C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n366_1_s/CIN
10.405 0.050 tINS RR 1 R22C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n366_1_s/COUT
10.405 0.000 tNET RR 2 R22C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n365_1_s/CIN
10.455 0.050 tINS RR 1 R22C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n365_1_s/COUT
10.455 0.000 tNET RR 2 R22C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n364_1_s/CIN
10.505 0.050 tINS RR 1 R22C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n364_1_s/COUT
10.505 0.000 tNET RR 2 R22C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n363_1_s/CIN
10.555 0.050 tINS RR 1 R22C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n363_1_s/COUT
10.555 0.000 tNET RR 2 R22C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n362_1_s/CIN
10.605 0.050 tINS RR 1 R22C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n362_1_s/COUT
10.605 0.000 tNET RR 2 R22C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n361_1_s/CIN
10.655 0.050 tINS RR 1 R22C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n361_1_s/COUT
10.655 0.000 tNET RR 2 R22C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n360_1_s/CIN
10.705 0.050 tINS RR 1 R22C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n360_1_s/COUT
10.705 0.000 tNET RR 2 R22C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n359_1_s/CIN
10.755 0.050 tINS RR 1 R22C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n359_1_s/COUT
10.755 0.000 tNET RR 2 R22C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n358_1_s/CIN
10.805 0.050 tINS RR 1 R22C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n358_1_s/COUT
10.805 0.000 tNET RR 2 R22C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n357_1_s/CIN
10.855 0.050 tINS RR 1 R22C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n357_1_s/COUT
10.855 0.000 tNET RR 2 R22C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n356_1_s/CIN
10.905 0.050 tINS RR 1 R22C17[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n356_1_s/COUT
10.905 0.000 tNET RR 2 R22C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n355_1_s/CIN
10.955 0.050 tINS RR 1 R22C17[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n355_1_s/COUT
10.955 0.000 tNET RR 2 R22C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n354_1_s/CIN
11.005 0.050 tINS RR 1 R22C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n354_1_s/COUT
11.005 0.000 tNET RR 2 R22C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n353_1_s/CIN
11.055 0.050 tINS RR 1 R22C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n353_1_s/COUT
11.055 0.000 tNET RR 2 R22C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n352_1_s/CIN
11.105 0.050 tINS RR 1 R22C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n352_1_s/COUT
11.105 0.000 tNET RR 2 R22C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n351_1_s/CIN
11.155 0.050 tINS RR 1 R22C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n351_1_s/COUT
11.155 0.000 tNET RR 2 R22C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n350_1_s/CIN
11.205 0.050 tINS RR 1 R22C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n350_1_s/COUT
11.205 0.000 tNET RR 2 R22C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n349_1_s/CIN
11.255 0.050 tINS RR 1 R22C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n349_1_s/COUT
11.255 0.000 tNET RR 2 R22C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n348_1_s/CIN
11.499 0.244 tINS RR 1 R22C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n348_1_s/SUM
12.156 0.657 tNET RR 1 R23C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n622_s1/I1
12.673 0.516 tINS RR 1 R23C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/n622_s1/F
12.673 0.000 tNET RR 1 R23C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.022 1.339 tNET RR 1 R23C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_24_s0/CLK
11.958 -0.064 tSu 1 R23C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.043
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.491%; route: 1.296, 65.509%
Arrival Data Path Delay cell: 4.252, 39.766%; route: 6.059, 56.657%; tC2Q: 0.382, 3.577%
Required Clock Path Delay cell: 0.683, 33.756%; route: 1.339, 66.244%

Path12

Path Summary:

Slack -0.696
Data Arrival Time 12.619
Data Required Time 11.923
From FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.978 1.295 tNET RR 1 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/CLK
2.360 0.382 tC2Q RR 4 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q
3.886 1.526 tNET RR 2 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/I1
4.379 0.493 tINS RR 1 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/COUT
4.379 0.000 tNET RR 2 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/CIN
4.429 0.050 tINS RR 1 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/COUT
4.429 0.000 tNET RR 2 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/CIN
4.479 0.050 tINS RR 1 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/COUT
4.479 0.000 tNET RR 2 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/CIN
4.529 0.050 tINS RR 1 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/COUT
4.529 0.000 tNET RR 2 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/CIN
4.579 0.050 tINS RR 1 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/COUT
4.579 0.000 tNET RR 2 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/CIN
4.629 0.050 tINS RR 1 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/COUT
4.629 0.000 tNET RR 2 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/CIN
4.679 0.050 tINS RR 1 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/COUT
4.679 0.000 tNET RR 2 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/CIN
4.729 0.050 tINS RR 1 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/COUT
4.729 0.000 tNET RR 2 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/CIN
4.779 0.050 tINS RR 1 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/COUT
4.779 0.000 tNET RR 2 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/CIN
4.829 0.050 tINS RR 1 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/COUT
4.829 0.000 tNET RR 2 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/CIN
4.879 0.050 tINS RR 1 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/COUT
4.879 0.000 tNET RR 2 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/CIN
4.929 0.050 tINS RR 1 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/COUT
4.929 0.000 tNET RR 2 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/CIN
4.979 0.050 tINS RR 1 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/COUT
4.979 0.000 tNET RR 2 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/CIN
5.029 0.050 tINS RR 1 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/COUT
5.029 0.000 tNET RR 2 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/CIN
5.079 0.050 tINS RR 1 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/COUT
5.079 0.000 tNET RR 2 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/CIN
5.129 0.050 tINS RR 1 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/COUT
5.755 0.626 tNET RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/I2
6.281 0.526 tINS RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/F
6.609 0.327 tNET RR 2 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/I0
7.165 0.556 tINS RF 1 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/COUT
7.165 0.000 tNET FF 2 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/CIN
7.215 0.050 tINS FR 1 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/COUT
7.215 0.000 tNET RR 2 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/CIN
7.265 0.050 tINS RR 1 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/COUT
7.265 0.000 tNET RR 2 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/CIN
7.315 0.050 tINS RR 1 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/COUT
7.315 0.000 tNET RR 2 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/CIN
7.365 0.050 tINS RR 1 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/COUT
7.365 0.000 tNET RR 2 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/CIN
7.415 0.050 tINS RR 1 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/COUT
7.415 0.000 tNET RR 2 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/CIN
7.465 0.050 tINS RR 1 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/COUT
7.465 0.000 tNET RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/CIN
7.515 0.050 tINS RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/COUT
8.089 0.574 tNET RR 1 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/I0
8.610 0.521 tINS RR 26 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/F
9.000 0.390 tNET RR 2 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/I3
9.493 0.493 tINS RR 1 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/COUT
9.493 0.000 tNET RR 2 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/CIN
9.543 0.050 tINS RR 1 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/COUT
9.543 0.000 tNET RR 2 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/CIN
9.593 0.050 tINS RR 1 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/COUT
9.593 0.000 tNET RR 2 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/CIN
9.643 0.050 tINS RR 1 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/COUT
9.643 0.000 tNET RR 2 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/CIN
9.693 0.050 tINS RR 1 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/COUT
9.693 0.000 tNET RR 2 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/CIN
9.743 0.050 tINS RR 1 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/COUT
9.743 0.000 tNET RR 2 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/CIN
9.793 0.050 tINS RR 1 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/COUT
9.793 0.000 tNET RR 2 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/CIN
9.843 0.050 tINS RR 1 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/COUT
9.843 0.000 tNET RR 2 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/CIN
9.893 0.050 tINS RR 1 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/COUT
9.893 0.000 tNET RR 2 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/CIN
9.943 0.050 tINS RR 1 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/COUT
9.943 0.000 tNET RR 2 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/CIN
9.993 0.050 tINS RR 1 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/COUT
9.993 0.000 tNET RR 2 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/CIN
10.043 0.050 tINS RR 1 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/COUT
10.043 0.000 tNET RR 2 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/CIN
10.093 0.050 tINS RR 1 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/COUT
10.093 0.000 tNET RR 2 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/CIN
10.143 0.050 tINS RR 1 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/COUT
10.143 0.000 tNET RR 2 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/CIN
10.193 0.050 tINS RR 1 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/COUT
10.193 0.000 tNET RR 2 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/CIN
10.243 0.050 tINS RR 1 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/COUT
10.243 0.000 tNET RR 2 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/CIN
10.293 0.050 tINS RR 1 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/COUT
10.293 0.000 tNET RR 2 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/CIN
10.343 0.050 tINS RR 1 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/COUT
10.343 0.000 tNET RR 2 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/CIN
10.393 0.050 tINS RR 1 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/COUT
10.393 0.000 tNET RR 2 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/CIN
10.443 0.050 tINS RR 1 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/COUT
10.443 0.000 tNET RR 2 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/CIN
10.493 0.050 tINS RR 1 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/COUT
10.493 0.000 tNET RR 2 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/CIN
10.543 0.050 tINS RR 1 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/COUT
10.543 0.000 tNET RR 2 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/CIN
10.593 0.050 tINS RR 1 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/COUT
10.593 0.000 tNET RR 2 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/CIN
10.643 0.050 tINS RR 1 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/COUT
10.643 0.000 tNET RR 2 R3C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n348_1_s/CIN
10.939 0.296 tINS RR 1 R3C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n348_1_s/SUM
12.103 1.164 tNET RR 1 R13C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n622_s1/I1
12.619 0.516 tINS RR 1 R13C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n622_s1/F
12.619 0.000 tNET RR 1 R13C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.987 1.304 tNET RR 1 R13C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_24_s0/CLK
11.923 -0.064 tSu 1 R13C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.009
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.513%; route: 1.295, 65.487%
Arrival Data Path Delay cell: 5.651, 53.107%; route: 4.608, 43.298%; tC2Q: 0.382, 3.595%
Required Clock Path Delay cell: 0.683, 34.350%; route: 1.304, 65.650%

Path13

Path Summary:

Slack -0.694
Data Arrival Time 12.618
Data Required Time 11.923
From FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_23_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.978 1.295 tNET RR 1 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/CLK
2.360 0.382 tC2Q RR 4 R13C6[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/s_out_1_s0/Q
3.886 1.526 tNET RR 2 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/I1
4.379 0.493 tINS RR 1 R5C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s56/COUT
4.379 0.000 tNET RR 2 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/CIN
4.429 0.050 tINS RR 1 R5C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s57/COUT
4.429 0.000 tNET RR 2 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/CIN
4.479 0.050 tINS RR 1 R5C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s58/COUT
4.479 0.000 tNET RR 2 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/CIN
4.529 0.050 tINS RR 1 R5C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s59/COUT
4.529 0.000 tNET RR 2 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/CIN
4.579 0.050 tINS RR 1 R5C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s60/COUT
4.579 0.000 tNET RR 2 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/CIN
4.629 0.050 tINS RR 1 R5C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s61/COUT
4.629 0.000 tNET RR 2 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/CIN
4.679 0.050 tINS RR 1 R5C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s62/COUT
4.679 0.000 tNET RR 2 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/CIN
4.729 0.050 tINS RR 1 R5C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s63/COUT
4.729 0.000 tNET RR 2 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/CIN
4.779 0.050 tINS RR 1 R5C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s64/COUT
4.779 0.000 tNET RR 2 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/CIN
4.829 0.050 tINS RR 1 R5C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s65/COUT
4.829 0.000 tNET RR 2 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/CIN
4.879 0.050 tINS RR 1 R5C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s66/COUT
4.879 0.000 tNET RR 2 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/CIN
4.929 0.050 tINS RR 1 R5C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s67/COUT
4.929 0.000 tNET RR 2 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/CIN
4.979 0.050 tINS RR 1 R5C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s68/COUT
4.979 0.000 tNET RR 2 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/CIN
5.029 0.050 tINS RR 1 R5C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s69/COUT
5.029 0.000 tNET RR 2 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/CIN
5.079 0.050 tINS RR 1 R5C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s70/COUT
5.079 0.000 tNET RR 2 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/CIN
5.129 0.050 tINS RR 1 R5C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s71/COUT
5.755 0.626 tNET RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/I2
6.281 0.526 tINS RR 1 R5C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s80/F
6.609 0.327 tNET RR 2 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/I0
7.165 0.556 tINS RF 1 R5C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s72/COUT
7.165 0.000 tNET FF 2 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/CIN
7.215 0.050 tINS FR 1 R5C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s73/COUT
7.215 0.000 tNET RR 2 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/CIN
7.265 0.050 tINS RR 1 R5C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s74/COUT
7.265 0.000 tNET RR 2 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/CIN
7.315 0.050 tINS RR 1 R5C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s75/COUT
7.315 0.000 tNET RR 2 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/CIN
7.365 0.050 tINS RR 1 R5C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s76/COUT
7.365 0.000 tNET RR 2 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/CIN
7.415 0.050 tINS RR 1 R5C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s77/COUT
7.415 0.000 tNET RR 2 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/CIN
7.465 0.050 tINS RR 1 R5C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s78/COUT
7.465 0.000 tNET RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/CIN
7.515 0.050 tINS RR 2 R5C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n263_s79/COUT
8.089 0.574 tNET RR 1 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/I0
8.610 0.521 tINS RR 26 R3C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n567_1_s1/F
9.000 0.390 tNET RR 2 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/I3
9.493 0.493 tINS RR 1 R3C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n372_1_s/COUT
9.493 0.000 tNET RR 2 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/CIN
9.543 0.050 tINS RR 1 R3C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n371_1_s/COUT
9.543 0.000 tNET RR 2 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/CIN
9.593 0.050 tINS RR 1 R3C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n370_1_s/COUT
9.593 0.000 tNET RR 2 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/CIN
9.643 0.050 tINS RR 1 R3C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n369_1_s/COUT
9.643 0.000 tNET RR 2 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/CIN
9.693 0.050 tINS RR 1 R3C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n368_1_s/COUT
9.693 0.000 tNET RR 2 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/CIN
9.743 0.050 tINS RR 1 R3C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n367_1_s/COUT
9.743 0.000 tNET RR 2 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/CIN
9.793 0.050 tINS RR 1 R3C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n366_1_s/COUT
9.793 0.000 tNET RR 2 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/CIN
9.843 0.050 tINS RR 1 R3C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n365_1_s/COUT
9.843 0.000 tNET RR 2 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/CIN
9.893 0.050 tINS RR 1 R3C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n364_1_s/COUT
9.893 0.000 tNET RR 2 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/CIN
9.943 0.050 tINS RR 1 R3C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n363_1_s/COUT
9.943 0.000 tNET RR 2 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/CIN
9.993 0.050 tINS RR 1 R3C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n362_1_s/COUT
9.993 0.000 tNET RR 2 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/CIN
10.043 0.050 tINS RR 1 R3C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n361_1_s/COUT
10.043 0.000 tNET RR 2 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/CIN
10.093 0.050 tINS RR 1 R3C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n360_1_s/COUT
10.093 0.000 tNET RR 2 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/CIN
10.143 0.050 tINS RR 1 R3C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n359_1_s/COUT
10.143 0.000 tNET RR 2 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/CIN
10.193 0.050 tINS RR 1 R3C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n358_1_s/COUT
10.193 0.000 tNET RR 2 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/CIN
10.243 0.050 tINS RR 1 R3C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n357_1_s/COUT
10.243 0.000 tNET RR 2 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/CIN
10.293 0.050 tINS RR 1 R3C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n356_1_s/COUT
10.293 0.000 tNET RR 2 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/CIN
10.343 0.050 tINS RR 1 R3C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n355_1_s/COUT
10.343 0.000 tNET RR 2 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/CIN
10.393 0.050 tINS RR 1 R3C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n354_1_s/COUT
10.393 0.000 tNET RR 2 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/CIN
10.443 0.050 tINS RR 1 R3C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n353_1_s/COUT
10.443 0.000 tNET RR 2 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/CIN
10.493 0.050 tINS RR 1 R3C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n352_1_s/COUT
10.493 0.000 tNET RR 2 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/CIN
10.543 0.050 tINS RR 1 R3C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n351_1_s/COUT
10.543 0.000 tNET RR 2 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/CIN
10.593 0.050 tINS RR 1 R3C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n350_1_s/COUT
10.593 0.000 tNET RR 2 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/CIN
10.836 0.244 tINS RR 1 R3C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n349_1_s/SUM
12.101 1.265 tNET RR 1 R13C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n623_s1/I1
12.618 0.516 tINS RR 1 R13C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/n623_s1/F
12.618 0.000 tNET RR 1 R13C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_23_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.987 1.304 tNET RR 1 R13C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_23_s0/CLK
11.923 -0.064 tSu 1 R13C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/q_out_23_s0

Path Statistics:

Clock Skew 0.009
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.513%; route: 1.295, 65.487%
Arrival Data Path Delay cell: 5.549, 52.150%; route: 4.709, 44.255%; tC2Q: 0.382, 3.595%
Required Clock Path Delay cell: 0.683, 34.350%; route: 1.304, 65.650%

Path14

Path Summary:

Slack -0.691
Data Arrival Time 12.608
Data Required Time 11.916
From FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.991 1.309 tNET RR 1 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/CLK
2.374 0.382 tC2Q RR 4 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q
4.404 2.030 tNET RR 2 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/I0
4.966 0.562 tINS RF 1 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/COUT
4.966 0.000 tNET FF 2 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/CIN
5.016 0.050 tINS FR 1 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/COUT
5.016 0.000 tNET RR 2 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/CIN
5.066 0.050 tINS RR 1 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/COUT
5.066 0.000 tNET RR 2 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/CIN
5.116 0.050 tINS RR 1 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/COUT
5.116 0.000 tNET RR 2 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/CIN
5.166 0.050 tINS RR 1 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/COUT
5.166 0.000 tNET RR 2 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/CIN
5.216 0.050 tINS RR 1 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/COUT
5.216 0.000 tNET RR 2 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/CIN
5.266 0.050 tINS RR 1 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/COUT
5.266 0.000 tNET RR 2 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/CIN
5.316 0.050 tINS RR 1 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/COUT
5.316 0.000 tNET RR 2 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/CIN
5.366 0.050 tINS RR 1 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/COUT
5.366 0.000 tNET RR 2 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/CIN
5.416 0.050 tINS RR 1 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/COUT
5.416 0.000 tNET RR 2 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/CIN
5.466 0.050 tINS RR 1 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/COUT
5.466 0.000 tNET RR 2 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/CIN
5.516 0.050 tINS RR 1 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/COUT
5.516 0.000 tNET RR 2 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/CIN
5.566 0.050 tINS RR 1 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/COUT
5.566 0.000 tNET RR 2 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/CIN
5.616 0.050 tINS RR 1 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/COUT
5.616 0.000 tNET RR 2 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/CIN
5.666 0.050 tINS RR 1 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/COUT
5.666 0.000 tNET RR 2 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/CIN
5.716 0.050 tINS RR 1 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/COUT
5.716 0.000 tNET RR 2 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/CIN
5.766 0.050 tINS RR 1 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/COUT
5.766 0.000 tNET RR 2 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/CIN
5.816 0.050 tINS RR 1 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/COUT
5.816 0.000 tNET RR 2 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/CIN
5.866 0.050 tINS RR 1 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/COUT
5.866 0.000 tNET RR 2 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/CIN
6.163 0.296 tINS RR 1 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/SUM
6.645 0.482 tNET RR 2 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/I0
7.201 0.556 tINS RF 1 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/COUT
7.201 0.000 tNET FF 2 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/CIN
7.251 0.050 tINS FR 1 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/COUT
7.251 0.000 tNET RR 2 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/CIN
7.301 0.050 tINS RR 1 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/COUT
7.301 0.000 tNET RR 2 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/CIN
7.351 0.050 tINS RR 1 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/COUT
7.351 0.000 tNET RR 2 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/CIN
7.401 0.050 tINS RR 1 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/COUT
7.401 0.000 tNET RR 2 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/CIN
7.645 0.244 tINS RR 3 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/SUM
8.536 0.891 tNET RR 1 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/I1
8.998 0.461 tINS RR 26 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/F
9.663 0.665 tNET RR 2 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/I3
10.155 0.493 tINS RR 1 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/COUT
10.155 0.000 tNET RR 2 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/CIN
10.205 0.050 tINS RR 1 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/COUT
10.205 0.000 tNET RR 2 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/CIN
10.255 0.050 tINS RR 1 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/COUT
10.255 0.000 tNET RR 2 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/CIN
10.305 0.050 tINS RR 1 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/COUT
10.305 0.000 tNET RR 2 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/CIN
10.355 0.050 tINS RR 1 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/COUT
10.355 0.000 tNET RR 2 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/CIN
10.405 0.050 tINS RR 1 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/COUT
10.405 0.000 tNET RR 2 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/CIN
10.455 0.050 tINS RR 1 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/COUT
10.455 0.000 tNET RR 2 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/CIN
10.505 0.050 tINS RR 1 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/COUT
10.505 0.000 tNET RR 2 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/CIN
10.555 0.050 tINS RR 1 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/COUT
10.555 0.000 tNET RR 2 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/CIN
10.605 0.050 tINS RR 1 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/COUT
10.605 0.000 tNET RR 2 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/CIN
10.655 0.050 tINS RR 1 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/COUT
10.655 0.000 tNET RR 2 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/CIN
10.705 0.050 tINS RR 1 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/COUT
10.705 0.000 tNET RR 2 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/CIN
10.755 0.050 tINS RR 1 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/COUT
10.755 0.000 tNET RR 2 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/CIN
10.805 0.050 tINS RR 1 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/COUT
10.805 0.000 tNET RR 2 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/CIN
10.855 0.050 tINS RR 1 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/COUT
10.855 0.000 tNET RR 2 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/CIN
10.905 0.050 tINS RR 1 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/COUT
10.905 0.000 tNET RR 2 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/CIN
10.955 0.050 tINS RR 1 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/COUT
10.955 0.000 tNET RR 2 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/CIN
11.005 0.050 tINS RR 1 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/COUT
11.005 0.000 tNET RR 2 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/CIN
11.055 0.050 tINS RR 1 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/COUT
11.055 0.000 tNET RR 2 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/CIN
11.105 0.050 tINS RR 1 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/COUT
11.105 0.000 tNET RR 2 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/CIN
11.155 0.050 tINS RR 1 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/COUT
11.155 0.000 tNET RR 2 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/CIN
11.205 0.050 tINS RR 1 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/COUT
11.205 0.000 tNET RR 2 R30C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n350_1_s/CIN
11.255 0.050 tINS RR 1 R30C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n350_1_s/COUT
11.255 0.000 tNET RR 2 R30C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n349_1_s/CIN
11.305 0.050 tINS RR 1 R30C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n349_1_s/COUT
11.305 0.000 tNET RR 2 R30C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n348_1_s/CIN
11.549 0.244 tINS RR 1 R30C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n348_1_s/SUM
12.086 0.537 tNET RR 1 R33C11[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n622_s1/I1
12.608 0.521 tINS RR 1 R33C11[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n622_s1/F
12.608 0.000 tNET RR 1 R33C11[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.980 1.298 tNET RR 1 R33C11[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_24_s0/CLK
11.916 -0.064 tSu 1 R33C11[3][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_24_s0

Path Statistics:

Clock Skew -0.011
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.275%; route: 1.309, 65.725%
Arrival Data Path Delay cell: 5.628, 53.008%; route: 4.606, 43.389%; tC2Q: 0.382, 3.603%
Required Clock Path Delay cell: 0.683, 34.470%; route: 1.298, 65.530%

Path15

Path Summary:

Slack -0.689
Data Arrival Time 12.644
Data Required Time 11.955
From FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.972 1.289 tNET RR 1 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/CLK
2.339 0.368 tC2Q RF 5 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q
4.193 1.854 tNET FF 2 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/CIN
4.243 0.050 tINS FR 1 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/COUT
4.243 0.000 tNET RR 2 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/CIN
4.293 0.050 tINS RR 1 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/COUT
4.293 0.000 tNET RR 2 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/CIN
4.343 0.050 tINS RR 1 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/COUT
4.343 0.000 tNET RR 2 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/CIN
4.393 0.050 tINS RR 1 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/COUT
4.393 0.000 tNET RR 2 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/CIN
4.443 0.050 tINS RR 1 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/COUT
4.443 0.000 tNET RR 2 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/CIN
4.493 0.050 tINS RR 1 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/COUT
4.493 0.000 tNET RR 2 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/CIN
4.543 0.050 tINS RR 1 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/COUT
4.543 0.000 tNET RR 2 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/CIN
4.593 0.050 tINS RR 1 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/COUT
4.593 0.000 tNET RR 2 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/CIN
4.643 0.050 tINS RR 1 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/COUT
5.585 0.942 tNET RR 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/I2
5.875 0.290 tINS RF 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/F
5.988 0.113 tNET FF 2 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/I0
6.544 0.556 tINS FF 1 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/COUT
6.544 0.000 tNET FF 2 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/CIN
6.594 0.050 tINS FR 1 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/COUT
6.594 0.000 tNET RR 2 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/CIN
6.644 0.050 tINS RR 1 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/COUT
6.644 0.000 tNET RR 2 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/CIN
6.694 0.050 tINS RR 1 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/COUT
6.694 0.000 tNET RR 2 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/CIN
6.744 0.050 tINS RR 1 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/COUT
6.744 0.000 tNET RR 2 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/CIN
6.794 0.050 tINS RR 1 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/COUT
6.794 0.000 tNET RR 2 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/CIN
6.844 0.050 tINS RR 1 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/COUT
6.844 0.000 tNET RR 2 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/CIN
6.894 0.050 tINS RR 1 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/COUT
6.894 0.000 tNET RR 2 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/CIN
6.944 0.050 tINS RR 1 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/COUT
6.944 0.000 tNET RR 2 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/CIN
6.994 0.050 tINS RR 1 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/COUT
6.994 0.000 tNET RR 2 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/CIN
7.044 0.050 tINS RR 1 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/COUT
7.044 0.000 tNET RR 2 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/CIN
7.094 0.050 tINS RR 1 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/COUT
7.094 0.000 tNET RR 2 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/CIN
7.144 0.050 tINS RR 1 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/COUT
7.144 0.000 tNET RR 2 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/CIN
7.194 0.050 tINS RR 1 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/COUT
7.194 0.000 tNET RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/CIN
7.244 0.050 tINS RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/COUT
8.338 1.094 tNET RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/I0
8.753 0.415 tINS RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/F
9.782 1.029 tNET RR 2 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/CIN
9.832 0.050 tINS RR 1 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/COUT
9.832 0.000 tNET RR 2 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/CIN
9.882 0.050 tINS RR 1 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/COUT
9.882 0.000 tNET RR 2 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/CIN
9.932 0.050 tINS RR 1 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/COUT
9.932 0.000 tNET RR 2 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/CIN
9.982 0.050 tINS RR 1 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/COUT
9.982 0.000 tNET RR 2 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/CIN
10.032 0.050 tINS RR 1 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/COUT
10.032 0.000 tNET RR 2 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/CIN
10.082 0.050 tINS RR 1 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/COUT
10.082 0.000 tNET RR 2 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/CIN
10.132 0.050 tINS RR 1 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/COUT
10.132 0.000 tNET RR 2 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/CIN
10.182 0.050 tINS RR 1 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/COUT
10.182 0.000 tNET RR 2 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/CIN
10.232 0.050 tINS RR 1 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/COUT
10.232 0.000 tNET RR 2 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/CIN
10.282 0.050 tINS RR 1 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/COUT
10.282 0.000 tNET RR 2 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/CIN
10.332 0.050 tINS RR 1 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/COUT
10.332 0.000 tNET RR 2 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/CIN
10.382 0.050 tINS RR 1 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/COUT
10.382 0.000 tNET RR 2 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/CIN
10.432 0.050 tINS RR 1 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/COUT
10.432 0.000 tNET RR 2 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/CIN
10.482 0.050 tINS RR 1 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/COUT
10.482 0.000 tNET RR 2 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/CIN
10.532 0.050 tINS RR 1 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/COUT
10.532 0.000 tNET RR 2 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/CIN
10.582 0.050 tINS RR 1 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/COUT
10.582 0.000 tNET RR 2 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/CIN
10.632 0.050 tINS RR 1 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/COUT
10.632 0.000 tNET RR 2 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/CIN
10.682 0.050 tINS RR 1 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/COUT
10.682 0.000 tNET RR 2 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/CIN
10.732 0.050 tINS RR 1 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/COUT
10.732 0.000 tNET RR 2 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/CIN
10.782 0.050 tINS RR 1 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/COUT
10.782 0.000 tNET RR 2 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/CIN
10.832 0.050 tINS RR 1 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/COUT
10.832 0.000 tNET RR 2 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/CIN
10.882 0.050 tINS RR 1 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/COUT
10.882 0.000 tNET RR 2 R34C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n350_1_s/CIN
10.932 0.050 tINS RR 1 R34C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n350_1_s/COUT
10.932 0.000 tNET RR 2 R34C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n349_1_s/CIN
10.982 0.050 tINS RR 1 R34C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n349_1_s/COUT
10.982 0.000 tNET RR 2 R34C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n348_1_s/CIN
11.225 0.244 tINS RR 1 R34C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n348_1_s/SUM
12.183 0.957 tNET RR 1 R26C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n622_s1/I1
12.644 0.461 tINS RR 1 R26C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n622_s1/F
12.644 0.000 tNET RR 1 R26C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.019 1.337 tNET RR 1 R26C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_24_s0/CLK
11.955 -0.064 tSu 1 R26C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_24_s0

Path Statistics:

Clock Skew 0.048
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%
Arrival Data Path Delay cell: 4.316, 40.443%; route: 5.989, 56.114%; tC2Q: 0.368, 3.443%
Required Clock Path Delay cell: 0.683, 33.803%; route: 1.337, 66.197%

Path16

Path Summary:

Slack -0.653
Data Arrival Time 12.560
Data Required Time 11.908
From FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.972 1.289 tNET RR 1 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/CLK
2.339 0.368 tC2Q RF 5 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q
4.193 1.854 tNET FF 2 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/CIN
4.243 0.050 tINS FR 1 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/COUT
4.243 0.000 tNET RR 2 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/CIN
4.293 0.050 tINS RR 1 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/COUT
4.293 0.000 tNET RR 2 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/CIN
4.343 0.050 tINS RR 1 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/COUT
4.343 0.000 tNET RR 2 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/CIN
4.393 0.050 tINS RR 1 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/COUT
4.393 0.000 tNET RR 2 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/CIN
4.443 0.050 tINS RR 1 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/COUT
4.443 0.000 tNET RR 2 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/CIN
4.493 0.050 tINS RR 1 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/COUT
4.493 0.000 tNET RR 2 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/CIN
4.543 0.050 tINS RR 1 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/COUT
4.543 0.000 tNET RR 2 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/CIN
4.593 0.050 tINS RR 1 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/COUT
4.593 0.000 tNET RR 2 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/CIN
4.643 0.050 tINS RR 1 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/COUT
5.585 0.942 tNET RR 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/I2
5.875 0.290 tINS RF 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/F
5.988 0.113 tNET FF 2 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/I0
6.544 0.556 tINS FF 1 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/COUT
6.544 0.000 tNET FF 2 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/CIN
6.594 0.050 tINS FR 1 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/COUT
6.594 0.000 tNET RR 2 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/CIN
6.644 0.050 tINS RR 1 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/COUT
6.644 0.000 tNET RR 2 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/CIN
6.694 0.050 tINS RR 1 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/COUT
6.694 0.000 tNET RR 2 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/CIN
6.744 0.050 tINS RR 1 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/COUT
6.744 0.000 tNET RR 2 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/CIN
6.794 0.050 tINS RR 1 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/COUT
6.794 0.000 tNET RR 2 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/CIN
6.844 0.050 tINS RR 1 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/COUT
6.844 0.000 tNET RR 2 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/CIN
6.894 0.050 tINS RR 1 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/COUT
6.894 0.000 tNET RR 2 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/CIN
6.944 0.050 tINS RR 1 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/COUT
6.944 0.000 tNET RR 2 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/CIN
6.994 0.050 tINS RR 1 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/COUT
6.994 0.000 tNET RR 2 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/CIN
7.044 0.050 tINS RR 1 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/COUT
7.044 0.000 tNET RR 2 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/CIN
7.094 0.050 tINS RR 1 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/COUT
7.094 0.000 tNET RR 2 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/CIN
7.144 0.050 tINS RR 1 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/COUT
7.144 0.000 tNET RR 2 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/CIN
7.194 0.050 tINS RR 1 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/COUT
7.194 0.000 tNET RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/CIN
7.244 0.050 tINS RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/COUT
8.338 1.094 tNET RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/I0
8.753 0.415 tINS RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/F
9.782 1.029 tNET RR 2 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/CIN
9.832 0.050 tINS RR 1 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/COUT
9.832 0.000 tNET RR 2 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/CIN
9.882 0.050 tINS RR 1 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/COUT
9.882 0.000 tNET RR 2 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/CIN
9.932 0.050 tINS RR 1 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/COUT
9.932 0.000 tNET RR 2 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/CIN
9.982 0.050 tINS RR 1 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/COUT
9.982 0.000 tNET RR 2 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/CIN
10.032 0.050 tINS RR 1 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/COUT
10.032 0.000 tNET RR 2 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/CIN
10.082 0.050 tINS RR 1 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/COUT
10.082 0.000 tNET RR 2 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/CIN
10.132 0.050 tINS RR 1 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/COUT
10.132 0.000 tNET RR 2 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/CIN
10.182 0.050 tINS RR 1 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/COUT
10.182 0.000 tNET RR 2 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/CIN
10.232 0.050 tINS RR 1 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/COUT
10.232 0.000 tNET RR 2 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/CIN
10.282 0.050 tINS RR 1 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/COUT
10.282 0.000 tNET RR 2 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/CIN
10.332 0.050 tINS RR 1 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/COUT
10.332 0.000 tNET RR 2 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/CIN
10.382 0.050 tINS RR 1 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/COUT
10.382 0.000 tNET RR 2 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/CIN
10.432 0.050 tINS RR 1 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/COUT
10.432 0.000 tNET RR 2 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/CIN
10.482 0.050 tINS RR 1 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/COUT
10.482 0.000 tNET RR 2 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/CIN
10.532 0.050 tINS RR 1 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/COUT
10.532 0.000 tNET RR 2 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/CIN
10.582 0.050 tINS RR 1 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/COUT
10.582 0.000 tNET RR 2 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/CIN
10.632 0.050 tINS RR 1 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/COUT
10.632 0.000 tNET RR 2 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/CIN
10.682 0.050 tINS RR 1 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/COUT
10.682 0.000 tNET RR 2 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/CIN
10.732 0.050 tINS RR 1 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/COUT
10.732 0.000 tNET RR 2 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/CIN
10.782 0.050 tINS RR 1 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/COUT
10.782 0.000 tNET RR 2 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/CIN
10.832 0.050 tINS RR 1 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/COUT
10.832 0.000 tNET RR 2 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/CIN
10.882 0.050 tINS RR 1 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/COUT
10.882 0.000 tNET RR 2 R34C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n350_1_s/CIN
10.932 0.050 tINS RR 1 R34C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n350_1_s/COUT
10.932 0.000 tNET RR 2 R34C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n349_1_s/CIN
10.982 0.050 tINS RR 1 R34C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n349_1_s/COUT
10.982 0.000 tNET RR 2 R34C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n348_1_s/CIN
11.032 0.050 tINS RR 1 R34C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n348_1_s/COUT
11.032 0.000 tNET RR 2 R34C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n347_1_s/CIN
11.328 0.296 tINS RR 1 R34C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n347_1_s/SUM
12.099 0.771 tNET RR 1 R30C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n621_s10/I1
12.560 0.461 tINS RR 1 R30C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n621_s10/F
12.560 0.000 tNET RR 1 R30C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.972 1.289 tNET RR 1 R30C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_25_s0/CLK
11.908 -0.064 tSu 1 R30C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_25_s0

Path Statistics:

Clock Skew 0.000
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%
Arrival Data Path Delay cell: 4.419, 41.731%; route: 5.802, 54.799%; tC2Q: 0.368, 3.471%
Required Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%

Path17

Path Summary:

Slack -0.651
Data Arrival Time 12.604
Data Required Time 11.953
From FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_22_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.017 1.334 tNET RR 1 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/CLK
2.384 0.368 tC2Q RF 5 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q
4.022 1.637 tNET FF 2 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/CIN
4.072 0.050 tINS FR 1 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/COUT
4.072 0.000 tNET RR 2 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/CIN
4.122 0.050 tINS RR 1 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/COUT
4.122 0.000 tNET RR 2 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/CIN
4.172 0.050 tINS RR 1 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/COUT
4.172 0.000 tNET RR 2 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/CIN
4.222 0.050 tINS RR 1 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/COUT
4.222 0.000 tNET RR 2 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/CIN
4.272 0.050 tINS RR 1 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/COUT
4.272 0.000 tNET RR 2 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/CIN
4.322 0.050 tINS RR 1 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/COUT
4.322 0.000 tNET RR 2 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/CIN
4.372 0.050 tINS RR 1 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/COUT
4.372 0.000 tNET RR 2 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/CIN
4.422 0.050 tINS RR 1 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/COUT
4.422 0.000 tNET RR 2 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/CIN
4.472 0.050 tINS RR 1 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/COUT
4.472 0.000 tNET RR 2 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/CIN
4.522 0.050 tINS RR 1 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/COUT
4.522 0.000 tNET RR 2 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/CIN
4.572 0.050 tINS RR 1 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/COUT
4.572 0.000 tNET RR 2 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/CIN
4.622 0.050 tINS RR 1 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/COUT
4.622 0.000 tNET RR 2 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/CIN
4.672 0.050 tINS RR 1 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/COUT
4.672 0.000 tNET RR 2 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/CIN
4.722 0.050 tINS RR 1 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/COUT
4.722 0.000 tNET RR 2 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/CIN
4.772 0.050 tINS RR 1 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/COUT
4.772 0.000 tNET RR 2 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/CIN
4.822 0.050 tINS RR 1 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/COUT
4.822 0.000 tNET RR 2 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/CIN
4.872 0.050 tINS RR 1 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/COUT
5.498 0.626 tNET RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/I2
6.024 0.526 tINS RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/F
6.887 0.862 tNET RR 2 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/I0
7.443 0.556 tINS RF 1 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/COUT
7.443 0.000 tNET FF 2 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/CIN
7.493 0.050 tINS FR 1 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/COUT
7.493 0.000 tNET RR 2 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/CIN
7.543 0.050 tINS RR 1 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/COUT
7.543 0.000 tNET RR 2 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/CIN
7.593 0.050 tINS RR 1 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/COUT
7.593 0.000 tNET RR 2 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/CIN
7.643 0.050 tINS RR 1 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/COUT
7.643 0.000 tNET RR 2 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/CIN
7.693 0.050 tINS RR 1 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/COUT
7.693 0.000 tNET RR 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/CIN
7.743 0.050 tINS RF 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/COUT
8.462 0.719 tNET FF 1 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/I0
8.877 0.415 tINS FR 26 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/F
9.702 0.825 tNET RR 2 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/I3
10.194 0.493 tINS RR 1 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/COUT
10.194 0.000 tNET RR 2 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/CIN
10.244 0.050 tINS RR 1 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/COUT
10.244 0.000 tNET RR 2 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/CIN
10.294 0.050 tINS RR 1 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/COUT
10.294 0.000 tNET RR 2 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/CIN
10.344 0.050 tINS RR 1 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/COUT
10.344 0.000 tNET RR 2 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/CIN
10.394 0.050 tINS RR 1 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/COUT
10.394 0.000 tNET RR 2 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/CIN
10.444 0.050 tINS RR 1 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/COUT
10.444 0.000 tNET RR 2 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/CIN
10.494 0.050 tINS RR 1 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/COUT
10.494 0.000 tNET RR 2 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/CIN
10.544 0.050 tINS RR 1 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/COUT
10.544 0.000 tNET RR 2 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/CIN
10.594 0.050 tINS RR 1 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/COUT
10.594 0.000 tNET RR 2 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/CIN
10.644 0.050 tINS RR 1 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/COUT
10.644 0.000 tNET RR 2 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/CIN
10.694 0.050 tINS RR 1 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/COUT
10.694 0.000 tNET RR 2 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/CIN
10.744 0.050 tINS RR 1 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/COUT
10.744 0.000 tNET RR 2 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/CIN
10.794 0.050 tINS RR 1 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/COUT
10.794 0.000 tNET RR 2 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/CIN
10.844 0.050 tINS RR 1 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/COUT
10.844 0.000 tNET RR 2 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/CIN
10.894 0.050 tINS RR 1 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/COUT
10.894 0.000 tNET RR 2 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/CIN
10.944 0.050 tINS RR 1 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/COUT
10.944 0.000 tNET RR 2 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/CIN
10.994 0.050 tINS RR 1 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/COUT
10.994 0.000 tNET RR 2 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/CIN
11.044 0.050 tINS RR 1 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/COUT
11.044 0.000 tNET RR 2 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/CIN
11.094 0.050 tINS RR 1 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/COUT
11.094 0.000 tNET RR 2 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/CIN
11.144 0.050 tINS RR 1 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/COUT
11.144 0.000 tNET RR 2 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/CIN
11.194 0.050 tINS RR 1 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/COUT
11.194 0.000 tNET RR 2 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/CIN
11.244 0.050 tINS RR 1 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/COUT
11.244 0.000 tNET RR 2 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/CIN
11.488 0.244 tINS RR 1 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/SUM
12.088 0.600 tNET RR 1 R7C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n624_s1/I1
12.604 0.516 tINS RR 1 R7C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n624_s1/F
12.604 0.000 tNET RR 1 R7C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_22_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.017 1.334 tNET RR 1 R7C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_22_s0/CLK
11.953 -0.064 tSu 1 R7C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_22_s0

Path Statistics:

Clock Skew 0.000
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 33.839%; route: 1.334, 66.161%
Arrival Data Path Delay cell: 4.950, 46.753%; route: 5.270, 49.776%; tC2Q: 0.368, 3.471%
Required Clock Path Delay cell: 0.683, 33.839%; route: 1.334, 66.161%

Path18

Path Summary:

Slack -0.646
Data Arrival Time 12.602
Data Required Time 11.955
From FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_21_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.972 1.289 tNET RR 1 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/CLK
2.339 0.368 tC2Q RF 5 R30C30[2][A] FP_Sqrt/FP_Sqrt_inst/gen[22].uut/q_out1_1_s0/Q
4.193 1.854 tNET FF 2 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/CIN
4.243 0.050 tINS FR 1 R26C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s56/COUT
4.243 0.000 tNET RR 2 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/CIN
4.293 0.050 tINS RR 1 R26C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s57/COUT
4.293 0.000 tNET RR 2 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/CIN
4.343 0.050 tINS RR 1 R26C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s58/COUT
4.343 0.000 tNET RR 2 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/CIN
4.393 0.050 tINS RR 1 R26C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s59/COUT
4.393 0.000 tNET RR 2 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/CIN
4.443 0.050 tINS RR 1 R26C27[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s60/COUT
4.443 0.000 tNET RR 2 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/CIN
4.493 0.050 tINS RR 1 R26C27[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s61/COUT
4.493 0.000 tNET RR 2 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/CIN
4.543 0.050 tINS RR 1 R26C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s62/COUT
4.543 0.000 tNET RR 2 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/CIN
4.593 0.050 tINS RR 1 R26C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s63/COUT
4.593 0.000 tNET RR 2 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/CIN
4.643 0.050 tINS RR 1 R26C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s64/COUT
5.585 0.942 tNET RR 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/I2
5.875 0.290 tINS RF 1 R29C28[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s80/F
5.988 0.113 tNET FF 2 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/I0
6.544 0.556 tINS FF 1 R29C28[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s65/COUT
6.544 0.000 tNET FF 2 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/CIN
6.594 0.050 tINS FR 1 R29C28[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s66/COUT
6.594 0.000 tNET RR 2 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/CIN
6.644 0.050 tINS RR 1 R29C28[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s67/COUT
6.644 0.000 tNET RR 2 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/CIN
6.694 0.050 tINS RR 1 R29C28[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s68/COUT
6.694 0.000 tNET RR 2 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/CIN
6.744 0.050 tINS RR 1 R29C28[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s69/COUT
6.744 0.000 tNET RR 2 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/CIN
6.794 0.050 tINS RR 1 R29C28[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s70/COUT
6.794 0.000 tNET RR 2 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/CIN
6.844 0.050 tINS RR 1 R29C29[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s71/COUT
6.844 0.000 tNET RR 2 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/CIN
6.894 0.050 tINS RR 1 R29C29[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s72/COUT
6.894 0.000 tNET RR 2 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/CIN
6.944 0.050 tINS RR 1 R29C29[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s73/COUT
6.944 0.000 tNET RR 2 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/CIN
6.994 0.050 tINS RR 1 R29C29[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s74/COUT
6.994 0.000 tNET RR 2 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/CIN
7.044 0.050 tINS RR 1 R29C29[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s75/COUT
7.044 0.000 tNET RR 2 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/CIN
7.094 0.050 tINS RR 1 R29C29[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s76/COUT
7.094 0.000 tNET RR 2 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/CIN
7.144 0.050 tINS RR 1 R29C30[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s77/COUT
7.144 0.000 tNET RR 2 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/CIN
7.194 0.050 tINS RR 1 R29C30[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s78/COUT
7.194 0.000 tNET RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/CIN
7.244 0.050 tINS RR 2 R29C30[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n263_s79/COUT
8.338 1.094 tNET RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/I0
8.753 0.415 tINS RR 1 R34C27[3][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n567_s0/F
9.782 1.029 tNET RR 2 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/CIN
9.832 0.050 tINS RR 1 R34C24[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n372_1_s/COUT
9.832 0.000 tNET RR 2 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/CIN
9.882 0.050 tINS RR 1 R34C24[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n371_1_s/COUT
9.882 0.000 tNET RR 2 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/CIN
9.932 0.050 tINS RR 1 R34C24[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n370_1_s/COUT
9.932 0.000 tNET RR 2 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/CIN
9.982 0.050 tINS RR 1 R34C24[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n369_1_s/COUT
9.982 0.000 tNET RR 2 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/CIN
10.032 0.050 tINS RR 1 R34C24[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n368_1_s/COUT
10.032 0.000 tNET RR 2 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/CIN
10.082 0.050 tINS RR 1 R34C24[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n367_1_s/COUT
10.082 0.000 tNET RR 2 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/CIN
10.132 0.050 tINS RR 1 R34C25[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n366_1_s/COUT
10.132 0.000 tNET RR 2 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/CIN
10.182 0.050 tINS RR 1 R34C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n365_1_s/COUT
10.182 0.000 tNET RR 2 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/CIN
10.232 0.050 tINS RR 1 R34C25[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n364_1_s/COUT
10.232 0.000 tNET RR 2 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/CIN
10.282 0.050 tINS RR 1 R34C25[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n363_1_s/COUT
10.282 0.000 tNET RR 2 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/CIN
10.332 0.050 tINS RR 1 R34C25[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n362_1_s/COUT
10.332 0.000 tNET RR 2 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/CIN
10.382 0.050 tINS RR 1 R34C25[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n361_1_s/COUT
10.382 0.000 tNET RR 2 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/CIN
10.432 0.050 tINS RR 1 R34C26[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n360_1_s/COUT
10.432 0.000 tNET RR 2 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/CIN
10.482 0.050 tINS RR 1 R34C26[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n359_1_s/COUT
10.482 0.000 tNET RR 2 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/CIN
10.532 0.050 tINS RR 1 R34C26[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n358_1_s/COUT
10.532 0.000 tNET RR 2 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/CIN
10.582 0.050 tINS RR 1 R34C26[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n357_1_s/COUT
10.582 0.000 tNET RR 2 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/CIN
10.632 0.050 tINS RR 1 R34C26[2][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n356_1_s/COUT
10.632 0.000 tNET RR 2 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/CIN
10.682 0.050 tINS RR 1 R34C26[2][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n355_1_s/COUT
10.682 0.000 tNET RR 2 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/CIN
10.732 0.050 tINS RR 1 R34C27[0][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n354_1_s/COUT
10.732 0.000 tNET RR 2 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/CIN
10.782 0.050 tINS RR 1 R34C27[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n353_1_s/COUT
10.782 0.000 tNET RR 2 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/CIN
10.832 0.050 tINS RR 1 R34C27[1][A] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n352_1_s/COUT
10.832 0.000 tNET RR 2 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/CIN
11.128 0.296 tINS RR 1 R34C27[1][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n351_1_s/SUM
12.085 0.957 tNET RR 1 R26C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n625_s1/I1
12.602 0.516 tINS RR 1 R26C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/n625_s1/F
12.602 0.000 tNET RR 1 R26C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_21_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.019 1.337 tNET RR 1 R26C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_21_s0/CLK
11.955 -0.064 tSu 1 R26C25[0][B] FP_Sqrt/FP_Sqrt_inst/gen[24].uut/q_out_21_s0

Path Statistics:

Clock Skew 0.048
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%
Arrival Data Path Delay cell: 4.274, 40.205%; route: 5.989, 56.338%; tC2Q: 0.368, 3.457%
Required Clock Path Delay cell: 0.683, 33.803%; route: 1.337, 66.197%

Path19

Path Summary:

Slack -0.641
Data Arrival Time 12.570
Data Required Time 11.929
From FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_21_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.991 1.309 tNET RR 1 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/CLK
2.374 0.382 tC2Q RR 4 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q
4.404 2.030 tNET RR 2 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/I0
4.966 0.562 tINS RF 1 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/COUT
4.966 0.000 tNET FF 2 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/CIN
5.016 0.050 tINS FR 1 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/COUT
5.016 0.000 tNET RR 2 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/CIN
5.066 0.050 tINS RR 1 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/COUT
5.066 0.000 tNET RR 2 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/CIN
5.116 0.050 tINS RR 1 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/COUT
5.116 0.000 tNET RR 2 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/CIN
5.166 0.050 tINS RR 1 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/COUT
5.166 0.000 tNET RR 2 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/CIN
5.216 0.050 tINS RR 1 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/COUT
5.216 0.000 tNET RR 2 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/CIN
5.266 0.050 tINS RR 1 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/COUT
5.266 0.000 tNET RR 2 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/CIN
5.316 0.050 tINS RR 1 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/COUT
5.316 0.000 tNET RR 2 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/CIN
5.366 0.050 tINS RR 1 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/COUT
5.366 0.000 tNET RR 2 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/CIN
5.416 0.050 tINS RR 1 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/COUT
5.416 0.000 tNET RR 2 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/CIN
5.466 0.050 tINS RR 1 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/COUT
5.466 0.000 tNET RR 2 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/CIN
5.516 0.050 tINS RR 1 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/COUT
5.516 0.000 tNET RR 2 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/CIN
5.566 0.050 tINS RR 1 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/COUT
5.566 0.000 tNET RR 2 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/CIN
5.616 0.050 tINS RR 1 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/COUT
5.616 0.000 tNET RR 2 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/CIN
5.666 0.050 tINS RR 1 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/COUT
5.666 0.000 tNET RR 2 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/CIN
5.716 0.050 tINS RR 1 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/COUT
5.716 0.000 tNET RR 2 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/CIN
5.766 0.050 tINS RR 1 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/COUT
5.766 0.000 tNET RR 2 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/CIN
5.816 0.050 tINS RR 1 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/COUT
5.816 0.000 tNET RR 2 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/CIN
5.866 0.050 tINS RR 1 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/COUT
5.866 0.000 tNET RR 2 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/CIN
6.163 0.296 tINS RR 1 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/SUM
6.645 0.482 tNET RR 2 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/I0
7.201 0.556 tINS RF 1 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/COUT
7.201 0.000 tNET FF 2 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/CIN
7.251 0.050 tINS FR 1 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/COUT
7.251 0.000 tNET RR 2 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/CIN
7.301 0.050 tINS RR 1 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/COUT
7.301 0.000 tNET RR 2 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/CIN
7.351 0.050 tINS RR 1 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/COUT
7.351 0.000 tNET RR 2 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/CIN
7.401 0.050 tINS RR 1 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/COUT
7.401 0.000 tNET RR 2 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/CIN
7.645 0.244 tINS RR 3 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/SUM
8.536 0.891 tNET RR 1 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/I1
8.998 0.461 tINS RR 26 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/F
9.663 0.665 tNET RR 2 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/I3
10.155 0.493 tINS RR 1 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/COUT
10.155 0.000 tNET RR 2 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/CIN
10.205 0.050 tINS RR 1 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/COUT
10.205 0.000 tNET RR 2 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/CIN
10.255 0.050 tINS RR 1 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/COUT
10.255 0.000 tNET RR 2 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/CIN
10.305 0.050 tINS RR 1 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/COUT
10.305 0.000 tNET RR 2 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/CIN
10.355 0.050 tINS RR 1 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/COUT
10.355 0.000 tNET RR 2 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/CIN
10.405 0.050 tINS RR 1 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/COUT
10.405 0.000 tNET RR 2 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/CIN
10.455 0.050 tINS RR 1 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/COUT
10.455 0.000 tNET RR 2 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/CIN
10.505 0.050 tINS RR 1 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/COUT
10.505 0.000 tNET RR 2 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/CIN
10.555 0.050 tINS RR 1 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/COUT
10.555 0.000 tNET RR 2 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/CIN
10.605 0.050 tINS RR 1 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/COUT
10.605 0.000 tNET RR 2 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/CIN
10.655 0.050 tINS RR 1 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/COUT
10.655 0.000 tNET RR 2 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/CIN
10.705 0.050 tINS RR 1 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/COUT
10.705 0.000 tNET RR 2 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/CIN
10.755 0.050 tINS RR 1 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/COUT
10.755 0.000 tNET RR 2 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/CIN
10.805 0.050 tINS RR 1 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/COUT
10.805 0.000 tNET RR 2 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/CIN
10.855 0.050 tINS RR 1 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/COUT
10.855 0.000 tNET RR 2 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/CIN
10.905 0.050 tINS RR 1 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/COUT
10.905 0.000 tNET RR 2 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/CIN
10.955 0.050 tINS RR 1 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/COUT
10.955 0.000 tNET RR 2 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/CIN
11.005 0.050 tINS RR 1 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/COUT
11.005 0.000 tNET RR 2 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/CIN
11.055 0.050 tINS RR 1 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/COUT
11.055 0.000 tNET RR 2 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/CIN
11.105 0.050 tINS RR 1 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/COUT
11.105 0.000 tNET RR 2 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/CIN
11.155 0.050 tINS RR 1 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/COUT
11.155 0.000 tNET RR 2 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/CIN
11.451 0.296 tINS RR 1 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/SUM
12.109 0.657 tNET RR 1 R35C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n625_s1/I1
12.570 0.461 tINS RR 1 R35C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n625_s1/F
12.570 0.000 tNET RR 1 R35C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_21_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.993 1.311 tNET RR 1 R35C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_21_s0/CLK
11.929 -0.064 tSu 1 R35C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_21_s0

Path Statistics:

Clock Skew 0.002
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.275%; route: 1.309, 65.725%
Arrival Data Path Delay cell: 5.470, 51.707%; route: 4.726, 44.677%; tC2Q: 0.382, 3.616%
Required Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%

Path20

Path Summary:

Slack -0.638
Data Arrival Time 12.568
Data Required Time 11.929
From FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_22_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.991 1.309 tNET RR 1 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/CLK
2.374 0.382 tC2Q RR 4 R34C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[26].uut/s_out_1_s0/Q
4.404 2.030 tNET RR 2 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/I0
4.966 0.562 tINS RF 1 R26C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n398_s/COUT
4.966 0.000 tNET FF 2 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/CIN
5.016 0.050 tINS FR 1 R26C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n397_s/COUT
5.016 0.000 tNET RR 2 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/CIN
5.066 0.050 tINS RR 1 R26C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n396_s/COUT
5.066 0.000 tNET RR 2 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/CIN
5.116 0.050 tINS RR 1 R26C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n395_s/COUT
5.116 0.000 tNET RR 2 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/CIN
5.166 0.050 tINS RR 1 R26C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n394_s/COUT
5.166 0.000 tNET RR 2 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/CIN
5.216 0.050 tINS RR 1 R26C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n393_s/COUT
5.216 0.000 tNET RR 2 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/CIN
5.266 0.050 tINS RR 1 R26C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n392_s/COUT
5.266 0.000 tNET RR 2 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/CIN
5.316 0.050 tINS RR 1 R26C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n391_s/COUT
5.316 0.000 tNET RR 2 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/CIN
5.366 0.050 tINS RR 1 R26C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n390_s/COUT
5.366 0.000 tNET RR 2 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/CIN
5.416 0.050 tINS RR 1 R26C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n389_s/COUT
5.416 0.000 tNET RR 2 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/CIN
5.466 0.050 tINS RR 1 R26C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n388_s/COUT
5.466 0.000 tNET RR 2 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/CIN
5.516 0.050 tINS RR 1 R26C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n387_s/COUT
5.516 0.000 tNET RR 2 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/CIN
5.566 0.050 tINS RR 1 R26C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n386_s/COUT
5.566 0.000 tNET RR 2 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/CIN
5.616 0.050 tINS RR 1 R26C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n385_s/COUT
5.616 0.000 tNET RR 2 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/CIN
5.666 0.050 tINS RR 1 R26C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n384_s/COUT
5.666 0.000 tNET RR 2 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/CIN
5.716 0.050 tINS RR 1 R26C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n383_s/COUT
5.716 0.000 tNET RR 2 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/CIN
5.766 0.050 tINS RR 1 R26C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n382_s/COUT
5.766 0.000 tNET RR 2 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/CIN
5.816 0.050 tINS RR 1 R26C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n381_s/COUT
5.816 0.000 tNET RR 2 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/CIN
5.866 0.050 tINS RR 1 R26C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n380_s/COUT
5.866 0.000 tNET RR 2 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/CIN
6.163 0.296 tINS RR 1 R26C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s/SUM
6.645 0.482 tNET RR 2 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/I0
7.201 0.556 tINS RF 1 R27C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n379_s0/COUT
7.201 0.000 tNET FF 2 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/CIN
7.251 0.050 tINS FR 1 R27C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n378_s0/COUT
7.251 0.000 tNET RR 2 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/CIN
7.301 0.050 tINS RR 1 R27C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n377_s0/COUT
7.301 0.000 tNET RR 2 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/CIN
7.351 0.050 tINS RR 1 R27C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n376_s0/COUT
7.351 0.000 tNET RR 2 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/CIN
7.401 0.050 tINS RR 1 R27C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n375_s0/COUT
7.401 0.000 tNET RR 2 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/CIN
7.645 0.244 tINS RR 3 R27C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n402_s0/SUM
8.536 0.891 tNET RR 1 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/I1
8.998 0.461 tINS RR 26 R30C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n567_1_s1/F
9.663 0.665 tNET RR 2 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/I3
10.155 0.493 tINS RR 1 R30C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n372_1_s/COUT
10.155 0.000 tNET RR 2 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/CIN
10.205 0.050 tINS RR 1 R30C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n371_1_s/COUT
10.205 0.000 tNET RR 2 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/CIN
10.255 0.050 tINS RR 1 R30C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n370_1_s/COUT
10.255 0.000 tNET RR 2 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/CIN
10.305 0.050 tINS RR 1 R30C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n369_1_s/COUT
10.305 0.000 tNET RR 2 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/CIN
10.355 0.050 tINS RR 1 R30C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n368_1_s/COUT
10.355 0.000 tNET RR 2 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/CIN
10.405 0.050 tINS RR 1 R30C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n367_1_s/COUT
10.405 0.000 tNET RR 2 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/CIN
10.455 0.050 tINS RR 1 R30C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n366_1_s/COUT
10.455 0.000 tNET RR 2 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/CIN
10.505 0.050 tINS RR 1 R30C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n365_1_s/COUT
10.505 0.000 tNET RR 2 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/CIN
10.555 0.050 tINS RR 1 R30C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n364_1_s/COUT
10.555 0.000 tNET RR 2 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/CIN
10.605 0.050 tINS RR 1 R30C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n363_1_s/COUT
10.605 0.000 tNET RR 2 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/CIN
10.655 0.050 tINS RR 1 R30C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n362_1_s/COUT
10.655 0.000 tNET RR 2 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/CIN
10.705 0.050 tINS RR 1 R30C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n361_1_s/COUT
10.705 0.000 tNET RR 2 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/CIN
10.755 0.050 tINS RR 1 R30C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n360_1_s/COUT
10.755 0.000 tNET RR 2 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/CIN
10.805 0.050 tINS RR 1 R30C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n359_1_s/COUT
10.805 0.000 tNET RR 2 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/CIN
10.855 0.050 tINS RR 1 R30C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n358_1_s/COUT
10.855 0.000 tNET RR 2 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/CIN
10.905 0.050 tINS RR 1 R30C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n357_1_s/COUT
10.905 0.000 tNET RR 2 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/CIN
10.955 0.050 tINS RR 1 R30C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n356_1_s/COUT
10.955 0.000 tNET RR 2 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/CIN
11.005 0.050 tINS RR 1 R30C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n355_1_s/COUT
11.005 0.000 tNET RR 2 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/CIN
11.055 0.050 tINS RR 1 R30C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n354_1_s/COUT
11.055 0.000 tNET RR 2 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/CIN
11.105 0.050 tINS RR 1 R30C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n353_1_s/COUT
11.105 0.000 tNET RR 2 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/CIN
11.155 0.050 tINS RR 1 R30C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n352_1_s/COUT
11.155 0.000 tNET RR 2 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/CIN
11.205 0.050 tINS RR 1 R30C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n351_1_s/COUT
11.205 0.000 tNET RR 2 R30C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n350_1_s/CIN
11.449 0.244 tINS RR 1 R30C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n350_1_s/SUM
12.106 0.657 tNET RR 1 R35C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n624_s1/I1
12.568 0.461 tINS RR 1 R35C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/n624_s1/F
12.568 0.000 tNET RR 1 R35C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_22_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.993 1.311 tNET RR 1 R35C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_22_s0/CLK
11.929 -0.064 tSu 1 R35C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[28].uut/q_out_22_s0

Path Statistics:

Clock Skew 0.002
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.275%; route: 1.309, 65.725%
Arrival Data Path Delay cell: 5.468, 51.696%; route: 4.726, 44.687%; tC2Q: 0.382, 3.617%
Required Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%

Path21

Path Summary:

Slack -0.634
Data Arrival Time 12.542
Data Required Time 11.908
From FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0
To FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_24_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.993 1.311 tNET RR 1 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/CLK
2.376 0.382 tC2Q RR 4 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q
4.246 1.870 tNET RR 2 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/I0
4.808 0.562 tINS RF 1 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/COUT
4.808 0.000 tNET FF 2 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/CIN
4.858 0.050 tINS FR 1 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/COUT
4.858 0.000 tNET RR 2 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/CIN
4.908 0.050 tINS RR 1 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/COUT
4.908 0.000 tNET RR 2 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/CIN
4.958 0.050 tINS RR 1 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/COUT
4.958 0.000 tNET RR 2 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/CIN
5.008 0.050 tINS RR 1 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/COUT
5.008 0.000 tNET RR 2 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/CIN
5.058 0.050 tINS RR 1 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/COUT
5.058 0.000 tNET RR 2 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/CIN
5.108 0.050 tINS RR 1 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/COUT
5.108 0.000 tNET RR 2 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/CIN
5.158 0.050 tINS RR 1 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/COUT
5.158 0.000 tNET RR 2 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/CIN
5.208 0.050 tINS RR 1 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/COUT
5.208 0.000 tNET RR 2 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/CIN
5.258 0.050 tINS RR 1 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/COUT
5.258 0.000 tNET RR 2 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/CIN
5.308 0.050 tINS RR 1 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/COUT
5.308 0.000 tNET RR 2 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/CIN
5.358 0.050 tINS RR 1 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/COUT
5.358 0.000 tNET RR 2 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/CIN
5.408 0.050 tINS RR 1 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/COUT
5.408 0.000 tNET RR 2 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/CIN
5.458 0.050 tINS RR 1 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/COUT
5.458 0.000 tNET RR 2 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/CIN
5.508 0.050 tINS RR 1 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/COUT
5.508 0.000 tNET RR 2 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/CIN
5.558 0.050 tINS RR 1 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/COUT
5.558 0.000 tNET RR 2 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/CIN
5.608 0.050 tINS RR 1 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/COUT
5.608 0.000 tNET RR 2 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/CIN
5.904 0.296 tINS RR 1 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/SUM
7.496 1.591 tNET RR 2 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/I0
8.052 0.556 tINS RF 1 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/COUT
8.052 0.000 tNET FF 2 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/CIN
8.102 0.050 tINS FR 1 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/COUT
8.102 0.000 tNET RR 2 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/CIN
8.152 0.050 tINS RR 1 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/COUT
8.152 0.000 tNET RR 2 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/CIN
8.202 0.050 tINS RR 1 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/COUT
8.202 0.000 tNET RR 2 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/CIN
8.252 0.050 tINS RR 1 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/COUT
8.252 0.000 tNET RR 2 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/CIN
8.553 0.301 tINS RF 3 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/SUM
9.051 0.498 tNET FF 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/I1
9.572 0.521 tINS FR 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/F
10.221 0.649 tNET RR 2 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/CIN
10.271 0.050 tINS RR 1 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/COUT
10.271 0.000 tNET RR 2 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/CIN
10.321 0.050 tINS RR 1 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/COUT
10.321 0.000 tNET RR 2 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/CIN
10.371 0.050 tINS RR 1 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/COUT
10.371 0.000 tNET RR 2 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/CIN
10.421 0.050 tINS RR 1 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/COUT
10.421 0.000 tNET RR 2 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/CIN
10.471 0.050 tINS RR 1 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/COUT
10.471 0.000 tNET RR 2 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/CIN
10.521 0.050 tINS RR 1 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/COUT
10.521 0.000 tNET RR 2 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/CIN
10.571 0.050 tINS RR 1 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/COUT
10.571 0.000 tNET RR 2 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/CIN
10.621 0.050 tINS RR 1 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/COUT
10.621 0.000 tNET RR 2 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/CIN
10.671 0.050 tINS RR 1 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/COUT
10.671 0.000 tNET RR 2 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/CIN
10.721 0.050 tINS RR 1 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/COUT
10.721 0.000 tNET RR 2 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/CIN
10.771 0.050 tINS RR 1 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/COUT
10.771 0.000 tNET RR 2 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/CIN
10.821 0.050 tINS RR 1 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/COUT
10.821 0.000 tNET RR 2 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/CIN
10.871 0.050 tINS RR 1 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/COUT
10.871 0.000 tNET RR 2 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/CIN
10.921 0.050 tINS RR 1 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/COUT
10.921 0.000 tNET RR 2 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/CIN
10.971 0.050 tINS RR 1 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/COUT
10.971 0.000 tNET RR 2 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/CIN
11.021 0.050 tINS RR 1 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/COUT
11.021 0.000 tNET RR 2 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/CIN
11.071 0.050 tINS RR 1 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/COUT
11.071 0.000 tNET RR 2 R30C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n355_1_s/CIN
11.121 0.050 tINS RR 1 R30C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n355_1_s/COUT
11.121 0.000 tNET RR 2 R30C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n354_1_s/CIN
11.171 0.050 tINS RR 1 R30C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n354_1_s/COUT
11.171 0.000 tNET RR 2 R30C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n353_1_s/CIN
11.221 0.050 tINS RR 1 R30C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n353_1_s/COUT
11.221 0.000 tNET RR 2 R30C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n352_1_s/CIN
11.271 0.050 tINS RR 1 R30C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n352_1_s/COUT
11.271 0.000 tNET RR 2 R30C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n351_1_s/CIN
11.321 0.050 tINS RR 1 R30C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n351_1_s/COUT
11.321 0.000 tNET RR 2 R30C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n350_1_s/CIN
11.371 0.050 tINS RR 1 R30C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n350_1_s/COUT
11.371 0.000 tNET RR 2 R30C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n349_1_s/CIN
11.421 0.050 tINS RR 1 R30C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n349_1_s/COUT
11.421 0.000 tNET RR 2 R30C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n348_1_s/CIN
11.717 0.296 tINS RR 1 R30C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n348_1_s/SUM
12.044 0.327 tNET RR 1 R30C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n622_s1/I1
12.542 0.498 tINS RR 1 R30C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n622_s1/F
12.542 0.000 tNET RR 1 R30C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_24_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.972 1.289 tNET RR 1 R30C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_24_s0/CLK
11.908 -0.064 tSu 1 R30C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_24_s0

Path Statistics:

Clock Skew -0.022
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%
Arrival Data Path Delay cell: 5.231, 49.591%; route: 4.935, 46.783%; tC2Q: 0.382, 3.626%
Required Clock Path Delay cell: 0.683, 34.617%; route: 1.289, 65.383%

Path22

Path Summary:

Slack -0.618
Data Arrival Time 12.533
Data Required Time 11.915
From FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_21_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.003 1.320 tNET RR 1 R27C16[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/CLK
2.370 0.368 tC2Q RF 5 R27C16[3][A] FP_Sqrt/FP_Sqrt_inst/gen[14].uut/q_out1_1_s0/Q
4.368 1.997 tNET FF 2 R33C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s56/CIN
4.418 0.050 tINS FR 1 R33C18[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s56/COUT
4.418 0.000 tNET RR 2 R33C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s57/CIN
4.468 0.050 tINS RR 1 R33C18[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s57/COUT
4.468 0.000 tNET RR 2 R33C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s58/CIN
4.518 0.050 tINS RR 1 R33C18[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s58/COUT
4.518 0.000 tNET RR 2 R33C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s59/CIN
4.568 0.050 tINS RR 1 R33C18[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s59/COUT
4.568 0.000 tNET RR 2 R33C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s60/CIN
4.618 0.050 tINS RR 1 R33C18[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s60/COUT
4.618 0.000 tNET RR 2 R33C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s61/CIN
4.668 0.050 tINS RR 1 R33C18[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s61/COUT
4.668 0.000 tNET RR 2 R33C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s62/CIN
4.718 0.050 tINS RR 1 R33C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s62/COUT
4.718 0.000 tNET RR 2 R33C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s63/CIN
4.768 0.050 tINS RR 1 R33C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s63/COUT
4.768 0.000 tNET RR 2 R33C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s64/CIN
4.818 0.050 tINS RR 1 R33C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s64/COUT
4.818 0.000 tNET RR 2 R33C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s65/CIN
4.868 0.050 tINS RR 1 R33C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s65/COUT
4.868 0.000 tNET RR 2 R33C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s66/CIN
4.918 0.050 tINS RR 1 R33C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s66/COUT
4.918 0.000 tNET RR 2 R33C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s67/CIN
4.968 0.050 tINS RR 1 R33C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s67/COUT
4.968 0.000 tNET RR 2 R33C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s68/CIN
5.018 0.050 tINS RR 1 R33C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s68/COUT
5.444 0.426 tNET RR 1 R33C19[3][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s80/I2
5.734 0.290 tINS RF 1 R33C19[3][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s80/F
6.060 0.326 tNET FF 2 R36C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s69/I0
6.616 0.556 tINS FF 1 R36C19[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s69/COUT
6.616 0.000 tNET FF 2 R36C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s70/CIN
6.666 0.050 tINS FR 1 R36C19[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s70/COUT
6.666 0.000 tNET RR 2 R36C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s71/CIN
6.716 0.050 tINS RR 1 R36C19[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s71/COUT
6.716 0.000 tNET RR 2 R36C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s72/CIN
6.766 0.050 tINS RR 1 R36C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s72/COUT
6.766 0.000 tNET RR 2 R36C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s73/CIN
6.816 0.050 tINS RR 1 R36C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s73/COUT
6.816 0.000 tNET RR 2 R36C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s74/CIN
6.866 0.050 tINS RR 1 R36C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s74/COUT
6.866 0.000 tNET RR 2 R36C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s75/CIN
6.916 0.050 tINS RR 1 R36C20[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s75/COUT
6.916 0.000 tNET RR 2 R36C20[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s76/CIN
6.966 0.050 tINS RR 1 R36C20[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s76/COUT
6.966 0.000 tNET RR 2 R36C20[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s77/CIN
7.016 0.050 tINS RR 1 R36C20[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s77/COUT
7.016 0.000 tNET RR 2 R36C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s78/CIN
7.066 0.050 tINS RR 1 R36C20[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s78/COUT
7.066 0.000 tNET RR 2 R36C20[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s79/CIN
7.116 0.050 tINS RR 2 R36C20[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n263_s79/COUT
8.008 0.891 tNET RR 1 R29C18[3][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n567_s0/I0
8.529 0.521 tINS RR 1 R29C18[3][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n567_s0/F
10.174 1.645 tNET RR 2 R25C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n372_1_s/CIN
10.224 0.050 tINS RR 1 R25C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n372_1_s/COUT
10.224 0.000 tNET RR 2 R25C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n371_1_s/CIN
10.274 0.050 tINS RR 1 R25C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n371_1_s/COUT
10.274 0.000 tNET RR 2 R25C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n370_1_s/CIN
10.324 0.050 tINS RR 1 R25C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n370_1_s/COUT
10.324 0.000 tNET RR 2 R25C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n369_1_s/CIN
10.374 0.050 tINS RR 1 R25C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n369_1_s/COUT
10.374 0.000 tNET RR 2 R25C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n368_1_s/CIN
10.424 0.050 tINS RR 1 R25C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n368_1_s/COUT
10.424 0.000 tNET RR 2 R25C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n367_1_s/CIN
10.474 0.050 tINS RR 1 R25C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n367_1_s/COUT
10.474 0.000 tNET RR 2 R25C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n366_1_s/CIN
10.524 0.050 tINS RR 1 R25C15[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n366_1_s/COUT
10.524 0.000 tNET RR 2 R25C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n365_1_s/CIN
10.574 0.050 tINS RR 1 R25C15[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n365_1_s/COUT
10.574 0.000 tNET RR 2 R25C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n364_1_s/CIN
10.624 0.050 tINS RR 1 R25C15[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n364_1_s/COUT
10.624 0.000 tNET RR 2 R25C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n363_1_s/CIN
10.674 0.050 tINS RR 1 R25C15[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n363_1_s/COUT
10.674 0.000 tNET RR 2 R25C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n362_1_s/CIN
10.724 0.050 tINS RR 1 R25C15[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n362_1_s/COUT
10.724 0.000 tNET RR 2 R25C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n361_1_s/CIN
10.774 0.050 tINS RR 1 R25C15[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n361_1_s/COUT
10.774 0.000 tNET RR 2 R25C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n360_1_s/CIN
10.824 0.050 tINS RR 1 R25C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n360_1_s/COUT
10.824 0.000 tNET RR 2 R25C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n359_1_s/CIN
10.874 0.050 tINS RR 1 R25C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n359_1_s/COUT
10.874 0.000 tNET RR 2 R25C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n358_1_s/CIN
10.924 0.050 tINS RR 1 R25C16[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n358_1_s/COUT
10.924 0.000 tNET RR 2 R25C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n357_1_s/CIN
10.974 0.050 tINS RR 1 R25C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n357_1_s/COUT
10.974 0.000 tNET RR 2 R25C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n356_1_s/CIN
11.024 0.050 tINS RR 1 R25C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n356_1_s/COUT
11.024 0.000 tNET RR 2 R25C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n355_1_s/CIN
11.074 0.050 tINS RR 1 R25C16[2][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n355_1_s/COUT
11.074 0.000 tNET RR 2 R25C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n354_1_s/CIN
11.124 0.050 tINS RR 1 R25C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n354_1_s/COUT
11.124 0.000 tNET RR 2 R25C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n353_1_s/CIN
11.174 0.050 tINS RR 1 R25C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n353_1_s/COUT
11.174 0.000 tNET RR 2 R25C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n352_1_s/CIN
11.224 0.050 tINS RR 1 R25C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n352_1_s/COUT
11.224 0.000 tNET RR 2 R25C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n351_1_s/CIN
11.525 0.301 tINS RF 1 R25C17[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n351_1_s/SUM
12.270 0.745 tNET FF 1 R29C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n625_s1/I1
12.533 0.262 tINS FR 1 R29C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/n625_s1/F
12.533 0.000 tNET RR 1 R29C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_21_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.979 1.296 tNET RR 1 R29C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_21_s0/CLK
11.915 -0.064 tSu 1 R29C19[1][B] FP_Sqrt/FP_Sqrt_inst/gen[16].uut/q_out_21_s0

Path Statistics:

Clock Skew -0.024
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 34.082%; route: 1.320, 65.918%
Arrival Data Path Delay cell: 4.131, 39.233%; route: 6.031, 57.277%; tC2Q: 0.368, 3.490%
Required Clock Path Delay cell: 0.683, 34.491%; route: 1.296, 65.509%

Path23

Path Summary:

Slack -0.618
Data Arrival Time 12.576
Data Required Time 11.958
From FP_Sqrt/FP_Sqrt_inst/gen[4].uut/q_out1_3_s0
To FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out_22_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.029 1.347 tNET RR 1 R2C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[4].uut/q_out1_3_s0/CLK
2.412 0.382 tC2Q RR 5 R2C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[4].uut/q_out1_3_s0/Q
3.987 1.575 tNET RR 2 R15C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s58/I0
4.543 0.556 tINS RF 1 R15C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s58/COUT
4.543 0.000 tNET FF 2 R15C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s59/CIN
4.593 0.050 tINS FR 1 R15C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s59/COUT
4.593 0.000 tNET RR 2 R15C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s60/CIN
4.643 0.050 tINS RR 1 R15C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s60/COUT
4.643 0.000 tNET RR 2 R15C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s61/CIN
4.693 0.050 tINS RR 1 R15C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s61/COUT
4.693 0.000 tNET RR 2 R15C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s62/CIN
4.743 0.050 tINS RR 1 R15C13[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s62/COUT
4.743 0.000 tNET RR 2 R15C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s63/CIN
4.793 0.050 tINS RR 1 R15C13[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s63/COUT
4.793 0.000 tNET RR 2 R15C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s64/CIN
4.843 0.050 tINS RR 1 R15C13[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s64/COUT
4.843 0.000 tNET RR 2 R15C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s65/CIN
4.893 0.050 tINS RR 1 R15C13[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s65/COUT
4.893 0.000 tNET RR 2 R15C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s66/CIN
4.943 0.050 tINS RR 1 R15C13[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s66/COUT
4.943 0.000 tNET RR 2 R15C13[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s67/CIN
4.993 0.050 tINS RR 1 R15C13[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s67/COUT
4.993 0.000 tNET RR 2 R15C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s68/CIN
5.043 0.050 tINS RR 1 R15C14[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s68/COUT
5.043 0.000 tNET RR 2 R15C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s69/CIN
5.093 0.050 tINS RR 1 R15C14[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s69/COUT
5.093 0.000 tNET RR 2 R15C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s70/CIN
5.143 0.050 tINS RR 1 R15C14[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s70/COUT
5.143 0.000 tNET RR 2 R15C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s71/CIN
5.193 0.050 tINS RR 1 R15C14[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s71/COUT
5.193 0.000 tNET RR 2 R15C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s72/CIN
5.243 0.050 tINS RR 1 R15C14[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s72/COUT
5.243 0.000 tNET RR 2 R15C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s73/CIN
5.293 0.050 tINS RR 1 R15C14[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s73/COUT
6.074 0.781 tNET RR 1 R14C12[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s80/I2
6.596 0.521 tINS RR 1 R14C12[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s80/F
6.733 0.137 tNET RR 2 R14C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s74/I0
7.289 0.556 tINS RF 1 R14C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s74/COUT
7.289 0.000 tNET FF 2 R14C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s75/CIN
7.339 0.050 tINS FR 1 R14C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s75/COUT
7.339 0.000 tNET RR 2 R14C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s76/CIN
7.389 0.050 tINS RR 1 R14C12[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s76/COUT
7.389 0.000 tNET RR 2 R14C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s77/CIN
7.439 0.050 tINS RR 1 R14C12[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s77/COUT
7.439 0.000 tNET RR 2 R14C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s78/CIN
7.489 0.050 tINS RR 1 R14C12[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s78/COUT
7.489 0.000 tNET RR 2 R14C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s79/CIN
7.539 0.050 tINS RR 2 R14C12[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n263_s79/COUT
8.687 1.148 tNET RR 1 R9C12[3][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n567_1_s1/I0
8.977 0.290 tINS RF 26 R9C12[3][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n567_1_s1/F
9.781 0.804 tNET FF 2 R9C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n371_1_s/I3
10.273 0.493 tINS FR 1 R9C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n371_1_s/COUT
10.273 0.000 tNET RR 2 R9C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n370_1_s/CIN
10.323 0.050 tINS RR 1 R9C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n370_1_s/COUT
10.323 0.000 tNET RR 2 R9C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n369_1_s/CIN
10.373 0.050 tINS RR 1 R9C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n369_1_s/COUT
10.373 0.000 tNET RR 2 R9C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n368_1_s/CIN
10.423 0.050 tINS RR 1 R9C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n368_1_s/COUT
10.423 0.000 tNET RR 2 R9C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n367_1_s/CIN
10.473 0.050 tINS RR 1 R9C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n367_1_s/COUT
10.473 0.000 tNET RR 2 R9C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n366_1_s/CIN
10.523 0.050 tINS RR 1 R9C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n366_1_s/COUT
10.523 0.000 tNET RR 2 R9C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n365_1_s/CIN
10.573 0.050 tINS RR 1 R9C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n365_1_s/COUT
10.573 0.000 tNET RR 2 R9C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n364_1_s/CIN
10.623 0.050 tINS RR 1 R9C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n364_1_s/COUT
10.623 0.000 tNET RR 2 R9C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n363_1_s/CIN
10.673 0.050 tINS RR 1 R9C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n363_1_s/COUT
10.673 0.000 tNET RR 2 R9C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n362_1_s/CIN
10.723 0.050 tINS RR 1 R9C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n362_1_s/COUT
10.723 0.000 tNET RR 2 R9C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n361_1_s/CIN
10.773 0.050 tINS RR 1 R9C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n361_1_s/COUT
10.773 0.000 tNET RR 2 R9C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n360_1_s/CIN
10.823 0.050 tINS RR 1 R9C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n360_1_s/COUT
10.823 0.000 tNET RR 2 R9C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n359_1_s/CIN
10.873 0.050 tINS RR 1 R9C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n359_1_s/COUT
10.873 0.000 tNET RR 2 R9C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n358_1_s/CIN
10.923 0.050 tINS RR 1 R9C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n358_1_s/COUT
10.923 0.000 tNET RR 2 R9C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n357_1_s/CIN
10.973 0.050 tINS RR 1 R9C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n357_1_s/COUT
10.973 0.000 tNET RR 2 R9C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n356_1_s/CIN
11.023 0.050 tINS RR 1 R9C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n356_1_s/COUT
11.023 0.000 tNET RR 2 R9C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n355_1_s/CIN
11.073 0.050 tINS RR 1 R9C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n355_1_s/COUT
11.073 0.000 tNET RR 2 R9C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n354_1_s/CIN
11.123 0.050 tINS RR 1 R9C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n354_1_s/COUT
11.123 0.000 tNET RR 2 R9C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n353_1_s/CIN
11.173 0.050 tINS RR 1 R9C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n353_1_s/COUT
11.173 0.000 tNET RR 2 R9C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n352_1_s/CIN
11.223 0.050 tINS RR 1 R9C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n352_1_s/COUT
11.223 0.000 tNET RR 2 R9C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n351_1_s/CIN
11.273 0.050 tINS RR 1 R9C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n351_1_s/COUT
11.273 0.000 tNET RR 2 R9C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n350_1_s/CIN
11.517 0.244 tINS RR 1 R9C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n350_1_s/SUM
12.054 0.537 tNET RR 1 R5C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n624_s1/I1
12.576 0.521 tINS RR 1 R5C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/n624_s1/F
12.576 0.000 tNET RR 1 R5C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out_22_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.022 1.339 tNET RR 1 R5C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out_22_s0/CLK
11.958 -0.064 tSu 1 R5C10[3][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out_22_s0

Path Statistics:

Clock Skew -0.008
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 33.631%; route: 1.347, 66.369%
Arrival Data Path Delay cell: 5.181, 49.129%; route: 4.982, 47.244%; tC2Q: 0.382, 3.627%
Required Clock Path Delay cell: 0.683, 33.756%; route: 1.339, 66.244%

Path24

Path Summary:

Slack -0.611
Data Arrival Time 12.564
Data Required Time 11.954
From FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
2.017 1.334 tNET RR 1 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/CLK
2.384 0.368 tC2Q RF 5 R7C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[6].uut/q_out1_1_s0/Q
4.022 1.637 tNET FF 2 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/CIN
4.072 0.050 tINS FR 1 R13C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s56/COUT
4.072 0.000 tNET RR 2 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/CIN
4.122 0.050 tINS RR 1 R13C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s57/COUT
4.122 0.000 tNET RR 2 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/CIN
4.172 0.050 tINS RR 1 R13C8[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s58/COUT
4.172 0.000 tNET RR 2 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/CIN
4.222 0.050 tINS RR 1 R13C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s59/COUT
4.222 0.000 tNET RR 2 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/CIN
4.272 0.050 tINS RR 1 R13C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s60/COUT
4.272 0.000 tNET RR 2 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/CIN
4.322 0.050 tINS RR 1 R13C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s61/COUT
4.322 0.000 tNET RR 2 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/CIN
4.372 0.050 tINS RR 1 R13C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s62/COUT
4.372 0.000 tNET RR 2 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/CIN
4.422 0.050 tINS RR 1 R13C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s63/COUT
4.422 0.000 tNET RR 2 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/CIN
4.472 0.050 tINS RR 1 R13C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s64/COUT
4.472 0.000 tNET RR 2 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/CIN
4.522 0.050 tINS RR 1 R13C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s65/COUT
4.522 0.000 tNET RR 2 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/CIN
4.572 0.050 tINS RR 1 R13C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s66/COUT
4.572 0.000 tNET RR 2 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/CIN
4.622 0.050 tINS RR 1 R13C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s67/COUT
4.622 0.000 tNET RR 2 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/CIN
4.672 0.050 tINS RR 1 R13C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s68/COUT
4.672 0.000 tNET RR 2 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/CIN
4.722 0.050 tINS RR 1 R13C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s69/COUT
4.722 0.000 tNET RR 2 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/CIN
4.772 0.050 tINS RR 1 R13C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s70/COUT
4.772 0.000 tNET RR 2 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/CIN
4.822 0.050 tINS RR 1 R13C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s71/COUT
4.822 0.000 tNET RR 2 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/CIN
4.872 0.050 tINS RR 1 R13C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s72/COUT
5.498 0.626 tNET RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/I2
6.024 0.526 tINS RR 1 R12C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s80/F
6.887 0.862 tNET RR 2 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/I0
7.443 0.556 tINS RF 1 R2C8[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s73/COUT
7.443 0.000 tNET FF 2 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/CIN
7.493 0.050 tINS FR 1 R2C8[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s74/COUT
7.493 0.000 tNET RR 2 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/CIN
7.543 0.050 tINS RR 1 R2C8[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s75/COUT
7.543 0.000 tNET RR 2 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/CIN
7.593 0.050 tINS RR 1 R2C9[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s76/COUT
7.593 0.000 tNET RR 2 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/CIN
7.643 0.050 tINS RR 1 R2C9[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s77/COUT
7.643 0.000 tNET RR 2 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/CIN
7.693 0.050 tINS RR 1 R2C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s78/COUT
7.693 0.000 tNET RR 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/CIN
7.743 0.050 tINS RF 2 R2C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n263_s79/COUT
8.462 0.719 tNET FF 1 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/I0
8.877 0.415 tINS FR 26 R7C7[3][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n567_1_s1/F
9.702 0.825 tNET RR 2 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/I3
10.194 0.493 tINS RR 1 R2C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n372_1_s/COUT
10.194 0.000 tNET RR 2 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/CIN
10.244 0.050 tINS RR 1 R2C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n371_1_s/COUT
10.244 0.000 tNET RR 2 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/CIN
10.294 0.050 tINS RR 1 R2C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n370_1_s/COUT
10.294 0.000 tNET RR 2 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/CIN
10.344 0.050 tINS RR 1 R2C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n369_1_s/COUT
10.344 0.000 tNET RR 2 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/CIN
10.394 0.050 tINS RR 1 R2C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n368_1_s/COUT
10.394 0.000 tNET RR 2 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/CIN
10.444 0.050 tINS RR 1 R2C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n367_1_s/COUT
10.444 0.000 tNET RR 2 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/CIN
10.494 0.050 tINS RR 1 R2C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n366_1_s/COUT
10.494 0.000 tNET RR 2 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/CIN
10.544 0.050 tINS RR 1 R2C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n365_1_s/COUT
10.544 0.000 tNET RR 2 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/CIN
10.594 0.050 tINS RR 1 R2C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n364_1_s/COUT
10.594 0.000 tNET RR 2 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/CIN
10.644 0.050 tINS RR 1 R2C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n363_1_s/COUT
10.644 0.000 tNET RR 2 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/CIN
10.694 0.050 tINS RR 1 R2C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n362_1_s/COUT
10.694 0.000 tNET RR 2 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/CIN
10.744 0.050 tINS RR 1 R2C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n361_1_s/COUT
10.744 0.000 tNET RR 2 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/CIN
10.794 0.050 tINS RR 1 R2C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n360_1_s/COUT
10.794 0.000 tNET RR 2 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/CIN
10.844 0.050 tINS RR 1 R2C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n359_1_s/COUT
10.844 0.000 tNET RR 2 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/CIN
10.894 0.050 tINS RR 1 R2C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n358_1_s/COUT
10.894 0.000 tNET RR 2 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/CIN
10.944 0.050 tINS RR 1 R2C6[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n357_1_s/COUT
10.944 0.000 tNET RR 2 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/CIN
10.994 0.050 tINS RR 1 R2C6[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n356_1_s/COUT
10.994 0.000 tNET RR 2 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/CIN
11.044 0.050 tINS RR 1 R2C6[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n355_1_s/COUT
11.044 0.000 tNET RR 2 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/CIN
11.094 0.050 tINS RR 1 R2C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n354_1_s/COUT
11.094 0.000 tNET RR 2 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/CIN
11.144 0.050 tINS RR 1 R2C7[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n353_1_s/COUT
11.144 0.000 tNET RR 2 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/CIN
11.194 0.050 tINS RR 1 R2C7[1][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n352_1_s/COUT
11.194 0.000 tNET RR 2 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/CIN
11.244 0.050 tINS RR 1 R2C7[1][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n351_1_s/COUT
11.244 0.000 tNET RR 2 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/CIN
11.294 0.050 tINS RR 1 R2C7[2][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n350_1_s/COUT
11.294 0.000 tNET RR 2 R2C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n349_1_s/CIN
11.344 0.050 tINS RR 1 R2C7[2][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n349_1_s/COUT
11.344 0.000 tNET RR 2 R2C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n348_1_s/CIN
11.394 0.050 tINS RR 1 R2C8[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n348_1_s/COUT
11.394 0.000 tNET RR 2 R2C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n347_1_s/CIN
11.691 0.296 tINS RR 1 R2C8[0][B] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n347_1_s/SUM
12.038 0.347 tNET RR 1 R3C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n621_s10/I1
12.564 0.526 tINS RR 1 R3C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/n621_s10/F
12.564 0.000 tNET RR 1 R3C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
12.017 1.335 tNET RR 1 R3C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_25_s0/CLK
11.954 -0.064 tSu 1 R3C7[0][A] FP_Sqrt/FP_Sqrt_inst/gen[8].uut/q_out_25_s0

Path Statistics:

Clock Skew 0.001
Setup Relationship 10.000
Logic Level 14
Arrival Clock Path Delay cell: 0.683, 33.839%; route: 1.334, 66.161%
Arrival Data Path Delay cell: 5.162, 48.945%; route: 5.017, 47.571%; tC2Q: 0.368, 3.484%
Required Clock Path Delay cell: 0.683, 33.829%; route: 1.335, 66.171%

Path25

Path Summary:

Slack -0.598
Data Arrival Time 12.512
Data Required Time 11.914
From FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0
To FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_25_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.683 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
1.993 1.311 tNET RR 1 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/CLK
2.376 0.382 tC2Q RR 4 R9C3[3][A] FP_Sqrt/FP_Sqrt_inst/gen[10].uut/s_out_3_s0/Q
4.246 1.870 tNET RR 2 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/I0
4.808 0.562 tINS RF 1 R21C9[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n396_s/COUT
4.808 0.000 tNET FF 2 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/CIN
4.858 0.050 tINS FR 1 R21C9[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n395_s/COUT
4.858 0.000 tNET RR 2 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/CIN
4.908 0.050 tINS RR 1 R21C9[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n394_s/COUT
4.908 0.000 tNET RR 2 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/CIN
4.958 0.050 tINS RR 1 R21C9[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n393_s/COUT
4.958 0.000 tNET RR 2 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/CIN
5.008 0.050 tINS RR 1 R21C10[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n392_s/COUT
5.008 0.000 tNET RR 2 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/CIN
5.058 0.050 tINS RR 1 R21C10[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n391_s/COUT
5.058 0.000 tNET RR 2 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/CIN
5.108 0.050 tINS RR 1 R21C10[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n390_s/COUT
5.108 0.000 tNET RR 2 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/CIN
5.158 0.050 tINS RR 1 R21C10[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n389_s/COUT
5.158 0.000 tNET RR 2 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/CIN
5.208 0.050 tINS RR 1 R21C10[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n388_s/COUT
5.208 0.000 tNET RR 2 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/CIN
5.258 0.050 tINS RR 1 R21C10[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n387_s/COUT
5.258 0.000 tNET RR 2 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/CIN
5.308 0.050 tINS RR 1 R21C11[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n386_s/COUT
5.308 0.000 tNET RR 2 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/CIN
5.358 0.050 tINS RR 1 R21C11[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n385_s/COUT
5.358 0.000 tNET RR 2 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/CIN
5.408 0.050 tINS RR 1 R21C11[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n384_s/COUT
5.408 0.000 tNET RR 2 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/CIN
5.458 0.050 tINS RR 1 R21C11[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n383_s/COUT
5.458 0.000 tNET RR 2 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/CIN
5.508 0.050 tINS RR 1 R21C11[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n382_s/COUT
5.508 0.000 tNET RR 2 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/CIN
5.558 0.050 tINS RR 1 R21C11[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n381_s/COUT
5.558 0.000 tNET RR 2 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/CIN
5.608 0.050 tINS RR 1 R21C12[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n380_s/COUT
5.608 0.000 tNET RR 2 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/CIN
5.904 0.296 tINS RR 1 R21C12[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s/SUM
7.496 1.591 tNET RR 2 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/I0
8.052 0.556 tINS RF 1 R34C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n379_s0/COUT
8.052 0.000 tNET FF 2 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/CIN
8.102 0.050 tINS FR 1 R34C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n378_s0/COUT
8.102 0.000 tNET RR 2 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/CIN
8.152 0.050 tINS RR 1 R34C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n377_s0/COUT
8.152 0.000 tNET RR 2 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/CIN
8.202 0.050 tINS RR 1 R34C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n376_s0/COUT
8.202 0.000 tNET RR 2 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/CIN
8.252 0.050 tINS RR 1 R34C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n375_s0/COUT
8.252 0.000 tNET RR 2 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/CIN
8.553 0.301 tINS RF 3 R34C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n402_s0/SUM
9.051 0.498 tNET FF 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/I1
9.572 0.521 tINS FR 1 R30C2[3][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n567_s0/F
10.221 0.649 tNET RR 2 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/CIN
10.271 0.050 tINS RR 1 R30C2[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n372_1_s/COUT
10.271 0.000 tNET RR 2 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/CIN
10.321 0.050 tINS RR 1 R30C2[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n371_1_s/COUT
10.321 0.000 tNET RR 2 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/CIN
10.371 0.050 tINS RR 1 R30C2[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n370_1_s/COUT
10.371 0.000 tNET RR 2 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/CIN
10.421 0.050 tINS RR 1 R30C2[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n369_1_s/COUT
10.421 0.000 tNET RR 2 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/CIN
10.471 0.050 tINS RR 1 R30C2[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n368_1_s/COUT
10.471 0.000 tNET RR 2 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/CIN
10.521 0.050 tINS RR 1 R30C3[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n367_1_s/COUT
10.521 0.000 tNET RR 2 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/CIN
10.571 0.050 tINS RR 1 R30C3[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n366_1_s/COUT
10.571 0.000 tNET RR 2 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/CIN
10.621 0.050 tINS RR 1 R30C3[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n365_1_s/COUT
10.621 0.000 tNET RR 2 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/CIN
10.671 0.050 tINS RR 1 R30C3[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n364_1_s/COUT
10.671 0.000 tNET RR 2 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/CIN
10.721 0.050 tINS RR 1 R30C3[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n363_1_s/COUT
10.721 0.000 tNET RR 2 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/CIN
10.771 0.050 tINS RR 1 R30C3[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n362_1_s/COUT
10.771 0.000 tNET RR 2 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/CIN
10.821 0.050 tINS RR 1 R30C4[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n361_1_s/COUT
10.821 0.000 tNET RR 2 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/CIN
10.871 0.050 tINS RR 1 R30C4[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n360_1_s/COUT
10.871 0.000 tNET RR 2 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/CIN
10.921 0.050 tINS RR 1 R30C4[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n359_1_s/COUT
10.921 0.000 tNET RR 2 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/CIN
10.971 0.050 tINS RR 1 R30C4[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n358_1_s/COUT
10.971 0.000 tNET RR 2 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/CIN
11.021 0.050 tINS RR 1 R30C4[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n357_1_s/COUT
11.021 0.000 tNET RR 2 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/CIN
11.071 0.050 tINS RR 1 R30C4[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n356_1_s/COUT
11.071 0.000 tNET RR 2 R30C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n355_1_s/CIN
11.121 0.050 tINS RR 1 R30C5[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n355_1_s/COUT
11.121 0.000 tNET RR 2 R30C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n354_1_s/CIN
11.171 0.050 tINS RR 1 R30C5[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n354_1_s/COUT
11.171 0.000 tNET RR 2 R30C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n353_1_s/CIN
11.221 0.050 tINS RR 1 R30C5[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n353_1_s/COUT
11.221 0.000 tNET RR 2 R30C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n352_1_s/CIN
11.271 0.050 tINS RR 1 R30C5[1][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n352_1_s/COUT
11.271 0.000 tNET RR 2 R30C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n351_1_s/CIN
11.321 0.050 tINS RR 1 R30C5[2][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n351_1_s/COUT
11.321 0.000 tNET RR 2 R30C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n350_1_s/CIN
11.371 0.050 tINS RR 1 R30C5[2][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n350_1_s/COUT
11.371 0.000 tNET RR 2 R30C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n349_1_s/CIN
11.421 0.050 tINS RR 1 R30C6[0][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n349_1_s/COUT
11.421 0.000 tNET RR 2 R30C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n348_1_s/CIN
11.471 0.050 tINS RR 1 R30C6[0][B] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n348_1_s/COUT
11.471 0.000 tNET RR 2 R30C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n347_1_s/CIN
11.714 0.244 tINS RR 1 R30C6[1][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n347_1_s/SUM
12.097 0.382 tNET RR 1 R31C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n621_s10/I1
12.512 0.415 tINS RR 1 R31C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/n621_s10/F
12.512 0.000 tNET RR 1 R31C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_25_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
10.000 10.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
10.682 0.683 tINS RR 1802 IOL5[A] clk_ibuf/O
11.977 1.295 tNET RR 1 R31C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_25_s0/CLK
11.914 -0.064 tSu 1 R31C4[3][A] FP_Sqrt/FP_Sqrt_inst/gen[12].uut/q_out_25_s0

Path Statistics:

Clock Skew -0.016
Setup Relationship 10.000
Logic Level 13
Arrival Clock Path Delay cell: 0.683, 34.243%; route: 1.311, 65.757%
Arrival Data Path Delay cell: 5.146, 48.925%; route: 4.990, 47.439%; tC2Q: 0.382, 3.636%
Required Clock Path Delay cell: 0.683, 34.513%; route: 1.295, 65.487%

Hold Analysis Report

Report Command:report_timing -hold -max_paths 25 -max_common_paths 1

Path1

Path Summary:

Slack 0.207
Data Arrival Time 1.402
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_19_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.165 0.490 tNET RR 1 R9C16[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_19_s0/CLK
1.309 0.144 tC2Q RR 1 R9C16[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_19_s0/Q
1.402 0.093 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[27]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.005
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.958%; route: 0.490, 42.042%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.093, 39.241%; tC2Q: 0.144, 60.759%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path2

Path Summary:

Slack 0.207
Data Arrival Time 1.402
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_18_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.165 0.490 tNET RR 1 R9C16[2][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_18_s0/CLK
1.309 0.144 tC2Q RR 1 R9C16[2][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_18_s0/Q
1.402 0.093 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[26]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.005
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.958%; route: 0.490, 42.042%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.093, 39.241%; tC2Q: 0.144, 60.759%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path3

Path Summary:

Slack 0.253
Data Arrival Time 1.449
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_22_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.165 0.490 tNET RR 1 R9C16[3][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_22_s0/CLK
1.309 0.144 tC2Q RR 1 R9C16[3][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_22_s0/Q
1.449 0.139 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[30]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.005
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.958%; route: 0.490, 42.042%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.139, 49.117%; tC2Q: 0.144, 50.883%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path4

Path Summary:

Slack 0.297
Data Arrival Time 1.495
Data Required Time 1.197
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_0_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.486 tNET RR 1 R9C15[0][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_0_s0/CLK
1.306 0.144 tC2Q RR 1 R9C15[0][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_0_s0/Q
1.495 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[8]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.197 0.037 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.001
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 58.158%; route: 0.486, 41.842%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path5

Path Summary:

Slack 0.301
Data Arrival Time 1.498
Data Required Time 1.197
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_7_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.165 0.490 tNET RR 1 R9C16[1][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_7_s0/CLK
1.309 0.144 tC2Q RR 1 R9C16[1][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_7_s0/Q
1.498 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[15]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.197 0.037 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.005
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.958%; route: 0.490, 42.042%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path6

Path Summary:

Slack 0.305
Data Arrival Time 1.503
Data Required Time 1.197
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_6_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.169 0.494 tNET RR 1 R9C17[1][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_6_s0/CLK
1.313 0.144 tC2Q RR 1 R9C17[1][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_6_s0/Q
1.502 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[14]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.197 0.037 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.009
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.760%; route: 0.494, 42.240%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path7

Path Summary:

Slack 0.307
Data Arrival Time 1.503
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/sign_adelay_0_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.169 0.494 tNET RR 1 R9C17[2][A] FP_Sqrt/FP_Sqrt_inst/sign_adelay_0_s0/CLK
1.313 0.144 tC2Q RR 1 R9C17[2][A] FP_Sqrt/FP_Sqrt_inst/sign_adelay_0_s0/Q
1.502 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[31]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.009
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.760%; route: 0.494, 42.240%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path8

Path Summary:

Slack 0.307
Data Arrival Time 1.503
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_16_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.169 0.494 tNET RR 1 R9C17[1][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_16_s0/CLK
1.313 0.144 tC2Q RR 1 R9C17[1][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_16_s0/Q
1.502 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[24]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.009
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.760%; route: 0.494, 42.240%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path9

Path Summary:

Slack 0.308
Data Arrival Time 1.504
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_12_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.171 0.495 tNET RR 1 R8C14[0][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_12_s0/CLK
1.315 0.144 tC2Q RR 1 R8C14[0][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_12_s0/Q
1.504 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[20]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.010
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.710%; route: 0.495, 42.290%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path10

Path Summary:

Slack 0.308
Data Arrival Time 1.504
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_11_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.171 0.495 tNET RR 1 R8C14[2][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_11_s0/CLK
1.315 0.144 tC2Q RR 1 R8C14[2][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_11_s0/Q
1.504 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[19]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.010
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.710%; route: 0.495, 42.290%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path11

Path Summary:

Slack 0.308
Data Arrival Time 1.504
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_10_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.171 0.495 tNET RR 1 R8C14[0][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_10_s0/CLK
1.315 0.144 tC2Q RR 1 R8C14[0][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_10_s0/Q
1.504 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[18]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.010
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.710%; route: 0.495, 42.290%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path12

Path Summary:

Slack 0.312
Data Arrival Time 1.508
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_20_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.174 0.499 tNET RR 1 R8C17[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_20_s0/CLK
1.319 0.144 tC2Q RR 1 R8C17[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_20_s0/Q
1.508 0.189 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[28]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.014
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.514%; route: 0.499, 42.486%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.189, 56.757%; tC2Q: 0.144, 43.243%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path13

Path Summary:

Slack 0.312
Data Arrival Time 1.510
Data Required Time 1.197
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_9_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.171 0.495 tNET RR 1 R8C14[1][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_9_s0/CLK
1.315 0.144 tC2Q RR 1 R8C14[1][A] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_9_s0/Q
1.510 0.195 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[17]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.197 0.037 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.010
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.710%; route: 0.495, 42.290%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.195, 57.522%; tC2Q: 0.144, 42.478%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path14

Path Summary:

Slack 0.314
Data Arrival Time 1.510
Data Required Time 1.196
From FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_14_s0
To FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.171 0.495 tNET RR 1 R8C14[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_14_s0/CLK
1.315 0.144 tC2Q RR 1 R8C14[2][B] FP_Sqrt/FP_Sqrt_inst/mant_adelay[0]_14_s0/Q
1.510 0.195 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/DI[22]

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.161 0.485 tNET RR 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA
1.196 0.035 tHld 1 BSRAM_R10[3] FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Path Statistics:

Clock Skew -0.010
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.710%; route: 0.495, 42.290%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.195, 57.522%; tC2Q: 0.144, 42.478%
Required Clock Path Delay cell: 0.675, 58.208%; route: 0.485, 41.792%

Path15

Path Summary:

Slack 0.331
Data Arrival Time 1.514
Data Required Time 1.183
From i_data_0_s0
To i_data_0_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.158 0.483 tNET RR 1 R15C18[2][A] i_data_0_s0/CLK
1.299 0.141 tC2Q RF 4 R15C18[2][A] i_data_0_s0/Q
1.308 0.009 tNET FF 1 R15C18[2][A] n49_s2/I0
1.514 0.206 tINS FF 1 R15C18[2][A] n49_s2/F
1.514 0.000 tNET FF 1 R15C18[2][A] i_data_0_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.158 0.483 tNET RR 1 R15C18[2][A] i_data_0_s0/CLK
1.183 0.025 tHld 1 R15C18[2][A] i_data_0_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 2
Arrival Clock Path Delay cell: 0.675, 58.308%; route: 0.483, 41.692%
Arrival Data Path Delay cell: 0.206, 57.865%; route: 0.009, 2.528%; tC2Q: 0.141, 39.607%
Required Clock Path Delay cell: 0.675, 58.308%; route: 0.483, 41.692%

Path16

Path Summary:

Slack 0.338
Data Arrival Time 1.518
Data Required Time 1.179
From FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_9_s0
To FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_10_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.155 0.479 tNET RR 1 R14C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_9_s0/CLK
1.296 0.141 tC2Q RF 2 R14C16[2][A] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_9_s0/Q
1.518 0.222 tNET FF 1 R14C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_10_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.155 0.479 tNET RR 1 R14C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_10_s0/CLK
1.179 0.025 tHld 1 R14C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_10_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 58.510%; route: 0.479, 41.490%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 58.510%; route: 0.479, 41.490%

Path17

Path Summary:

Slack 0.338
Data Arrival Time 1.514
Data Required Time 1.176
From FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_11_s0
To FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_12_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.151 0.475 tNET RR 1 R13C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_11_s0/CLK
1.292 0.141 tC2Q RF 2 R13C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_11_s0/Q
1.514 0.222 tNET FF 1 R13C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_12_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.151 0.475 tNET RR 1 R13C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_12_s0/CLK
1.176 0.025 tHld 1 R13C16[0][B] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_12_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 58.714%; route: 0.475, 41.286%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 58.714%; route: 0.475, 41.286%

Path18

Path Summary:

Slack 0.338
Data Arrival Time 1.533
Data Required Time 1.194
From FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_18_s0
To FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_19_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.169 0.494 tNET RR 1 R9C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_18_s0/CLK
1.311 0.141 tC2Q RF 2 R9C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_18_s0/Q
1.533 0.222 tNET FF 1 R9C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_19_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.169 0.494 tNET RR 1 R9C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_19_s0/CLK
1.194 0.025 tHld 1 R9C17[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_19_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.760%; route: 0.494, 42.240%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.760%; route: 0.494, 42.240%

Path19

Path Summary:

Slack 0.338
Data Arrival Time 1.538
Data Required Time 1.199
From FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_19_s0
To FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_20_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.174 0.499 tNET RR 1 R8C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_19_s0/CLK
1.316 0.141 tC2Q RF 2 R8C17[0][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_19_s0/Q
1.538 0.222 tNET FF 1 R8C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_20_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.174 0.499 tNET RR 1 R8C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_20_s0/CLK
1.199 0.025 tHld 1 R8C17[1][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_20_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.514%; route: 0.499, 42.486%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.514%; route: 0.499, 42.486%

Path20

Path Summary:

Slack 0.338
Data Arrival Time 1.540
Data Required Time 1.202
From FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_20_s0
To FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_21_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.177 0.502 tNET RR 1 R6C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_20_s0/CLK
1.318 0.141 tC2Q RF 2 R6C16[1][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_20_s0/Q
1.540 0.222 tNET FF 1 R6C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_21_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.177 0.502 tNET RR 1 R6C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_21_s0/CLK
1.202 0.025 tHld 1 R6C16[0][A] FP_Sqrt/FP_Sqrt_inst/gen[2].uut/s_out_21_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.379%; route: 0.502, 42.621%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.379%; route: 0.502, 42.621%

Path21

Path Summary:

Slack 0.338
Data Arrival Time 1.518
Data Required Time 1.179
From FP_Sqrt/FP_Sqrt_inst/s_reg_1_s0
To FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_2_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.155 0.479 tNET RR 1 R15C19[1][B] FP_Sqrt/FP_Sqrt_inst/s_reg_1_s0/CLK
1.296 0.141 tC2Q RF 2 R15C19[1][B] FP_Sqrt/FP_Sqrt_inst/s_reg_1_s0/Q
1.518 0.222 tNET FF 1 R15C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_2_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.155 0.479 tNET RR 1 R15C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_2_s0/CLK
1.179 0.025 tHld 1 R15C19[2][B] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_2_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 58.510%; route: 0.479, 41.490%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 58.510%; route: 0.479, 41.490%

Path22

Path Summary:

Slack 0.338
Data Arrival Time 1.530
Data Required Time 1.191
From FP_Sqrt/FP_Sqrt_inst/s_reg_16_s0
To FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_17_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.166 0.491 tNET RR 1 R8C19[0][B] FP_Sqrt/FP_Sqrt_inst/s_reg_16_s0/CLK
1.308 0.141 tC2Q RF 2 R8C19[0][B] FP_Sqrt/FP_Sqrt_inst/s_reg_16_s0/Q
1.530 0.222 tNET FF 1 R8C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_17_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.166 0.491 tNET RR 1 R8C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_17_s0/CLK
1.191 0.025 tHld 1 R8C19[2][A] FP_Sqrt/FP_Sqrt_inst/gen[0].uut/s_out_17_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.908%; route: 0.491, 42.092%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.908%; route: 0.491, 42.092%

Path23

Path Summary:

Slack 0.338
Data Arrival Time 1.546
Data Required Time 1.207
From FP_Sqrt/FP_Sqrt_inst/ce_delay_0_s0
To FP_Sqrt/FP_Sqrt_inst/ce_delay_1_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.183 0.507 tNET RR 1 R3C10[3][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_0_s0/CLK
1.324 0.141 tC2Q RF 2 R3C10[3][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_0_s0/Q
1.546 0.222 tNET FF 1 R3C10[1][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_1_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.183 0.507 tNET RR 1 R3C10[1][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_1_s0/CLK
1.207 0.025 tHld 1 R3C10[1][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_1_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.125%; route: 0.507, 42.875%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.125%; route: 0.507, 42.875%

Path24

Path Summary:

Slack 0.338
Data Arrival Time 1.546
Data Required Time 1.207
From FP_Sqrt/FP_Sqrt_inst/ce_delay_2_s0
To FP_Sqrt/FP_Sqrt_inst/ce_delay_3_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.183 0.507 tNET RR 1 R3C10[0][B] FP_Sqrt/FP_Sqrt_inst/ce_delay_2_s0/CLK
1.324 0.141 tC2Q RF 2 R3C10[0][B] FP_Sqrt/FP_Sqrt_inst/ce_delay_2_s0/Q
1.546 0.222 tNET FF 1 R3C10[0][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_3_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.183 0.507 tNET RR 1 R3C10[0][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_3_s0/CLK
1.207 0.025 tHld 1 R3C10[0][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_3_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.125%; route: 0.507, 42.875%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.125%; route: 0.507, 42.875%

Path25

Path Summary:

Slack 0.338
Data Arrival Time 1.543
Data Required Time 1.205
From FP_Sqrt/FP_Sqrt_inst/ce_delay_6_s0
To FP_Sqrt/FP_Sqrt_inst/ce_delay_7_s0
Launch Clk clk:[R]
Latch Clk clk:[R]

Data Arrival Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.180 0.505 tNET RR 1 R2C11[3][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_6_s0/CLK
1.321 0.141 tC2Q RF 2 R2C11[3][A] FP_Sqrt/FP_Sqrt_inst/ce_delay_6_s0/Q
1.543 0.222 tNET FF 1 R2C11[2][B] FP_Sqrt/FP_Sqrt_inst/ce_delay_7_s0/D

Data Required Path:

AT DELAY TYPE RF FANOUT LOC NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR 1 IOL5[A] clk_ibuf/I
0.675 0.675 tINS RR 1802 IOL5[A] clk_ibuf/O
1.180 0.505 tNET RR 1 R2C11[2][B] FP_Sqrt/FP_Sqrt_inst/ce_delay_7_s0/CLK
1.205 0.025 tHld 1 R2C11[2][B] FP_Sqrt/FP_Sqrt_inst/ce_delay_7_s0

Path Statistics:

Clock Skew 0.000
Hold Relationship 0.000
Logic Level 1
Arrival Clock Path Delay cell: 0.675, 57.234%; route: 0.505, 42.766%
Arrival Data Path Delay cell: 0.000, 0.000%; route: 0.222, 61.157%; tC2Q: 0.141, 38.843%
Required Clock Path Delay cell: 0.675, 57.234%; route: 0.505, 42.766%

Recovery Analysis Report

Report Command:report_timing -recovery -max_paths 25 -max_common_paths 1

No recovery paths to report!

Removal Analysis Report

Report Command:report_timing -removal -max_paths 25 -max_common_paths 1

No removal paths to report!

Minimum Pulse Width Report:

Report Command:report_min_pulse_width -nworst 10 -detail

MPW1

MPW Summary:

Slack: 3.152
Actual Width: 4.152
Required Width: 1.000
Type: Low Pulse Width
Clock: clk
Objects: mem_data_1_mem_data_1_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
7.008 1.321 tNET FF mem_data_1_mem_data_1_0_0_s/CLK

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.160 0.485 tNET RR mem_data_1_mem_data_1_0_0_s/CLK

MPW2

MPW Summary:

Slack: 3.161
Actual Width: 4.161
Required Width: 1.000
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
6.999 1.312 tNET FF FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.160 0.485 tNET RR FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA

MPW3

MPW Summary:

Slack: 3.163
Actual Width: 4.163
Required Width: 1.000
Type: High Pulse Width
Clock: clk
Objects: mem_data_1_mem_data_1_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR clk_ibuf/I
0.683 0.683 tINS RR clk_ibuf/O
2.005 1.322 tNET RR mem_data_1_mem_data_1_0_0_s/CLK

Early clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.677 0.678 tINS FF clk_ibuf/O
6.167 0.490 tNET FF mem_data_1_mem_data_1_0_0_s/CLK

MPW4

MPW Summary:

Slack: 3.167
Actual Width: 4.167
Required Width: 1.000
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
6.990 1.302 tNET FF FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKB

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.156 0.481 tNET RR FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKB

MPW5

MPW Summary:

Slack: 3.172
Actual Width: 4.172
Required Width: 1.000
Type: High Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR clk_ibuf/I
0.683 0.683 tINS RR clk_ibuf/O
1.995 1.313 tNET RR FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA

Early clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.677 0.678 tINS FF clk_ibuf/O
6.167 0.490 tNET FF FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKA

MPW6

MPW Summary:

Slack: 3.177
Actual Width: 4.177
Required Width: 1.000
Type: High Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s

Late clock Path:

AT DELAY TYPE RF NODE
0.000 0.000 active clock edge time
0.000 0.000 clk
0.000 0.000 tCL RR clk_ibuf/I
0.683 0.683 tINS RR clk_ibuf/O
1.986 1.303 tNET RR FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKB

Early clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.677 0.678 tINS FF clk_ibuf/O
6.163 0.486 tNET FF FP_Sqrt/FP_Sqrt_inst/exp_adelay[1]_exp_adelay[1]_0_0_s/CLKB

MPW7

MPW Summary:

Slack: 3.893
Actual Width: 4.143
Required Width: 0.250
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/result_reg_26_s0

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
7.047 1.359 tNET FF FP_Sqrt/FP_Sqrt_inst/result_reg_26_s0/CLK

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.190 0.515 tNET RR FP_Sqrt/FP_Sqrt_inst/result_reg_26_s0/CLK

MPW8

MPW Summary:

Slack: 3.893
Actual Width: 4.143
Required Width: 0.250
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/result_reg_12_s0

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
7.047 1.359 tNET FF FP_Sqrt/FP_Sqrt_inst/result_reg_12_s0/CLK

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.190 0.515 tNET RR FP_Sqrt/FP_Sqrt_inst/result_reg_12_s0/CLK

MPW9

MPW Summary:

Slack: 3.893
Actual Width: 4.143
Required Width: 0.250
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/result_reg_4_s0

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
7.047 1.359 tNET FF FP_Sqrt/FP_Sqrt_inst/result_reg_4_s0/CLK

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.190 0.515 tNET RR FP_Sqrt/FP_Sqrt_inst/result_reg_4_s0/CLK

MPW10

MPW Summary:

Slack: 3.893
Actual Width: 4.143
Required Width: 0.250
Type: Low Pulse Width
Clock: clk
Objects: FP_Sqrt/FP_Sqrt_inst/result_reg_8_s0

Late clock Path:

AT DELAY TYPE RF NODE
5.000 0.000 active clock edge time
5.000 0.000 clk
5.000 0.000 tCL FF clk_ibuf/I
5.688 0.688 tINS FF clk_ibuf/O
7.047 1.359 tNET FF FP_Sqrt/FP_Sqrt_inst/result_reg_8_s0/CLK

Early clock Path:

AT DELAY TYPE RF NODE
10.000 0.000 active clock edge time
10.000 0.000 clk
10.000 0.000 tCL RR clk_ibuf/I
10.675 0.675 tINS RR clk_ibuf/O
11.190 0.515 tNET RR FP_Sqrt/FP_Sqrt_inst/result_reg_8_s0/CLK

High Fanout Nets Report:

Report Command:report_high_fanout_nets -max_nets 10

FANOUT NET NAME WORST SLACK MAX DELAY
1802 clk_d -0.843 1.359
1669 n377_3 3.635 3.020
77 n621_4 3.766 1.929
54 n621_5 4.192 0.635
54 n621_5 2.186 1.459
54 n621_5 4.599 1.233
54 n621_6 4.867 1.256
54 n621_6 2.948 1.604
54 n621_5 4.523 0.954
54 n621_6 4.670 0.919

Route Congestions Report:

Report Command:report_route_congestion -max_grids 10

GRID LOC ROUTE CONGESTIONS
R12C6 62.50%
R25C9 61.11%
R29C12 61.11%
R12C5 58.33%
R16C29 58.33%
R21C8 58.33%
R11C5 56.94%
R13C26 56.94%
R29C10 55.56%
R29C14 55.56%

Timing Exceptions Report:

Setup Analysis Report

Report Command:report_exceptions -setup -max_paths 5 -max_common_paths 1

No timing exceptions to report!

Hold Analysis Report

Report Command:report_exceptions -hold -max_paths 5 -max_common_paths 1

No timing exceptions to report!

Recovery Analysis Report

Report Command:report_exceptions -recovery -max_paths 5 -max_common_paths 1

No timing exceptions to report!

Removal Analysis Report

Report Command:report_exceptions -removal -max_paths 5 -max_common_paths 1

No timing exceptions to report!

Timing Constraints Report:

SDC Command Type State Detail Command