#Build: Synplify Pro (R) Q-2020.03G-Beta1, Build 136R, May 11 2020
#install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
#OS: Windows 7 6.1
#Hostname: GW-SW-031

# Fri Nov 20 15:47:47 2020

#Implementation: rev_1


Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys HDL Compiler, Version comp202003syn, Build 137R, Built May 11 2020 09:06:37, @

@N: :  | Running in 64-bit mode 
###########################################################[

Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys Verilog Compiler, Version comp202003syn, Build 137R, Built May 11 2020 09:06:37, @

@N: :  | Running in 64-bit mode 
@N:CG1349 :  | Running Verilog Compiler in System Verilog mode 

@N:CG1350 :  | Running Verilog Compiler in Multiple File Compilation Unit mode 

@I::"C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro\lib\generic\gw2a.v" (library work)
@I::"C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro\lib\vlog\hypermods.v" (library __hyper__lib__)
@I::"C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro\lib\vlog\umr_capim.v" (library snps_haps)
@I::"C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro\lib\vlog\scemi_objects.v" (library snps_haps)
@I::"C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro\lib\vlog\scemi_pipes.svh" (library snps_haps)
@I::"E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\src\exp_iir.v" (library work)
@I::"E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\src\iir_filter\iir_filter.v" (library work)
@W:CG1347 : iir_filter.v(7066) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(7066) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(7075) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(6929) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(6921) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(9703) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(9703) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(9712) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20158) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20166) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20174) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20182) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20190) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20198) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20206) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20214) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20222) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20230) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20238) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20246) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20254) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20262) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20270) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20278) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20286) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20294) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20158) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20302) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20166) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20310) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20174) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20318) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20182) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20326) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20190) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20334) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20198) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20342) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20206) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20350) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20214) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20358) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20222) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20366) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20230) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20374) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20238) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20382) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20246) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20390) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20254) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20398) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20262) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20406) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20270) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20414) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20278) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20422) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20286) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20430) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20294) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20438) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20158) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20302) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20446) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20166) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20310) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20454) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20174) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20318) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20462) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20182) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20326) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20470) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20190) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20334) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20478) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20198) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20342) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20486) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20206) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20350) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20494) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20214) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20358) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20502) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20222) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20366) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20510) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20230) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20374) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20518) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20238) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20382) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20526) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20246) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20390) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20534) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20254) | Duplicate defparam INIT found ! Previously declared here.
@W:CG1347 : iir_filter.v(20398) | Duplicate defparam INIT found ! Previously declared here.

Only the first 100 messages of id 'CG1347' are reported. To see all messages use 'report_messages -log E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\impl\synthesize\rev_1\synlog\Ref_Design_compiler.srr -id CG1347' in the Tcl shell. To see all messages in future runs, use the command 'message_override -limit {CG1347} -count unlimited' in the Tcl shell.
Verilog syntax check successful!
Selecting top level module exp_iir
@N:CG364 : gw2a.v(2406) | Synthesizing module GSR in library work.
Running optimization stage 1 on GSR .......
Running optimization stage 1 on MUX2_LUT5 .......
Running optimization stage 1 on MUX2_LUT6 .......
Running optimization stage 1 on LUT4 .......
Running optimization stage 1 on LUT3 .......
Running optimization stage 1 on LUT2 .......
Running optimization stage 1 on DFFCE .......
Running optimization stage 1 on DFFP .......
Running optimization stage 1 on DFFPE .......
Running optimization stage 1 on DFFC .......
Running optimization stage 1 on RAM16SDP4 .......
Running optimization stage 1 on ALU .......
Running optimization stage 1 on INV .......
Running optimization stage 1 on DFFE .......
Running optimization stage 1 on RAM16S4 .......
Running optimization stage 1 on GND .......
Running optimization stage 1 on VCC .......
Running optimization stage 1 on delay_3s_18s .......
Running optimization stage 1 on delay_1s_1s .......
Running optimization stage 1 on delay_4s_18s .......
Running optimization stage 1 on delay_4s_18s_0 .......
Running optimization stage 1 on DFFR .......
Running optimization stage 1 on DFFS .......
Running optimization stage 1 on SPX9 .......
Running optimization stage 1 on \singlerate_coeff_rom_coeff_a_in.dat_12s_18s  .......
Running optimization stage 1 on \singlerate_coeff_rom_coeff_b_in.dat_12s_18s  .......
Running optimization stage 1 on delay_2s_1s .......
Running optimization stage 1 on delay_2s_1s_0 .......
Running optimization stage 1 on delay_1s_4s .......
Running optimization stage 1 on shift_reg_6s_18s .......
Running optimization stage 1 on shift_reg_6s_18s_3 .......
Running optimization stage 1 on shift_reg_6s_18s_0 .......

Only the first 100 messages of id 'CG360' are reported. To see all messages use 'report_messages -log E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\impl\synthesize\rev_1\synlog\Ref_Design_compiler.srr -id CG360' in the Tcl shell. To see all messages in future runs, use the command 'message_override -limit {CG360} -count unlimited' in the Tcl shell.
Running optimization stage 1 on shift_reg_6s_18s_3_0 .......
Running optimization stage 1 on delay_1s_18s .......
Running optimization stage 1 on delay_3s_18s_0 .......
Running optimization stage 1 on delay_3s_3s .......
Running optimization stage 1 on delay_1s_3s .......
Running optimization stage 1 on MULT18X18 .......
Running optimization stage 1 on dsp_Multiplier_18s_18s_36s .......
Running optimization stage 1 on dsp_Multiplier_18s_18s_36s_3 .......
Running optimization stage 1 on delay_1s_36s .......
Running optimization stage 1 on delay_1s_18s_0 .......
Running optimization stage 1 on delay_3s_18s_1 .......
Running optimization stage 1 on delay_1s_3s_0 .......
Running optimization stage 1 on delay_3s_3s_0 .......
Running optimization stage 1 on dsp_Multiplier_18s_18s_36s_0 .......
Running optimization stage 1 on dsp_Multiplier_18s_18s_36s_3_0 .......
Running optimization stage 1 on delay_1s_36s_0 .......
Running optimization stage 1 on syn_signal .......
Running optimization stage 1 on delay_1s_1s_1 .......
Running optimization stage 1 on syn_signal_0 .......
Running optimization stage 1 on delay_8s_1s .......
Running optimization stage 1 on delay_3s_1s .......
Running optimization stage 1 on delay_4s_1s .......
Running optimization stage 1 on data_round_36s_18s_2s_17s_21s_16s .......
Running optimization stage 1 on iir_direct_form_ii .......
Running optimization stage 1 on IIR .......
@N:CG364 : iir_filter.v(27029) | Synthesizing module IIR_Filter_Top in library work.
Running optimization stage 1 on IIR_Filter_Top .......
@N:CG364 : exp_iir.v(2) | Synthesizing module exp_iir in library work.
Opening data file data_in.dat from directory E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\src
@W:CG532 : exp_iir.v(62) | Within an initial block, only Verilog force statements and memory $readmemh/$readmemb initialization statements are recognized, and all other content is ignored.
@N:CG179 : exp_iir.v(73) | Removing redundant assignment.
@W:CS263 : exp_iir.v(113) | Port-width mismatch for port coeff_a. The port definition is 32 bits, but the actual port connection bit width is 18. Adjust either the definition or the instantiation of this port.
@W:CS263 : exp_iir.v(114) | Port-width mismatch for port coeff_b. The port definition is 32 bits, but the actual port connection bit width is 18. Adjust either the definition or the instantiation of this port.
Running optimization stage 1 on exp_iir .......
Running optimization stage 2 on exp_iir .......
Running optimization stage 2 on IIR_Filter_Top .......
@W:CL246 : iir_filter.v(27063) | Input port bits 31 to 18 of coeff_a[31:0] are unused. Assign logic for all port bits or change the input port size.
@W:CL246 : iir_filter.v(27064) | Input port bits 31 to 18 of coeff_b[31:0] are unused. Assign logic for all port bits or change the input port size.
@N:CL159 : iir_filter.v(27062) | Input coeff_set is unused.
Running optimization stage 2 on IIR .......
Running optimization stage 2 on iir_direct_form_ii .......
Running optimization stage 2 on data_round_36s_18s_2s_17s_21s_16s .......
Running optimization stage 2 on delay_4s_1s .......
Running optimization stage 2 on delay_3s_1s .......
Running optimization stage 2 on delay_8s_1s .......
Running optimization stage 2 on syn_signal_0 .......
Running optimization stage 2 on delay_1s_1s_1 .......
Running optimization stage 2 on syn_signal .......
Running optimization stage 2 on delay_1s_36s_0 .......
Running optimization stage 2 on dsp_Multiplier_18s_18s_36s_3_0 .......
Running optimization stage 2 on dsp_Multiplier_18s_18s_36s_0 .......
Running optimization stage 2 on delay_3s_3s_0 .......
Running optimization stage 2 on delay_1s_3s_0 .......
Running optimization stage 2 on delay_3s_18s_1 .......
Running optimization stage 2 on delay_1s_18s_0 .......
Running optimization stage 2 on delay_1s_36s .......
Running optimization stage 2 on dsp_Multiplier_18s_18s_36s_3 .......
Running optimization stage 2 on dsp_Multiplier_18s_18s_36s .......
Running optimization stage 2 on MULT18X18 .......
Running optimization stage 2 on delay_1s_3s .......
Running optimization stage 2 on delay_3s_3s .......
Running optimization stage 2 on delay_3s_18s_0 .......
Running optimization stage 2 on delay_1s_18s .......
Running optimization stage 2 on shift_reg_6s_18s_3_0 .......
Running optimization stage 2 on shift_reg_6s_18s_0 .......
Running optimization stage 2 on shift_reg_6s_18s_3 .......
Running optimization stage 2 on shift_reg_6s_18s .......
Running optimization stage 2 on delay_1s_4s .......
Running optimization stage 2 on delay_2s_1s_0 .......
Running optimization stage 2 on delay_2s_1s .......
Running optimization stage 2 on \singlerate_coeff_rom_coeff_b_in.dat_12s_18s  .......
Running optimization stage 2 on \singlerate_coeff_rom_coeff_a_in.dat_12s_18s  .......
Running optimization stage 2 on SPX9 .......
Running optimization stage 2 on DFFS .......
Running optimization stage 2 on DFFR .......
Running optimization stage 2 on delay_4s_18s_0 .......
Running optimization stage 2 on delay_4s_18s .......
Running optimization stage 2 on delay_1s_1s .......
Running optimization stage 2 on delay_3s_18s .......
Running optimization stage 2 on VCC .......
Running optimization stage 2 on GND .......
Running optimization stage 2 on RAM16S4 .......
Running optimization stage 2 on DFFE .......
Running optimization stage 2 on INV .......
Running optimization stage 2 on ALU .......
Running optimization stage 2 on RAM16SDP4 .......
Running optimization stage 2 on DFFC .......
Running optimization stage 2 on DFFPE .......
Running optimization stage 2 on DFFP .......
Running optimization stage 2 on DFFCE .......
Running optimization stage 2 on LUT2 .......
Running optimization stage 2 on LUT3 .......
Running optimization stage 2 on LUT4 .......
Running optimization stage 2 on MUX2_LUT6 .......
Running optimization stage 2 on MUX2_LUT5 .......
Running optimization stage 2 on GSR .......

For a summary of runtime and memory usage per design unit, please see file:
==========================================================
Linked File:  layer0.rt.csv


At c_ver Exit (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 115MB peak: 115MB)

Process took 0h:00m:03s realtime, 0h:00m:03s cputime

Process completed successfully.
# Fri Nov 20 15:47:51 2020

###########################################################]
###########################################################[

Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys Synopsys Netlist Linker, Version comp202003syn, Build 137R, Built May 11 2020 09:06:37, @

@N: :  | Running in 64-bit mode 
@N:NF107 : exp_iir.v(2) | Selected library: work cell: exp_iir view verilog as top level
@N:NF107 : exp_iir.v(2) | Selected library: work cell: exp_iir view verilog as top level

At syn_nfilter Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 97MB peak: 97MB)

Process took 0h:00m:01s realtime, 0h:00m:01s cputime

Process completed successfully.
# Fri Nov 20 15:47:51 2020

###########################################################]

For a summary of runtime and memory usage for all design units, please see file:
==========================================================
Linked File:  Ref_Design_comp.rt.csv

@END

At c_hdl Exit (Real Time elapsed 0h:00m:04s; CPU Time elapsed 0h:00m:04s; Memory used current: 22MB peak: 22MB)

Process took 0h:00m:04s realtime, 0h:00m:04s cputime

Process completed successfully.
# Fri Nov 20 15:47:51 2020

###########################################################]

###########################################################[

Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys Synopsys Netlist Linker, Version comp202003syn, Build 137R, Built May 11 2020 09:06:37, @

@N: :  | Running in 64-bit mode 
@N:NF107 : exp_iir.v(2) | Selected library: work cell: exp_iir view verilog as top level
@N:NF107 : exp_iir.v(2) | Selected library: work cell: exp_iir view verilog as top level

At syn_nfilter Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 99MB peak: 99MB)

Process took 0h:00m:01s realtime, 0h:00m:01s cputime

Process completed successfully.
# Fri Nov 20 15:47:53 2020

###########################################################]

Premap Report

# Fri Nov 20 15:47:53 2020


Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys Generic Technology Pre-mapping, Version mapgw2020q1p1, Build 004R, Built Jun 18 2020 10:25:53, @


Mapper Startup Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 118MB peak: 118MB)

@A:MF827 :  | No constraint file specified. 
Linked File:  Ref_Design_scck.rpt
See clock summary report "E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\impl\synthesize\rev_1\Ref_Design_scck.rpt"
@N:MF916 :  | Option synthesis_strategy=base is enabled.  
@N:MF248 :  | Running in 64-bit mode. 
@N:MF666 :  | Clock conversion enabled. (Command "set_option -fix_gated_and_generated_clocks 1" in the project file.) 

Design Input Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 136MB peak: 136MB)


Mapper Initialization Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 136MB peak: 136MB)


Start loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 136MB peak: 136MB)


Finished loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 148MB peak: 150MB)


Starting clock optimization phase (Real Time elapsed 0h:00m:01s; CPU Time elapsed 0h:00m:01s; Memory used current: 231MB peak: 231MB)


Finished clock optimization phase (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:01s; Memory used current: 231MB peak: 231MB)


Starting clock optimization report phase (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:01s; Memory used current: 231MB peak: 231MB)


Finished clock optimization report phase (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:01s; Memory used current: 231MB peak: 231MB)


Finished netlist restructuring (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:01s; Memory used current: 231MB peak: 231MB)



Clock Summary
******************

          Start               Requested     Requested     Clock        Clock                     Clock
Level     Clock               Frequency     Period        Type         Group                     Load 
------------------------------------------------------------------------------------------------------
0 -       exp_iir|SYM_CLK     80.1 MHz      12.490        inferred     Autoconstr_clkgroup_0     1396 
======================================================================================================



Clock Load Summary
***********************

                    Clock     Source            Clock Pin       Non-clock Pin     Non-clock Pin
Clock               Load      Pin               Seq Example     Seq Example       Comb Example 
-----------------------------------------------------------------------------------------------
exp_iir|SYM_CLK     1396      SYM_CLK(port)     pstart.C        -                 -            
===============================================================================================


ICG Latch Removal Summary:
Number of ICG latches removed: 0
Number of ICG latches not removed:	0


@S |Clock Optimization Summary



#### START OF PREMAP CLOCK OPTIMIZATION REPORT #####[

1 non-gated/non-generated clock tree(s) driving 1396 clock pin(s) of sequential element(s)
0 gated/generated clock tree(s) driving 0 clock pin(s) of sequential element(s)
0 instances converted, 0 sequential instances remain driven by gated/generated clocks

=========================== Non-Gated/Non-Generated Clocks ============================
Clock Tree ID     Driving Element     Drive Element Type     Fanout     Sample Instance
---------------------------------------------------------------------------------------
ClockId_0_0       SYM_CLK             port                   1396       addr[19:0]     
=======================================================================================


##### END OF CLOCK OPTIMIZATION REPORT ######

@N:FX1143 :  | Skipping assigning INTERNAL_VREF to iobanks, because the table of mapping from pin to iobank is not initialized. 
Finished Pre Mapping Phase.
@N:BN225 :  | Writing default property annotation file E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\impl\synthesize\rev_1\Ref_Design.sap. 

Starting constraint checker (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 232MB peak: 233MB)


Finished constraint checker preprocessing (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 232MB peak: 233MB)


Finished constraint checker (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 232MB peak: 233MB)

Pre-mapping successful!

At Mapper Exit (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 154MB peak: 234MB)

Process took 0h:00m:03s realtime, 0h:00m:03s cputime
# Fri Nov 20 15:47:57 2020

###########################################################]

Map & Optimize Report

# Fri Nov 20 15:47:58 2020


Copyright (C) 1994-2020 Synopsys, Inc.
This Synopsys software and all associated documentation are proprietary to Synopsys, Inc.
and may only be used pursuant to the terms and conditions of a written license agreement
with Synopsys, Inc. All other use, reproduction, modification, or distribution of the
Synopsys software or the associated documentation is strictly prohibited.
Tool: Synplify Pro (R)
Build: Q-2020.03G-Beta1
Install: C:\Gowin\Gowin_V1.9.7.01Beta\SynplifyPro
OS: Windows 6.1

Hostname: GW-SW-031

Implementation : rev_1
Synopsys Generic Technology Mapper, Version mapgw2020q1p1, Build 004R, Built Jun 18 2020 10:25:53, @


Mapper Startup Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 118MB peak: 118MB)

@N:MF916 :  | Option synthesis_strategy=base is enabled.  
@N:MF248 :  | Running in 64-bit mode. 
@N:MF666 :  | Clock conversion enabled. (Command "set_option -fix_gated_and_generated_clocks 1" in the project file.) 

Design Input Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 122MB peak: 129MB)


Mapper Initialization Complete (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 122MB peak: 129MB)


Start loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 124MB peak: 129MB)


Finished loading timing files (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 137MB peak: 139MB)



Starting Optimization and Mapping (Real Time elapsed 0h:00m:01s; CPU Time elapsed 0h:00m:01s; Memory used current: 225MB peak: 225MB)


Available hyper_sources - for debug and ip models
	None Found

@N:MT206 :  | Auto Constrain mode is enabled 

Finished RTL optimizations (Real Time elapsed 0h:00m:01s; CPU Time elapsed 0h:00m:01s; Memory used current: 237MB peak: 237MB)


Starting factoring (Real Time elapsed 0h:00m:01s; CPU Time elapsed 0h:00m:01s; Memory used current: 239MB peak: 239MB)


Finished factoring (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:02s; Memory used current: 239MB peak: 239MB)


Finished generic timing optimizations - Pass 1 (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:02s; Memory used current: 239MB peak: 239MB)


Starting Early Timing Optimization (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:02s; Memory used current: 239MB peak: 239MB)


Finished Early Timing Optimization (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 239MB peak: 240MB)


Finished generic timing optimizations - Pass 2 (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 239MB peak: 240MB)

@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_00 = 000083600003CA300003BC2600022336000040EC0003E9910000F8EF0003ADA3.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_01 = 0003364900007F730002E4270003947B0000D140000077DF000043B90003CC96.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_02 = 00000B02000354D300000EC200035F530000D4F20003224E000038BB000029E3.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_03 = 0003CDA20003B2F40002A498000081BC0003670C0002881F000347060003EEBC.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_04 = 0003D1E500014E7E00010A7200037312000077CE00004CFD00035DAB00006964.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_05 = 000390A40003DB630003C0EB0000A32F00006A61000022DF00033EBF0000EA3C.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_06 = 0000C0F0000381E80003BCE3000116630000FB8E0000FCF60002D817000056CA.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_07 = 000355AD0003C3C40003A3870000AA400003FBBF00036AAB000332DE0003AE83.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_08 = 0003B43F00006F0C00034B9500004BA60003C5D900000C0500007F140003A8A6.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_09 = 0000C50000000E85000074440000B784000033890003C56200037B4900005E8B.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0A = 000080800000CD820000B5B80003D6C000000E1200028EDE00038F960000BE91.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0B = 000049440003C1DE00039E380000AEA8000302D20003DC7D000361DF000361C3.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0C = 0000B79F00036B350003EDF10003D8D60003F77D000057620003D07C00002809.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0D = 00006CB900006D480003A0B0000394540003E5F200035EF6000116F700007B24.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0E = 0003ECE80000029B00006E0C000047080003A3750000506F0000B47D00012777.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_0F = 0002DA2B00013ADB0000A318000070C80003F16A000047700003C2FD000150DD.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_10 = 0001FFFF0003F8260003F35D00032F90000071410003C19E0003B1680003C0FF.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_11 = 0000108D000000B800003A3E0000204100006D180000B66E000035B100004BCB.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_12 = 0003F33E0003654900000C29000054B800036B450000AEB5000081A30003C0AB.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_13 = 0000FEEE0001226D0000BEB8000331E2000005EB0002ED320003AFEE000030EB.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_14 = 0003AE7E000107940000FE4900011F440003F17E00005EA20003E58E00001179.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_15 = 0000654A0003CCEB000023B9000362AE0003D2630003C1580000324D0003C0FC.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_16 = 00037F9A0003FA400003342000031F0900001B8B0003ADD000000FA200030DBC.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_17 = 000388FC0003B8BC0003AF5100015E3A000009CA000332950003C57F000343A8.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_18 = 0000FEB6000053B30000DADE0000A76F0000848800005923000346620003BA8A.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_19 = 00031C8E000300C20002E2400000039A0003389F000120AD0002EE4D0003D67B.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1A = 0003A5410000AF80000394460000C6A70003715D0002A3E7000049D8000191FF.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1B = 000005B700008A990003351A0000ACEE00001A4200005CFF0002CF4C00036D00.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1C = 000058160003F35600002C900003F2C40003A5E00003FEDB0000A5B80003B32B.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1D = 0000F72B0003E3FE0000ADA3000059270002EAF500010BC600003774000028C9.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1E = 0003EABD000046BE0003F52B000396D50003A1F00003F1F5000394C5000388E5.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_1F = 000381A90000CF8800035F4A00004837000064D6000056C100009B180000A4BF.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_20 = 0003679B00038E970000B66500035BC500031BDA0003ECF8000095FC0000B2AF.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_21 = 0003F6D1000015B900038BAB00003D370003A2F90003D91500036AD30003E8DB.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_22 = 0000C0F80003B7270003B64D0003E3D000036566000040470003BBB60003A4BB.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_23 = 0003F856000000B10002B59E0000262B000089E40003A26500036A2A0003B59E.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_24 = 0003C0A70003B02F00004E1A000078550003CE70000051A20000439B0000B400.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_25 = 0000E2C00002DC6900002C0A00004EB400001FDF0000CF6A0002A0B20000E235.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_26 = 00003ECB0002EC3E0002EE7A00035DF9000361180003555B000068B100008FB9.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_27 = 0000D3F400013058000015F600001FCF000087170003F9D000004A720000297E.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_28 = 0000FD0A00006DDF0003EAA50000B92A0003B25D0000259800037F2100030115.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_29 = 0003FC6000034F5A0003587B0000810600002D2E000042A30003DD5100007991.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2A = 00030646000330DC0003A9610003BE590003C74B0001511D00001B4800035253.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2B = 00039E000000805B0002C79A00000AD30003D91B0000217500002B1C00031825.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2C = 00000DF900008B5000001F22000368F30000F1980003E7B2000081750000A40E.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2D = 00010C7E000040FB0003A09C0000317B00002EE3000019CD0003ECB9000037A7.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2E = 0003A20E0003482A0003EAF300000CF10003D29B0003524F00011B420003EB31.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_2F = 0003B4880003C1570003960400034C020003782900000DC10003A364000385C9.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_30 = 0003FF720003A2F90000743400010AFD0003BB8200002CD50000659D0003BBD7.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_31 = 00012EAD000065A200037AE2000022C50003C4DD0003B33E0000465B00003146.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_32 = 0003B2200003A4DB0000BAA9000382AA0001E4320003CD2500008E7D00012120.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_33 = 0000AC5300002DF600007FAC000382400003925300033E5B000091720000A162.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_34 = 00004D8E0000FC720003D0D20003A83F0003FDF0000027C00000909A00020000.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_35 = 000012C60000E23B0003844E00039D5E0002DAAC0003C33B0000846100006614.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_36 = 0000090E0000DD53000070DE00009F7400001F3C00006B070003BFB1000090F6.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_37 = 0000302F0000E8E0000036E9000120340003CA900003010A00037F06000103F3.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_38 = 0003C7B70002CFCC0003A972000058DB0001132A00000C510000510800002B5E.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_39 = 0003611E000133AF00003B350003B143000302500000827E0001AC7200032FB3.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_3A = 0000FB5600016C7B0000B3220003EBAA000004750003B62300003A5E0003C966.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_3B = 0002E97B0000EE81000318E30001B58F000087540003D7B000004AD800002804.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_3C = 000079B900007C400000075E0000433D0003BFD900035AAD0000D2490002FA62.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_3D = 0000A2A40000385900014A3A0003D3700000713500011AB20000350200003FD0.
@N:FX276 : exp_iir.v(98) | Initial value din_2_0_0.INIT_RAM_3E = 000000000000000000000000000000000003EF3A00000017000383E30003C64C.
@N:FX211 :  | Packed ROM din_2_0[17:0] (9 input, 18 output) to Block SelectRAM  
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_2 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_4 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_6 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_8 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_10 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_12 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_14 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_16 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_18 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_20 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_22 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_24 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_26 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_28 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_30 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_32 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.
@W:BN132 : exp_iir.v(98) | Removing instance din_2_0_0_34 because it is equivalent to instance din_2_0_0_0. To keep the instance, apply constraint syn_preserve=1 on the instance.

Finished preparing to map (Real Time elapsed 0h:00m:03s; CPU Time elapsed 0h:00m:03s; Memory used current: 240MB peak: 240MB)


Finished technology mapping (Real Time elapsed 0h:00m:04s; CPU Time elapsed 0h:00m:04s; Memory used current: 240MB peak: 240MB)

Pass		 CPU time		Worst Slack		Luts / Registers
------------------------------------------------------------
   1		0h:00m:04s		    -3.35ns		1163 /        33
   2		0h:00m:04s		    -3.35ns		1163 /        33

   3		0h:00m:04s		    -1.65ns		1170 /        33

   4		0h:00m:04s		    -1.65ns		1169 /        33

Finished technology timing optimizations and critical path resynthesis (Real Time elapsed 0h:00m:04s; CPU Time elapsed 0h:00m:04s; Memory used current: 241MB peak: 241MB)

@N:FX164 :  | The option to pack registers in the IOB has not been specified. Please set syn_useioff attribute.   

Finished restoring hierarchy (Real Time elapsed 0h:00m:05s; CPU Time elapsed 0h:00m:05s; Memory used current: 241MB peak: 241MB)


Start Writing Netlists (Real Time elapsed 0h:00m:05s; CPU Time elapsed 0h:00m:05s; Memory used current: 159MB peak: 242MB)

Writing Analyst data base E:\myWork\IP\releaseVerify\V1.9.7.01\Gowin_IIR_Filter_RefDesign\Ref_Design\impl\synthesize\rev_1\synwork\Ref_Design_m.srm

Finished Writing Netlist Databases (Real Time elapsed 0h:00m:07s; CPU Time elapsed 0h:00m:07s; Memory used current: 239MB peak: 242MB)

Writing Verilog Simulation files

Writing scf file... (Real Time elapsed 0h:00m:08s; CPU Time elapsed 0h:00m:08s; Memory used current: 240MB peak: 242MB)

@N:BW103 :  | The default time unit for the Synopsys Constraint File (SDC or FDC) is 1ns. 
@N:BW107 :  | Synopsys Constraint File capacitance units using default value of 1pF  

Finished Writing Verilog Simulation files (Real Time elapsed 0h:00m:09s; CPU Time elapsed 0h:00m:09s; Memory used current: 240MB peak: 242MB)


Start final timing analysis (Real Time elapsed 0h:00m:09s; CPU Time elapsed 0h:00m:09s; Memory used current: 236MB peak: 242MB)

@W:MT420 :  | Found inferred clock exp_iir|SYM_CLK with period 6.67ns. Please declare a user-defined clock on port SYM_CLK. 


##### START OF TIMING REPORT #####[
# Timing report written on Fri Nov 20 15:48:08 2020
#


Top view:               exp_iir
Requested Frequency:    150.0 MHz
Wire load mode:         top
Paths requested:        5
Constraint File(s):    
@N:MT320 :  | This timing report is an estimate of place and route data. For final timing results, use the FPGA vendor place and route report. 

@N:MT322 :  | Clock constraints include only register-to-register paths associated with each individual clock. 



Performance Summary
*******************


Worst slack in design: -1.272

                    Requested     Estimated     Requested     Estimated                Clock        Clock                
Starting Clock      Frequency     Frequency     Period        Period        Slack      Type         Group                
-------------------------------------------------------------------------------------------------------------------------
exp_iir|SYM_CLK     150.0 MHz     126.0 MHz     6.667         7.939         -1.272     inferred     Autoconstr_clkgroup_0
=========================================================================================================================





Clock Relationships
*******************

Clocks                            |    rise  to  rise    |    fall  to  fall   |    rise  to  fall   |    fall  to  rise 
-------------------------------------------------------------------------------------------------------------------------
Starting         Ending           |  constraint  slack   |  constraint  slack  |  constraint  slack  |  constraint  slack
-------------------------------------------------------------------------------------------------------------------------
exp_iir|SYM_CLK  exp_iir|SYM_CLK  |  6.667       -1.272  |  No paths    -      |  No paths    -      |  No paths    -    
=========================================================================================================================
 Note: 'No paths' indicates there are no paths in the design for that pair of clock edges.
       'Diff grp' indicates that paths exist but the starting clock and ending clock are in different clock groups.



Interface Information 
*********************

No IO constraint found



====================================
Detailed Report for Clock: exp_iir|SYM_CLK
====================================



Starting Points with Worst Slack
********************************

                                                                                                   Starting                                                         Arrival           
Instance                                                                                           Reference           Type      Pin     Net                        Time        Slack 
                                                                                                   Clock                                                                              
--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]     exp_iir|SYM_CLK     DFFCE     Q       ANB1                       0.243       -1.272
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[1\]     exp_iir|SYM_CLK     DFFCE     Q       ANB0                       0.243       -1.251
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1rff_8                                                exp_iir|SYM_CLK     DFFCE     Q       rmem_b_1ro_8               0.243       -1.030
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[0\]     exp_iir|SYM_CLK     DFFCE     Q       Z\\cnt_tdm_x_d\[1\][0]     0.243       -1.010
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1rff_9                                                exp_iir|SYM_CLK     DFFCE     Q       rmem_b_1ro_9               0.243       -0.922
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dout_r_Z\[33\]                                             exp_iir|SYM_CLK     DFFCE     Q       dout_r[33]                 0.243       -0.581
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dout_r_fast_Z\[17\]                                        exp_iir|SYM_CLK     DFFCE     Q       dout_r_fast[17]            0.243       -0.538
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dout_r_fast_Z\[16\]                                        exp_iir|SYM_CLK     DFFCE     Q       dout_r_fast[16]            0.243       -0.517
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dout_r_fast_Z\[21\]                                        exp_iir|SYM_CLK     DFFCE     Q       dout_r_fast[21]            0.243       -0.503
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dout_r_fast_Z\[20\]                                        exp_iir|SYM_CLK     DFFCE     Q       dout_r_fast[20]            0.243       -0.482
======================================================================================================================================================================================


Ending Points with Worst Slack
******************************

                                                                                                    Starting                                                           Required           
Instance                                                                                            Reference           Type     Pin     Net                           Time         Slack 
                                                                                                    Clock                                                                                 
------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_s_35_0_SUM_0       6.606        -1.272
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[34\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_34_0_SUM_0     6.606        -1.237
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[33\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_33_0_SUM_0     6.606        -1.202
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[32\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_32_0_SUM_0     6.606        -1.167
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[31\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_31_0_SUM_0     6.606        -1.132
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[30\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_30_0_SUM_0     6.606        -1.097
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[29\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_29_0_SUM_0     6.606        -1.062
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[28\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_28_0_SUM_0     6.606        -1.027
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[27\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_27_0_SUM_0     6.606        -0.992
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[26\]     exp_iir|SYM_CLK     DFFC     D       un2_dout_r_cry_26_0_SUM_0     6.606        -0.957
==========================================================================================================================================================================================



Worst Path Information
View Worst Path in Analyst
***********************


Path information for path number 1: 
      Requested Period:                      6.667
    - Setup time:                            0.061
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         6.606

    - Propagation time:                      7.878
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -1.272

    Number of logic level(s):                40
    Starting point:                          IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\] / Q
    Ending point:                            IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\] / D
    The start point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK
    The end   point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK

Instance / Net                                                                                                                     Pin         Pin               Arrival     No. of    
Name                                                                                                                 Type          Name        Dir     Delay     Time        Fan Out(s)
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]                       DFFCE         Q           Out     0.243     0.243 r     -         
ANB1                                                                                                                 Net           -           -       0.535     -           4         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          I1          In      -         0.778 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          F           Out     0.570     1.348 r     -         
dReg_0__RNI7BLK[2]                                                                                                   Net           -           -       0.535     -           6         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          I0          In      -         1.883 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          F           Out     0.549     2.432 r     -         
rmem_b_1ror_1                                                                                                        Net           -           -       0.596     -           18        
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[0\]               LUT4          I1          In      -         3.028 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[0\]               LUT4          F           Out     0.570     3.598 r     -         
rmem_b_1[0]                                                                                                          Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     B[0]        In      -         4.133 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     DOUT[0]     Out     0.466     4.599 r     -         
Z\\un3_dout_r_mulonly_0\[35\:0\]_DOUT_0[0]                                                                           Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           I0          In      -         5.134 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           COUT        Out     0.549     5.683 r     -         
un2_dout_r_cry_0_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           CIN         In      -         5.683 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           COUT        Out     0.035     5.718 r     -         
un2_dout_r_cry_1_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           CIN         In      -         5.718 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           COUT        Out     0.035     5.753 r     -         
un2_dout_r_cry_2_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           CIN         In      -         5.753 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           COUT        Out     0.035     5.788 r     -         
un2_dout_r_cry_3_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           CIN         In      -         5.788 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           COUT        Out     0.035     5.823 r     -         
un2_dout_r_cry_4_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           CIN         In      -         5.823 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           COUT        Out     0.035     5.858 r     -         
un2_dout_r_cry_5_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           CIN         In      -         5.858 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           COUT        Out     0.035     5.893 r     -         
un2_dout_r_cry_6_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           CIN         In      -         5.893 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           COUT        Out     0.035     5.928 r     -         
un2_dout_r_cry_7_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           CIN         In      -         5.928 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           COUT        Out     0.035     5.963 r     -         
un2_dout_r_cry_8_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           CIN         In      -         5.963 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           COUT        Out     0.035     5.998 r     -         
un2_dout_r_cry_9_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           CIN         In      -         5.998 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           COUT        Out     0.035     6.033 r     -         
un2_dout_r_cry_10_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           CIN         In      -         6.033 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           COUT        Out     0.035     6.068 r     -         
un2_dout_r_cry_11_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           CIN         In      -         6.068 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           COUT        Out     0.035     6.103 r     -         
un2_dout_r_cry_12_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           CIN         In      -         6.103 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           COUT        Out     0.035     6.138 r     -         
un2_dout_r_cry_13_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           CIN         In      -         6.138 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           COUT        Out     0.035     6.173 r     -         
un2_dout_r_cry_14_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           CIN         In      -         6.173 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           COUT        Out     0.035     6.208 r     -         
un2_dout_r_cry_15_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           CIN         In      -         6.208 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           COUT        Out     0.035     6.243 r     -         
un2_dout_r_cry_16_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           CIN         In      -         6.243 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           COUT        Out     0.035     6.278 r     -         
un2_dout_r_cry_17_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           CIN         In      -         6.278 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           COUT        Out     0.035     6.313 r     -         
un2_dout_r_cry_18_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           CIN         In      -         6.313 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           COUT        Out     0.035     6.348 r     -         
un2_dout_r_cry_19_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           CIN         In      -         6.348 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           COUT        Out     0.035     6.383 r     -         
un2_dout_r_cry_20_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           CIN         In      -         6.383 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           COUT        Out     0.035     6.418 r     -         
un2_dout_r_cry_21_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           CIN         In      -         6.418 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           COUT        Out     0.035     6.453 r     -         
un2_dout_r_cry_22_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           CIN         In      -         6.453 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           COUT        Out     0.035     6.488 r     -         
un2_dout_r_cry_23_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           CIN         In      -         6.488 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           COUT        Out     0.035     6.523 r     -         
un2_dout_r_cry_24_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           CIN         In      -         6.523 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           COUT        Out     0.035     6.558 r     -         
un2_dout_r_cry_25_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           CIN         In      -         6.558 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           COUT        Out     0.035     6.593 r     -         
un2_dout_r_cry_26_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           CIN         In      -         6.593 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           COUT        Out     0.035     6.628 r     -         
un2_dout_r_cry_27_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           CIN         In      -         6.628 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           COUT        Out     0.035     6.663 r     -         
un2_dout_r_cry_28_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           CIN         In      -         6.663 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           COUT        Out     0.035     6.698 r     -         
un2_dout_r_cry_29_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           CIN         In      -         6.698 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           COUT        Out     0.035     6.733 r     -         
un2_dout_r_cry_30_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           CIN         In      -         6.733 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           COUT        Out     0.035     6.768 r     -         
un2_dout_r_cry_31_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           CIN         In      -         6.768 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           COUT        Out     0.035     6.803 r     -         
un2_dout_r_cry_32_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           CIN         In      -         6.803 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           COUT        Out     0.035     6.838 r     -         
un2_dout_r_cry_33_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           CIN         In      -         6.838 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           COUT        Out     0.035     6.873 r     -         
un2_dout_r_cry_34_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           CIN         In      -         6.873 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           SUM         Out     0.470     7.343 f     -         
un2_dout_r_s_35_0_SUM_0                                                                                              Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]                      DFFC          D           In      -         7.878 f     -         
=======================================================================================================================================================================================
Total path delay (propagation time + setup) of 7.939 is 4.668(58.8%) logic and 3.271(41.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 2: 
      Requested Period:                      6.667
    - Setup time:                            0.061
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         6.606

    - Propagation time:                      7.878
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -1.272

    Number of logic level(s):                40
    Starting point:                          IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\] / Q
    Ending point:                            IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\] / D
    The start point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK
    The end   point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK

Instance / Net                                                                                                                     Pin         Pin               Arrival     No. of    
Name                                                                                                                 Type          Name        Dir     Delay     Time        Fan Out(s)
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]                       DFFCE         Q           Out     0.243     0.243 r     -         
ANB1                                                                                                                 Net           -           -       0.535     -           4         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          I1          In      -         0.778 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          F           Out     0.570     1.348 r     -         
dReg_0__RNI7BLK[2]                                                                                                   Net           -           -       0.535     -           6         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          I0          In      -         1.883 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          F           Out     0.549     2.432 r     -         
rmem_b_1ror_1                                                                                                        Net           -           -       0.596     -           18        
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[1\]               LUT4          I1          In      -         3.028 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[1\]               LUT4          F           Out     0.570     3.598 r     -         
rmem_b_1[1]                                                                                                          Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     B[1]        In      -         4.133 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     DOUT[0]     Out     0.466     4.599 r     -         
Z\\un3_dout_r_mulonly_0\[35\:0\]_DOUT_0[0]                                                                           Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           I0          In      -         5.134 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           COUT        Out     0.549     5.683 r     -         
un2_dout_r_cry_0_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           CIN         In      -         5.683 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           COUT        Out     0.035     5.718 r     -         
un2_dout_r_cry_1_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           CIN         In      -         5.718 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           COUT        Out     0.035     5.753 r     -         
un2_dout_r_cry_2_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           CIN         In      -         5.753 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           COUT        Out     0.035     5.788 r     -         
un2_dout_r_cry_3_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           CIN         In      -         5.788 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           COUT        Out     0.035     5.823 r     -         
un2_dout_r_cry_4_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           CIN         In      -         5.823 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           COUT        Out     0.035     5.858 r     -         
un2_dout_r_cry_5_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           CIN         In      -         5.858 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           COUT        Out     0.035     5.893 r     -         
un2_dout_r_cry_6_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           CIN         In      -         5.893 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           COUT        Out     0.035     5.928 r     -         
un2_dout_r_cry_7_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           CIN         In      -         5.928 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           COUT        Out     0.035     5.963 r     -         
un2_dout_r_cry_8_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           CIN         In      -         5.963 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           COUT        Out     0.035     5.998 r     -         
un2_dout_r_cry_9_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           CIN         In      -         5.998 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           COUT        Out     0.035     6.033 r     -         
un2_dout_r_cry_10_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           CIN         In      -         6.033 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           COUT        Out     0.035     6.068 r     -         
un2_dout_r_cry_11_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           CIN         In      -         6.068 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           COUT        Out     0.035     6.103 r     -         
un2_dout_r_cry_12_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           CIN         In      -         6.103 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           COUT        Out     0.035     6.138 r     -         
un2_dout_r_cry_13_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           CIN         In      -         6.138 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           COUT        Out     0.035     6.173 r     -         
un2_dout_r_cry_14_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           CIN         In      -         6.173 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           COUT        Out     0.035     6.208 r     -         
un2_dout_r_cry_15_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           CIN         In      -         6.208 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           COUT        Out     0.035     6.243 r     -         
un2_dout_r_cry_16_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           CIN         In      -         6.243 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           COUT        Out     0.035     6.278 r     -         
un2_dout_r_cry_17_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           CIN         In      -         6.278 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           COUT        Out     0.035     6.313 r     -         
un2_dout_r_cry_18_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           CIN         In      -         6.313 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           COUT        Out     0.035     6.348 r     -         
un2_dout_r_cry_19_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           CIN         In      -         6.348 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           COUT        Out     0.035     6.383 r     -         
un2_dout_r_cry_20_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           CIN         In      -         6.383 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           COUT        Out     0.035     6.418 r     -         
un2_dout_r_cry_21_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           CIN         In      -         6.418 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           COUT        Out     0.035     6.453 r     -         
un2_dout_r_cry_22_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           CIN         In      -         6.453 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           COUT        Out     0.035     6.488 r     -         
un2_dout_r_cry_23_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           CIN         In      -         6.488 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           COUT        Out     0.035     6.523 r     -         
un2_dout_r_cry_24_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           CIN         In      -         6.523 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           COUT        Out     0.035     6.558 r     -         
un2_dout_r_cry_25_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           CIN         In      -         6.558 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           COUT        Out     0.035     6.593 r     -         
un2_dout_r_cry_26_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           CIN         In      -         6.593 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           COUT        Out     0.035     6.628 r     -         
un2_dout_r_cry_27_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           CIN         In      -         6.628 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           COUT        Out     0.035     6.663 r     -         
un2_dout_r_cry_28_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           CIN         In      -         6.663 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           COUT        Out     0.035     6.698 r     -         
un2_dout_r_cry_29_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           CIN         In      -         6.698 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           COUT        Out     0.035     6.733 r     -         
un2_dout_r_cry_30_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           CIN         In      -         6.733 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           COUT        Out     0.035     6.768 r     -         
un2_dout_r_cry_31_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           CIN         In      -         6.768 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           COUT        Out     0.035     6.803 r     -         
un2_dout_r_cry_32_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           CIN         In      -         6.803 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           COUT        Out     0.035     6.838 r     -         
un2_dout_r_cry_33_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           CIN         In      -         6.838 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           COUT        Out     0.035     6.873 r     -         
un2_dout_r_cry_34_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           CIN         In      -         6.873 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           SUM         Out     0.470     7.343 f     -         
un2_dout_r_s_35_0_SUM_0                                                                                              Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]                      DFFC          D           In      -         7.878 f     -         
=======================================================================================================================================================================================
Total path delay (propagation time + setup) of 7.939 is 4.668(58.8%) logic and 3.271(41.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 3: 
      Requested Period:                      6.667
    - Setup time:                            0.061
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         6.606

    - Propagation time:                      7.878
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -1.272

    Number of logic level(s):                40
    Starting point:                          IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\] / Q
    Ending point:                            IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\] / D
    The start point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK
    The end   point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK

Instance / Net                                                                                                                     Pin         Pin               Arrival     No. of    
Name                                                                                                                 Type          Name        Dir     Delay     Time        Fan Out(s)
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]                       DFFCE         Q           Out     0.243     0.243 r     -         
ANB1                                                                                                                 Net           -           -       0.535     -           4         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          I1          In      -         0.778 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          F           Out     0.570     1.348 r     -         
dReg_0__RNI7BLK[2]                                                                                                   Net           -           -       0.535     -           6         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          I0          In      -         1.883 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          F           Out     0.549     2.432 r     -         
rmem_b_1ror_1                                                                                                        Net           -           -       0.596     -           18        
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[2\]               LUT4          I1          In      -         3.028 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[2\]               LUT4          F           Out     0.570     3.598 r     -         
rmem_b_1[2]                                                                                                          Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     B[2]        In      -         4.133 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     DOUT[0]     Out     0.466     4.599 r     -         
Z\\un3_dout_r_mulonly_0\[35\:0\]_DOUT_0[0]                                                                           Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           I0          In      -         5.134 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           COUT        Out     0.549     5.683 r     -         
un2_dout_r_cry_0_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           CIN         In      -         5.683 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           COUT        Out     0.035     5.718 r     -         
un2_dout_r_cry_1_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           CIN         In      -         5.718 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           COUT        Out     0.035     5.753 r     -         
un2_dout_r_cry_2_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           CIN         In      -         5.753 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           COUT        Out     0.035     5.788 r     -         
un2_dout_r_cry_3_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           CIN         In      -         5.788 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           COUT        Out     0.035     5.823 r     -         
un2_dout_r_cry_4_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           CIN         In      -         5.823 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           COUT        Out     0.035     5.858 r     -         
un2_dout_r_cry_5_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           CIN         In      -         5.858 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           COUT        Out     0.035     5.893 r     -         
un2_dout_r_cry_6_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           CIN         In      -         5.893 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           COUT        Out     0.035     5.928 r     -         
un2_dout_r_cry_7_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           CIN         In      -         5.928 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           COUT        Out     0.035     5.963 r     -         
un2_dout_r_cry_8_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           CIN         In      -         5.963 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           COUT        Out     0.035     5.998 r     -         
un2_dout_r_cry_9_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           CIN         In      -         5.998 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           COUT        Out     0.035     6.033 r     -         
un2_dout_r_cry_10_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           CIN         In      -         6.033 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           COUT        Out     0.035     6.068 r     -         
un2_dout_r_cry_11_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           CIN         In      -         6.068 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           COUT        Out     0.035     6.103 r     -         
un2_dout_r_cry_12_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           CIN         In      -         6.103 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           COUT        Out     0.035     6.138 r     -         
un2_dout_r_cry_13_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           CIN         In      -         6.138 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           COUT        Out     0.035     6.173 r     -         
un2_dout_r_cry_14_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           CIN         In      -         6.173 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           COUT        Out     0.035     6.208 r     -         
un2_dout_r_cry_15_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           CIN         In      -         6.208 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           COUT        Out     0.035     6.243 r     -         
un2_dout_r_cry_16_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           CIN         In      -         6.243 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           COUT        Out     0.035     6.278 r     -         
un2_dout_r_cry_17_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           CIN         In      -         6.278 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           COUT        Out     0.035     6.313 r     -         
un2_dout_r_cry_18_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           CIN         In      -         6.313 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           COUT        Out     0.035     6.348 r     -         
un2_dout_r_cry_19_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           CIN         In      -         6.348 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           COUT        Out     0.035     6.383 r     -         
un2_dout_r_cry_20_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           CIN         In      -         6.383 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           COUT        Out     0.035     6.418 r     -         
un2_dout_r_cry_21_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           CIN         In      -         6.418 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           COUT        Out     0.035     6.453 r     -         
un2_dout_r_cry_22_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           CIN         In      -         6.453 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           COUT        Out     0.035     6.488 r     -         
un2_dout_r_cry_23_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           CIN         In      -         6.488 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           COUT        Out     0.035     6.523 r     -         
un2_dout_r_cry_24_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           CIN         In      -         6.523 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           COUT        Out     0.035     6.558 r     -         
un2_dout_r_cry_25_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           CIN         In      -         6.558 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           COUT        Out     0.035     6.593 r     -         
un2_dout_r_cry_26_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           CIN         In      -         6.593 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           COUT        Out     0.035     6.628 r     -         
un2_dout_r_cry_27_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           CIN         In      -         6.628 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           COUT        Out     0.035     6.663 r     -         
un2_dout_r_cry_28_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           CIN         In      -         6.663 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           COUT        Out     0.035     6.698 r     -         
un2_dout_r_cry_29_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           CIN         In      -         6.698 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           COUT        Out     0.035     6.733 r     -         
un2_dout_r_cry_30_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           CIN         In      -         6.733 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           COUT        Out     0.035     6.768 r     -         
un2_dout_r_cry_31_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           CIN         In      -         6.768 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           COUT        Out     0.035     6.803 r     -         
un2_dout_r_cry_32_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           CIN         In      -         6.803 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           COUT        Out     0.035     6.838 r     -         
un2_dout_r_cry_33_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           CIN         In      -         6.838 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           COUT        Out     0.035     6.873 r     -         
un2_dout_r_cry_34_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           CIN         In      -         6.873 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           SUM         Out     0.470     7.343 f     -         
un2_dout_r_s_35_0_SUM_0                                                                                              Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]                      DFFC          D           In      -         7.878 f     -         
=======================================================================================================================================================================================
Total path delay (propagation time + setup) of 7.939 is 4.668(58.8%) logic and 3.271(41.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 4: 
      Requested Period:                      6.667
    - Setup time:                            0.061
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         6.606

    - Propagation time:                      7.878
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -1.272

    Number of logic level(s):                40
    Starting point:                          IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\] / Q
    Ending point:                            IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\] / D
    The start point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK
    The end   point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK

Instance / Net                                                                                                                     Pin         Pin               Arrival     No. of    
Name                                                                                                                 Type          Name        Dir     Delay     Time        Fan Out(s)
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]                       DFFCE         Q           Out     0.243     0.243 r     -         
ANB1                                                                                                                 Net           -           -       0.535     -           4         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          I1          In      -         0.778 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          F           Out     0.570     1.348 r     -         
dReg_0__RNI7BLK[2]                                                                                                   Net           -           -       0.535     -           6         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          I0          In      -         1.883 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          F           Out     0.549     2.432 r     -         
rmem_b_1ror_1                                                                                                        Net           -           -       0.596     -           18        
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[3\]               LUT4          I1          In      -         3.028 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[3\]               LUT4          F           Out     0.570     3.598 r     -         
rmem_b_1[3]                                                                                                          Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     B[3]        In      -         4.133 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     DOUT[0]     Out     0.466     4.599 r     -         
Z\\un3_dout_r_mulonly_0\[35\:0\]_DOUT_0[0]                                                                           Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           I0          In      -         5.134 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           COUT        Out     0.549     5.683 r     -         
un2_dout_r_cry_0_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           CIN         In      -         5.683 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           COUT        Out     0.035     5.718 r     -         
un2_dout_r_cry_1_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           CIN         In      -         5.718 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           COUT        Out     0.035     5.753 r     -         
un2_dout_r_cry_2_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           CIN         In      -         5.753 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           COUT        Out     0.035     5.788 r     -         
un2_dout_r_cry_3_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           CIN         In      -         5.788 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           COUT        Out     0.035     5.823 r     -         
un2_dout_r_cry_4_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           CIN         In      -         5.823 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           COUT        Out     0.035     5.858 r     -         
un2_dout_r_cry_5_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           CIN         In      -         5.858 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           COUT        Out     0.035     5.893 r     -         
un2_dout_r_cry_6_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           CIN         In      -         5.893 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           COUT        Out     0.035     5.928 r     -         
un2_dout_r_cry_7_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           CIN         In      -         5.928 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           COUT        Out     0.035     5.963 r     -         
un2_dout_r_cry_8_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           CIN         In      -         5.963 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           COUT        Out     0.035     5.998 r     -         
un2_dout_r_cry_9_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           CIN         In      -         5.998 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           COUT        Out     0.035     6.033 r     -         
un2_dout_r_cry_10_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           CIN         In      -         6.033 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           COUT        Out     0.035     6.068 r     -         
un2_dout_r_cry_11_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           CIN         In      -         6.068 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           COUT        Out     0.035     6.103 r     -         
un2_dout_r_cry_12_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           CIN         In      -         6.103 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           COUT        Out     0.035     6.138 r     -         
un2_dout_r_cry_13_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           CIN         In      -         6.138 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           COUT        Out     0.035     6.173 r     -         
un2_dout_r_cry_14_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           CIN         In      -         6.173 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           COUT        Out     0.035     6.208 r     -         
un2_dout_r_cry_15_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           CIN         In      -         6.208 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           COUT        Out     0.035     6.243 r     -         
un2_dout_r_cry_16_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           CIN         In      -         6.243 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           COUT        Out     0.035     6.278 r     -         
un2_dout_r_cry_17_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           CIN         In      -         6.278 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           COUT        Out     0.035     6.313 r     -         
un2_dout_r_cry_18_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           CIN         In      -         6.313 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           COUT        Out     0.035     6.348 r     -         
un2_dout_r_cry_19_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           CIN         In      -         6.348 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           COUT        Out     0.035     6.383 r     -         
un2_dout_r_cry_20_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           CIN         In      -         6.383 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           COUT        Out     0.035     6.418 r     -         
un2_dout_r_cry_21_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           CIN         In      -         6.418 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           COUT        Out     0.035     6.453 r     -         
un2_dout_r_cry_22_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           CIN         In      -         6.453 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           COUT        Out     0.035     6.488 r     -         
un2_dout_r_cry_23_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           CIN         In      -         6.488 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           COUT        Out     0.035     6.523 r     -         
un2_dout_r_cry_24_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           CIN         In      -         6.523 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           COUT        Out     0.035     6.558 r     -         
un2_dout_r_cry_25_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           CIN         In      -         6.558 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           COUT        Out     0.035     6.593 r     -         
un2_dout_r_cry_26_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           CIN         In      -         6.593 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           COUT        Out     0.035     6.628 r     -         
un2_dout_r_cry_27_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           CIN         In      -         6.628 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           COUT        Out     0.035     6.663 r     -         
un2_dout_r_cry_28_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           CIN         In      -         6.663 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           COUT        Out     0.035     6.698 r     -         
un2_dout_r_cry_29_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           CIN         In      -         6.698 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           COUT        Out     0.035     6.733 r     -         
un2_dout_r_cry_30_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           CIN         In      -         6.733 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           COUT        Out     0.035     6.768 r     -         
un2_dout_r_cry_31_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           CIN         In      -         6.768 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           COUT        Out     0.035     6.803 r     -         
un2_dout_r_cry_32_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           CIN         In      -         6.803 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           COUT        Out     0.035     6.838 r     -         
un2_dout_r_cry_33_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           CIN         In      -         6.838 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           COUT        Out     0.035     6.873 r     -         
un2_dout_r_cry_34_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           CIN         In      -         6.873 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           SUM         Out     0.470     7.343 f     -         
un2_dout_r_s_35_0_SUM_0                                                                                              Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]                      DFFC          D           In      -         7.878 f     -         
=======================================================================================================================================================================================
Total path delay (propagation time + setup) of 7.939 is 4.668(58.8%) logic and 3.271(41.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value


Path information for path number 5: 
      Requested Period:                      6.667
    - Setup time:                            0.061
    + Clock delay at ending point:           0.000 (ideal)
    = Required time:                         6.606

    - Propagation time:                      7.878
    - Clock delay at starting point:         0.000 (ideal)
    = Slack (critical) :                     -1.272

    Number of logic level(s):                40
    Starting point:                          IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\] / Q
    Ending point:                            IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\] / D
    The start point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK
    The end   point is clocked by            exp_iir|SYM_CLK [rising] (rise=0.000 fall=3.333 period=6.667) on pin CLK

Instance / Net                                                                                                                     Pin         Pin               Arrival     No. of    
Name                                                                                                                 Type          Name        Dir     Delay     Time        Fan Out(s)
---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0_\[2\]                       DFFCE         Q           Out     0.243     0.243 r     -         
ANB1                                                                                                                 Net           -           -       0.535     -           4         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          I1          In      -         0.778 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.delay_cnt_tdm_x.\\dReg_0__RNI7BLK\[2\]               LUT2          F           Out     0.570     1.348 r     -         
dReg_0__RNI7BLK[2]                                                                                                   Net           -           -       0.535     -           6         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          I0          In      -         1.883 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.rmem_b_1ror_1_cZ                                                               LUT4          F           Out     0.549     2.432 r     -         
rmem_b_1ror_1                                                                                                        Net           -           -       0.596     -           18        
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[4\]               LUT4          I1          In      -         3.028 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_v_0\[4\]               LUT4          F           Out     0.570     3.598 r     -         
rmem_b_1[4]                                                                                                          Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     B[4]        In      -         4.133 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\un3_dout_r_mulonly_0\[35\:0\]     MULT18X18     DOUT[0]     Out     0.466     4.599 r     -         
Z\\un3_dout_r_mulonly_0\[35\:0\]_DOUT_0[0]                                                                           Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           I0          In      -         5.134 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_0_0                  ALU           COUT        Out     0.549     5.683 r     -         
un2_dout_r_cry_0_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           CIN         In      -         5.683 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_1_0                  ALU           COUT        Out     0.035     5.718 r     -         
un2_dout_r_cry_1_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           CIN         In      -         5.718 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_2_0                  ALU           COUT        Out     0.035     5.753 r     -         
un2_dout_r_cry_2_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           CIN         In      -         5.753 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_3_0                  ALU           COUT        Out     0.035     5.788 r     -         
un2_dout_r_cry_3_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           CIN         In      -         5.788 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_4_0                  ALU           COUT        Out     0.035     5.823 r     -         
un2_dout_r_cry_4_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           CIN         In      -         5.823 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_5_0                  ALU           COUT        Out     0.035     5.858 r     -         
un2_dout_r_cry_5_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           CIN         In      -         5.858 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_6_0                  ALU           COUT        Out     0.035     5.893 r     -         
un2_dout_r_cry_6_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           CIN         In      -         5.893 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_7_0                  ALU           COUT        Out     0.035     5.928 r     -         
un2_dout_r_cry_7_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           CIN         In      -         5.928 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_8_0                  ALU           COUT        Out     0.035     5.963 r     -         
un2_dout_r_cry_8_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           CIN         In      -         5.963 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_9_0                  ALU           COUT        Out     0.035     5.998 r     -         
un2_dout_r_cry_9_0_COUT_0                                                                                            Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           CIN         In      -         5.998 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_10_0                 ALU           COUT        Out     0.035     6.033 r     -         
un2_dout_r_cry_10_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           CIN         In      -         6.033 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_11_0                 ALU           COUT        Out     0.035     6.068 r     -         
un2_dout_r_cry_11_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           CIN         In      -         6.068 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_12_0                 ALU           COUT        Out     0.035     6.103 r     -         
un2_dout_r_cry_12_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           CIN         In      -         6.103 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_13_0                 ALU           COUT        Out     0.035     6.138 r     -         
un2_dout_r_cry_13_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           CIN         In      -         6.138 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_14_0                 ALU           COUT        Out     0.035     6.173 r     -         
un2_dout_r_cry_14_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           CIN         In      -         6.173 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_15_0                 ALU           COUT        Out     0.035     6.208 r     -         
un2_dout_r_cry_15_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           CIN         In      -         6.208 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_16_0                 ALU           COUT        Out     0.035     6.243 r     -         
un2_dout_r_cry_16_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           CIN         In      -         6.243 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_17_0                 ALU           COUT        Out     0.035     6.278 r     -         
un2_dout_r_cry_17_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           CIN         In      -         6.278 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_18_0                 ALU           COUT        Out     0.035     6.313 r     -         
un2_dout_r_cry_18_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           CIN         In      -         6.313 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_19_0                 ALU           COUT        Out     0.035     6.348 r     -         
un2_dout_r_cry_19_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           CIN         In      -         6.348 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_20_0                 ALU           COUT        Out     0.035     6.383 r     -         
un2_dout_r_cry_20_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           CIN         In      -         6.383 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_21_0                 ALU           COUT        Out     0.035     6.418 r     -         
un2_dout_r_cry_21_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           CIN         In      -         6.418 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_22_0                 ALU           COUT        Out     0.035     6.453 r     -         
un2_dout_r_cry_22_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           CIN         In      -         6.453 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_23_0                 ALU           COUT        Out     0.035     6.488 r     -         
un2_dout_r_cry_23_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           CIN         In      -         6.488 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_24_0                 ALU           COUT        Out     0.035     6.523 r     -         
un2_dout_r_cry_24_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           CIN         In      -         6.523 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_25_0                 ALU           COUT        Out     0.035     6.558 r     -         
un2_dout_r_cry_25_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           CIN         In      -         6.558 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_26_0                 ALU           COUT        Out     0.035     6.593 r     -         
un2_dout_r_cry_26_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           CIN         In      -         6.593 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_27_0                 ALU           COUT        Out     0.035     6.628 r     -         
un2_dout_r_cry_27_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           CIN         In      -         6.628 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_28_0                 ALU           COUT        Out     0.035     6.663 r     -         
un2_dout_r_cry_28_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           CIN         In      -         6.663 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_29_0                 ALU           COUT        Out     0.035     6.698 r     -         
un2_dout_r_cry_29_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           CIN         In      -         6.698 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_30_0                 ALU           COUT        Out     0.035     6.733 r     -         
un2_dout_r_cry_30_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           CIN         In      -         6.733 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_31_0                 ALU           COUT        Out     0.035     6.768 r     -         
un2_dout_r_cry_31_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           CIN         In      -         6.768 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_32_0                 ALU           COUT        Out     0.035     6.803 r     -         
un2_dout_r_cry_32_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           CIN         In      -         6.803 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_33_0                 ALU           COUT        Out     0.035     6.838 r     -         
un2_dout_r_cry_33_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           CIN         In      -         6.838 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_cry_34_0                 ALU           COUT        Out     0.035     6.873 r     -         
un2_dout_r_cry_34_0_COUT_0                                                                                           Net           -           -       0.000     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           CIN         In      -         6.873 r     -         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.un2_dout_r_s_35_0                   ALU           SUM         Out     0.470     7.343 f     -         
un2_dout_r_s_35_0_SUM_0                                                                                              Net           -           -       0.535     -           1         
IIR_Filter_Top.IIR.iir_direct_form_ii.\\dsp_acc_coeff_b_x\[1\]\.dsp_Multiplier_b.\\dout_r\[35\]                      DFFC          D           In      -         7.878 f     -         
=======================================================================================================================================================================================
Total path delay (propagation time + setup) of 7.939 is 4.668(58.8%) logic and 3.271(41.2%) route.
Path delay compensated for clock skew. Clock skew is added to clock-to-out value, and is subtracted from setup time value



##### END OF TIMING REPORT #####]

Timing exceptions that could not be applied

Finished final timing analysis (Real Time elapsed 0h:00m:10s; CPU Time elapsed 0h:00m:10s; Memory used current: 238MB peak: 242MB)


Finished timing report (Real Time elapsed 0h:00m:10s; CPU Time elapsed 0h:00m:10s; Memory used current: 238MB peak: 242MB)

---------------------------------------
Resource Usage Report for exp_iir 

Mapping to part: gw2a_18pbga256-8
Cell usage:
ALU             256 uses
DFFC            100 uses
DFFCE           1041 uses
DFFE            169 uses
DFFP            12 uses
DFFPE           7 uses
DFFR            1 use
DFFS            1 use
GSR             1 use
INV             7 uses
MUX2_LUT5       143 uses
MUX2_LUT6       18 uses
RAM16S4         25 uses
RAM16SDP4       20 uses
SPX9            2 uses
pROM            1 use
LUT1            1 use
LUT2            206 uses
LUT3            670 uses
LUT4            261 uses
MULT18X18      4 uses

I/O ports: 23
I/O primitives: 23
IBUF           3 uses
OBUF           20 uses

I/O Register bits:                  0
Register bits not including I/Os:   1331 of 15552 (8%)

RAM/ROM usage summary
Block Rams : 3 of 46 (6%)


Block Multipliers: 2 of 24 (8%)
Total load per clock:
   exp_iir|SYM_CLK: 1381

@S |Mapping Summary:
Total  LUTs: 1138 

Mapper successful!

At Mapper Exit (Real Time elapsed 0h:00m:10s; CPU Time elapsed 0h:00m:10s; Memory used current: 80MB peak: 242MB)

Process took 0h:00m:10s realtime, 0h:00m:10s cputime
# Fri Nov 20 15:48:08 2020

###########################################################]