PT Report B1 Example

Warning: Derate summary report may not match the output of report_timing without timing derates applied. (UITE-447)

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Report : timing

      -path_type full_clock_expanded

      -delay_type max

      -input_pins

      -max_paths 1

      -group cclk

      -transition_time

      -capacitance

      -crosstalk_delta

      -derate

Design : B1

Version: F-2011.06-SP2

Date   : May 2 2012

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  Startpoint: new__core/xyz/alu

               (rising edge-triggered flip-flop clocked by cclk)

  Endpoint: new__core/xyz_mqu22_fol_ttt_vdd_fifo/out_reg_reg_0

               (rising edge-triggered flip-flop clocked by cclk)

  Path Group: cclk

  Path Type: max

 

  Point                                                                       Cap    DTrans   Trans    Derate   Delta     Incr       Path

  ------------------------------------------------------------------------------------------------------------------------------------------

  clock cclk (rise edge)                                                                                                 0.000      0.000

  clock source latency                                                                                                   0.000      0.000

  u_cclk_pll/u_PLL28A1003200V02XBLV/CLK_OUT (PLL28A1003200V02XBLV)          0.029             0.000                      0.000      0.000 r

  u_cclk_pll/isolate_mux_buf/A (CLKBUFUX8BV0UI31P)                                   0.000    0.000    1.018    0.000    0.005 &    0.005 r

  u_cclk_pll/isolate_mux_buf/Z (CLKBUFUX8BV0UI31P)                          0.054             0.019    1.019             0.018 &    0.022 r

  u_cclk_pll/CLK_OUT (PLL28A1003200V02XBLV_udr_legacywrapper_lsi28ip)                         0.000    1.015             0.000 &    0.022 r

  new__core/io_core_cclk (bx_core)                                                            0.000    1.015             0.000 &    0.022 r

  new__core/cclk_mainxy/clk_pll (sk_clk_mainzz_wrap)                                          0.000    1.015             0.000 &    0.022 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk1 (sk_clk_mux2_1_1_clk_mainzz_w)                    0.000    1.015             0.000 &    0.022 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf/A (CLKINVUX8BV0UI31P)         0.000    0.021    1.015    0.000    0.003 &    0.025 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf/Z (CLKINVUX8BV0UI31P)        0.027     0.015    1.015             0.012 &    0.037 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_7_0/A (CLKINVUX8BV0UI31P)     0.001    0.019    1.015    0.001    0.006 &    0.043 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_7_0/Z (CLKINVUX8BV0UI31P)    0.035     0.016    1.015             0.014 &    0.056 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_8_0/A (CLKINVUX8BV0UI31P)     0.000    0.021    1.015    0.000    0.007 &    0.064 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_8_0/Z (CLKINVUX8BV0UI31P)    0.035     0.018    1.015             0.013 &    0.077 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_9_0/A (CLKINVUX8BV0UI31P)     0.000    0.022    1.015    0.000    0.007 &    0.084 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_9_0/Z (CLKINVUX8BV0UI31P)    0.040     0.018    1.015             0.016 &    0.100 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_mux_28_2_1/D1 (CLKMUX2X2BV0SI35P)         0.000    0.023    1.015    0.000    0.008 &    0.107 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_mux_28_2_1/Z (CLKMUX2X2BV0SI35P)    0.011          0.031    1.015             0.061 &    0.168 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_out (sk_clk_mux2_1_1_clk_mainzz_wrap)              0.000    1.015             0.000 &    0.168 r

  new__core/cclk_mainxy/clk_out (sk_clk_mainzz_wrap)                                          0.000    1.015             0.000 &    0.168 r

  new__core/cclk_test_w/clk_in (bx_clk_buf_wrap_12)                                           0.000    1.015             0.000 &    0.168 r

  new__core/cclk_test_w/afteruf_kln_42/A (CLKBUFUX8BV0UI31P)                          0.000    0.032    1.015    0.000    0.001 &    0.169 r

  new__core/cclk_test_w/afteruf_kln_42/Z (CLKBUFUX8BV0UI31P)                 0.043             0.017    1.015             0.025 &    0.195 r

  new__core/cclk_test_w/afteruf_kln_41/A (CLKINVUX8BV0UI31P)                          0.000    0.023    1.015    0.000    0.009 &    0.203 r

  new__core/cclk_test_w/afteruf_kln_41/Z (CLKINVUX8BV0UI31P)                 0.034             0.018    1.015             0.014 &    0.218 f

  new__core/cclk_test_w/afteruf_kln_40/A (CLKINVUX8BV0UI31P)                          0.000    0.021    1.015    0.000    0.006 &    0.223 f

  new__core/cclk_test_w/afteruf_kln_40/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    1.015             0.014 &    0.238 r

  new__core/cclk_test_w/afteruf_kln_39/A (CLKINVUX8BV0UI31P)                          0.001    0.020    1.015    0.001    0.006 &    0.244 r

  new__core/cclk_test_w/afteruf_kln_39/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    1.015             0.013 &    0.257 f

  new__core/cclk_test_w/afteruf_kln_38/A (CLKINVUX8BV0UI31P)                          0.000    0.020    1.015    0.000    0.006 &    0.263 f

  new__core/cclk_test_w/afteruf_kln_38/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    1.015             0.015 &    0.278 r

  new__core/cclk_test_w/afteruf_kln_37/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    0.283 r

  new__core/cclk_test_w/afteruf_kln_37/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    1.015             0.014 &    0.297 f

  new__core/cclk_test_w/afteruf_kln_36/A (CLKINVUX8BV0UI31P)                          0.000    0.020    1.015    0.000    0.006 &    0.303 f

  new__core/cclk_test_w/afteruf_kln_36/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    1.015             0.014 &    0.317 r

  new__core/cclk_test_w/afteruf_kln_35/A (CLKINVUX8BV0UI31P)                          0.000    0.021    1.015    0.000    0.006 &    0.323 r

  new__core/cclk_test_w/afteruf_kln_35/Z (CLKINVUX8BV0UI31P)                 0.032             0.017    1.015             0.013 &    0.336 f

  new__core/cclk_test_w/afteruf_kln_34/A (CLKINVUX8BV0UI31P)                          0.000    0.021    1.015    0.000    0.006 &    0.342 f

  new__core/cclk_test_w/afteruf_kln_34/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.014 &    0.357 r

  new__core/cclk_test_w/afteruf_kln_33/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.361 r

  new__core/cclk_test_w/afteruf_kln_33/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.012 &    0.374 f

  new__core/cclk_test_w/afteruf_kln_32/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.378 f

  new__core/cclk_test_w/afteruf_kln_32/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.013 &    0.391 r

  new__core/cclk_test_w/afteruf_kln_31/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.397 r

  new__core/cclk_test_w/afteruf_kln_31/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.012 &    0.408 f

  new__core/cclk_test_w/afteruf_kln_30/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.006 &    0.414 f

  new__core/cclk_test_w/afteruf_kln_30/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.427 r

  new__core/cclk_test_w/afteruf_kln_29/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.432 r

  new__core/cclk_test_w/afteruf_kln_29/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.445 f

  new__core/cclk_test_w/afteruf_kln_28/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.449 f

  new__core/cclk_test_w/afteruf_kln_28/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.463 r

  new__core/cclk_test_w/afteruf_kln_27/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.004 &    0.467 r

  new__core/cclk_test_w/afteruf_kln_27/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.012 &    0.480 f

  new__core/cclk_test_w/afteruf_kln_26/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.484 f

  new__core/cclk_test_w/afteruf_kln_26/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.498 r

  new__core/cclk_test_w/afteruf_kln_25/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.004 &    0.502 r

  new__core/cclk_test_w/afteruf_kln_25/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.012 &    0.515 f

  new__core/cclk_test_w/afteruf_kln_24/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.519 f

  new__core/cclk_test_w/afteruf_kln_24/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.533 r

  new__core/cclk_test_w/afteruf_kln_23/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.537 r

  new__core/cclk_test_w/afteruf_kln_23/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.012 &    0.549 f

  new__core/cclk_test_w/afteruf_kln_22/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.554 f

  new__core/cclk_test_w/afteruf_kln_22/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.014 &    0.568 r

  new__core/cclk_test_w/afteruf_kln_21/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.573 r

  new__core/cclk_test_w/afteruf_kln_21/Z (CLKINVUX8BV0UI31P)                 0.029             0.015    1.015             0.012 &    0.585 f

  new__core/cclk_test_w/afteruf_kln_20/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.590 f

  new__core/cclk_test_w/afteruf_kln_20/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.014 &    0.603 r

  new__core/cclk_test_w/afteruf_kln_19/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.005 &    0.608 r

  new__core/cclk_test_w/afteruf_kln_19/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.012 &    0.620 f

  new__core/cclk_test_w/afteruf_kln_18/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.625 f

  new__core/cclk_test_w/afteruf_kln_18/Z (CLKINVUX8BV0UI31P)                 0.032             0.015    1.015             0.014 &    0.639 r

  new__core/cclk_test_w/afteruf_kln_17/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.004 &    0.644 r

  new__core/cclk_test_w/afteruf_kln_17/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.013 &    0.657 f

  new__core/cclk_test_w/afteruf_kln_16/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.004 &    0.661 f

  new__core/cclk_test_w/afteruf_kln_16/Z (CLKINVUX8BV0UI31P)                 0.029             0.014    1.015             0.014 &    0.675 r

  new__core/cclk_test_w/afteruf_kln_15/A (CLKINVUX8BV0UI31P)                          0.000    0.016    1.015    0.000    0.004 &    0.679 r

  new__core/cclk_test_w/afteruf_kln_15/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.013 &    0.691 f

  new__core/cclk_test_w/afteruf_kln_14/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.004 &    0.696 f

  new__core/cclk_test_w/afteruf_kln_14/Z (CLKINVUX8BV0UI31P)                 0.029             0.014    1.015             0.013 &    0.709 r

  new__core/cclk_test_w/afteruf_kln_13/A (CLKINVUX8BV0UI31P)                          0.000    0.016    1.015    0.000    0.004 &    0.713 r

  new__core/cclk_test_w/afteruf_kln_13/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    1.015             0.012 &    0.726 f

  new__core/cclk_test_w/afteruf_kln_12/A (CLKINVUX8BV0UI31P)                          0.000    0.017    1.015    0.000    0.004 &    0.730 f

  new__core/cclk_test_w/afteruf_kln_12/Z (CLKINVUX8BV0UI31P)                 0.033             0.015    1.015             0.013 &    0.743 r

  new__core/cclk_test_w/afteruf_kln_11/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    0.749 r

  new__core/cclk_test_w/afteruf_kln_11/Z (CLKINVUX8BV0UI31P)                 0.034             0.017    1.015             0.013 &    0.762 f

  new__core/cclk_test_w/afteruf_kln_10/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    0.767 f

  new__core/cclk_test_w/afteruf_kln_10/Z (CLKINVUX8BV0UI31P)                 0.034             0.016    1.015             0.014 &    0.781 r

  new__core/cclk_test_w/afteruf_kln_9/A (CLKINVUX8BV0UI31P)                           0.000    0.019    1.015    0.000    0.005 &    0.786 r

  new__core/cclk_test_w/afteruf_kln_9/Z (CLKINVUX8BV0UI31P)                  0.034             0.017    1.015             0.014 &    0.800 f

  new__core/cclk_test_w/afteruf_kln_8/A (CLKINVUX8BV0UI31P)                           0.000    0.020    1.015    0.000    0.005 &    0.805 f

  new__core/cclk_test_w/afteruf_kln_8/Z (CLKINVUX8BV0UI31P)                  0.033             0.016    1.015             0.015 &    0.820 r

  new__core/cclk_test_w/afteruf_kln_7/A (CLKINVUX8BV0UI31P)                           0.000    0.019    1.015    0.000    0.005 &    0.825 r

  new__core/cclk_test_w/afteruf_kln_7/Z (CLKINVUX8BV0UI31P)                  0.034             0.017    1.015             0.013 &    0.838 f

  new__core/cclk_test_w/afteruf_kln_6/A (CLKINVUX8BV0UI31P)                           0.000    0.019    1.015    0.000    0.005 &    0.844 f

  new__core/cclk_test_w/afteruf_kln_6/Z (CLKINVUX8BV0UI31P)                  0.033             0.016    1.015             0.015 &    0.858 r

  new__core/cclk_test_w/afteruf_kln_5/A (CLKINVUX8BV0UI31P)                           0.000    0.019    1.015    0.000    0.005 &    0.864 r

  new__core/cclk_test_w/afteruf_kln_5/Z (CLKINVUX8BV0UI31P)                  0.035             0.017    1.015             0.013 &    0.877 f

  new__core/cclk_test_w/afteruf_kln_4/A (CLKINVUX8BV0UI31P)                           0.000    0.021    1.015    0.000    0.006 &    0.883 f

  new__core/cclk_test_w/afteruf_kln_4/Z (CLKINVUX8BV0UI31P)                  0.036             0.018    1.015             0.015 &    0.898 r

  new__core/cclk_test_w/afteruf_kln_3/A (CLKINVUX8BV0UI31P)                           0.001    0.022    1.015    0.001    0.007 &    0.905 r

  new__core/cclk_test_w/afteruf_kln_3/Z (CLKINVUX8BV0UI31P)                  0.035             0.018    1.015             0.014 &    0.919 f

  new__core/cclk_test_w/afteruf_kln_2/A (CLKINVUX8BV0UI31P)                           0.000    0.021    1.015    0.000    0.006 &    0.925 f

  new__core/cclk_test_w/afteruf_kln_2/Z (CLKINVUX8BV0UI31P)                  0.035             0.017    1.015             0.015 &    0.940 r

  new__core/cclk_test_w/afteruf_kln_1/A (CLKINVUX8BV0UI31P)                           0.000    0.020    1.015    0.000    0.006 &    0.945 r

  new__core/cclk_test_w/afteruf_kln_1/Z (CLKINVUX8BV0UI31P)                  0.033             0.017    1.015             0.013 &    0.958 f

  new__core/cclk_test_w/afteruf_kln/A (CLKINVUX8BV0UI31P)                             0.000    0.021    1.015    0.000    0.006 &    0.964 f

  new__core/cclk_test_w/afteruf_kln/Z (CLKINVUX8BV0UI31P)                    0.033             0.016    1.015             0.015 &    0.979 r

  new__core/cclk_test_w/clk_buf/A (CLKINVX8BV0SI35P)                                 0.000    0.019    1.015    0.000    0.006 &    0.984 r

  new__core/cclk_test_w/clk_buf/Z (CLKINVX8BV0SI35P)                        0.047             0.026    1.015             0.023 &    1.008 f

  new__core/cclk_test_w/clk_out (bx_clk_buf_wrap_12)                                          0.000    1.015             0.000 &    1.008 f

  new__core/cclk_misc_buf/clk_in (bx_clk_buf_wrap_2)                                          0.000    1.015             0.000 &    1.008 f

  new__core/cclk_misc_buf/clk_buf1/A (CLKBUFUX8BV0UI31P)                             0.000    0.028    1.015    0.000    0.003 &    1.010 f

  new__core/cclk_misc_buf/clk_buf1/Z (CLKBUFUX8BV0UI31P)                    0.031             0.015    1.015             0.026 &    1.036 f

  new__core/cclk_misc_buf/misc1_bbl_20/A (CLKBUFUX8BV0UI31P)                         0.000    0.018    1.015    0.001    0.005 &    1.041 f

  new__core/cclk_misc_buf/misc1_bbl_20/Z (CLKBUFUX8BV0UI31P)                0.035             0.016    1.015             0.023 &    1.064 f

  new__core/cclk_misc_buf/misc1_bbl_19/A (CLKINVUX8BV0UI31P)                         0.001    0.019    1.015    0.000    0.006 &    1.069 f

  new__core/cclk_misc_buf/misc1_bbl_19/Z (CLKINVUX8BV0UI31P)                0.033             0.016    1.015             0.014 &    1.083 r

  new__core/cclk_misc_buf/misc1_bbl_18/A (CLKINVUX8BV0UI31P)                         0.001    0.021    1.015    0.000    0.007 &    1.090 r

  new__core/cclk_misc_buf/misc1_bbl_18/Z (CLKINVUX8BV0UI31P)                0.036             0.018    1.015             0.014 &    1.104 f

  new__core/cclk_misc_buf/misc1_bbl_17/A (CLKINVUX8BV0UI31P)                         0.001    0.023    1.015    0.001    0.008 &    1.111 f

  new__core/cclk_misc_buf/misc1_bbl_17/Z (CLKINVUX8BV0UI31P)                0.034             0.017    1.015             0.015 &    1.127 r

  new__core/cclk_misc_buf/misc1_bbl_16/A (CLKINVUX8BV0UI31P)                         0.002    0.023    1.015    0.001    0.008 &    1.134 r

  new__core/cclk_misc_buf/misc1_bbl_16/Z (CLKINVUX8BV0UI31P)                0.037             0.018    1.015             0.015 &    1.149 f

  new__core/cclk_misc_buf/misc1_bbl_15/A (CLKINVUX8BV0UI31P)                         0.003    0.026    1.015    0.002    0.008 &    1.157 f

  new__core/cclk_misc_buf/misc1_bbl_15/Z (CLKINVUX8BV0UI31P)                0.038             0.019    1.015             0.018 &    1.175 r

  new__core/cclk_misc_buf/misc1_bbl_14/A (CLKINVUX8BV0UI31P)                         0.000    0.021    1.015    0.000    0.005 &    1.180 r

  new__core/cclk_misc_buf/misc1_bbl_14/Z (CLKINVUX8BV0UI31P)                0.033             0.017    1.015             0.014 &    1.194 f

  new__core/cclk_misc_buf/misc1_bbl_13/A (CLKINVUX8BV0UI31P)                         0.002    0.022    1.015    0.001    0.007 &    1.200 f

  new__core/cclk_misc_buf/misc1_bbl_13/Z (CLKINVUX8BV0UI31P)                0.034             0.017    1.015             0.015 &    1.216 r

  new__core/cclk_misc_buf/misc1_bbl_12/A (CLKINVUX8BV0UI31P)                         0.001    0.020    1.015    0.001    0.006 &    1.222 r

  new__core/cclk_misc_buf/misc1_bbl_12/Z (CLKINVUX8BV0UI31P)                0.032             0.017    1.015             0.013 &    1.235 f

  new__core/cclk_misc_buf/misc1_bbl_11/A (CLKINVUX8BV0UI31P)                         0.000    0.019    1.015    0.000    0.005 &    1.240 f

  new__core/cclk_misc_buf/misc1_bbl_11/Z (CLKINVUX8BV0UI31P)                0.034             0.016    1.015             0.014 &    1.254 r

  new__core/cclk_misc_buf/misc1_bbl_10/A (CLKINVUX8BV0UI31P)                         0.001    0.019    1.015    0.001    0.006 &    1.260 r

  new__core/cclk_misc_buf/misc1_bbl_10/Z (CLKINVUX8BV0UI31P)                0.031             0.016    1.015             0.013 &    1.273 f

  new__core/cclk_misc_buf/misc1_bbl_9/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    1.279 f

  new__core/cclk_misc_buf/misc1_bbl_9/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    1.015             0.014 &    1.292 r

  new__core/cclk_misc_buf/misc1_bbl_8/A (CLKINVUX8BV0UI31P)                          0.000    0.018    1.015    0.000    0.005 &    1.297 r

  new__core/cclk_misc_buf/misc1_bbl_8/Z (CLKINVUX8BV0UI31P)                 0.031             0.016    1.015             0.013 &    1.310 f

  new__core/cclk_misc_buf/misc1_bbl_7/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    1.315 f

  new__core/cclk_misc_buf/misc1_bbl_7/Z (CLKINVUX8BV0UI31P)                 0.032             0.015    1.015             0.014 &    1.329 r

  new__core/cclk_misc_buf/misc1_bbl_6/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.006 &    1.334 r

  new__core/cclk_misc_buf/misc1_bbl_6/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    1.015             0.013 &    1.348 f

  new__core/cclk_misc_buf/misc1_bbl_5/A (CLKINVUX8BV0UI31P)                          0.001    0.020    1.015    0.001    0.006 &    1.354 f

  new__core/cclk_misc_buf/misc1_bbl_5/Z (CLKINVUX8BV0UI31P)                 0.031             0.016    1.015             0.014 &    1.367 r

  new__core/cclk_misc_buf/misc1_bbl_4/A (CLKINVUX8BV0UI31P)                          0.002    0.020    1.015    0.001    0.006 &    1.374 r

  new__core/cclk_misc_buf/misc1_bbl_4/Z (CLKINVUX8BV0UI31P)                 0.030             0.016    1.015             0.013 &    1.387 f

  new__core/cclk_misc_buf/misc1_bbl_3/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    1.392 f

  new__core/cclk_misc_buf/misc1_bbl_3/Z (CLKINVUX8BV0UI31P)                 0.034             0.016    1.015             0.014 &    1.406 r

  new__core/cclk_misc_buf/misc1_bbl_2/A (CLKINVUX8BV0UI31P)                          0.001    0.020    1.015    0.001    0.006 &    1.412 r

  new__core/cclk_misc_buf/misc1_bbl_2/Z (CLKINVUX8BV0UI31P)                 0.033             0.017    1.015             0.014 &    1.426 f

  new__core/cclk_misc_buf/misc1_bbl_1/A (CLKINVUX8BV0UI31P)                          0.003    0.022    1.015    0.002    0.007 &    1.433 f

  new__core/cclk_misc_buf/misc1_bbl_1/Z (CLKINVUX8BV0UI31P)                 0.034             0.017    1.015             0.015 &    1.449 r

  new__core/cclk_misc_buf/misc1_bbl/A (CLKINVUX8BV0UI31P)                            0.000    0.019    1.015    0.000    0.005 &    1.454 r

  new__core/cclk_misc_buf/misc1_bbl/Z (CLKINVUX8BV0UI31P)                   0.030             0.015    1.015             0.013 &    1.467 f

  new__core/cclk_misc_buf/clk_buf2/A (CLKBUFUX8BV0UI31P)                             0.000    0.018    1.015    0.000    0.004 &    1.472 f

  new__core/cclk_misc_buf/clk_buf2/Z (CLKBUFUX8BV0UI31P)                    0.029             0.014    1.015             0.022 &    1.493 f

  new__core/cclk_misc_buf/misc2_bbl_20/A (CLKBUFUX8BV0UI31P)                         0.001    0.017    1.015    0.001    0.005 &    1.499 f

  new__core/cclk_misc_buf/misc2_bbl_20/Z (CLKBUFUX8BV0UI31P)                0.031             0.015    1.015             0.022 &    1.520 f

  new__core/cclk_misc_buf/misc2_bbl_19/A (CLKINVUX8BV0UI31P)                         0.001    0.018    1.015    0.001    0.006 &    1.526 f

  new__core/cclk_misc_buf/misc2_bbl_19/Z (CLKINVUX8BV0UI31P)                0.033             0.016    1.015             0.014 &    1.540 r

  new__core/cclk_misc_buf/misc2_bbl_18/A (CLKINVUX8BV0UI31P)                         0.000    0.019    1.015    0.000    0.005 &    1.545 r

  new__core/cclk_misc_buf/misc2_bbl_18/Z (CLKINVUX8BV0UI31P)                0.033             0.017    1.015             0.013 &    1.558 f

  new__core/cclk_misc_buf/misc2_bbl_17/A (CLKINVUX8BV0UI31P)                         0.000    0.020    1.015    0.000    0.006 &    1.563 f

  new__core/cclk_misc_buf/misc2_bbl_17/Z (CLKINVUX8BV0UI31P)                0.033             0.016    1.015             0.015 &    1.578 r

  new__core/cclk_misc_buf/misc2_bbl_16/A (CLKINVUX8BV0UI31P)                         0.000    0.019    1.015    0.001    0.005 &    1.583 r

  new__core/cclk_misc_buf/misc2_bbl_16/Z (CLKINVUX8BV0UI31P)                0.031             0.016    1.015             0.013 &    1.596 f

  new__core/cclk_misc_buf/misc2_bbl_15/A (CLKINVUX8BV0UI31P)                         0.000    0.018    1.015    0.000    0.005 &    1.601 f

  new__core/cclk_misc_buf/misc2_bbl_15/Z (CLKINVUX8BV0UI31P)                0.031             0.015    1.015             0.014 &    1.615 r

  new__core/cclk_misc_buf/misc2_bbl_14/A (CLKINVUX8BV0UI31P)                         0.000    0.018    1.015    0.000    0.005 &    1.620 r

  new__core/cclk_misc_buf/misc2_bbl_14/Z (CLKINVUX8BV0UI31P)                0.031             0.015    1.015             0.013 &    1.632 f

  new__core/cclk_misc_buf/misc2_bbl_13/A (CLKINVUX8BV0UI31P)                         0.000    0.018    1.015    0.000    0.005 &    1.637 f

  new__core/cclk_misc_buf/misc2_bbl_13/Z (CLKINVUX8BV0UI31P)                0.032             0.015    1.015             0.014 &    1.651 r

  new__core/cclk_misc_buf/misc2_bbl_12/A (CLKINVUX8BV0UI31P)                         0.000    0.018    1.015    0.000    0.005 &    1.656 r

  new__core/cclk_misc_buf/misc2_bbl_12/Z (CLKINVUX8BV0UI31P)                0.031             0.016    1.015             0.012 &    1.668 f

  new__core/cclk_misc_buf/misc2_bbl_11/A (CLKINVUX8BV0UI31P)                         0.000    0.018    1.015    0.000    0.005 &    1.673 f

  new__core/cclk_misc_buf/misc2_bbl_11/Z (CLKINVUX8BV0UI31P)                0.031             0.015    1.015             0.014 &    1.687 r

  new__core/cclk_misc_buf/misc2_bbl_10/A (CLKINVUX8BV0UI31P)                         0.000    0.017    1.015    0.000    0.005 &    1.692 r

  new__core/cclk_misc_buf/misc2_bbl_10/Z (CLKINVUX8BV0UI31P)                0.033             0.016    1.015             0.013 &    1.704 f

  new__core/cclk_misc_buf/misc2_bbl_9/A (CLKINVUX8BV0UI31P)                          0.000    0.019    1.015    0.000    0.005 &    1.709 f

  new__core/cclk_misc_buf/misc2_bbl_9/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    1.015             0.014 &    1.723 r

  new__core/cclk_misc_buf/misc2_bbl_8/A (CLKINVUX8BV0UI31P)                          0.001    0.021    1.015    0.001    0.007 &    1.730 r

  new__core/cclk_misc_buf/misc2_bbl_8/Z (CLKINVUX8BV0UI31P)                 0.032             0.017    1.015             0.014 &    1.744 f

  new__core/cclk_misc_buf/misc2_bbl_7/A (CLKINVUX8BV0UI31P)                          0.002    0.021    1.015    0.002    0.006 &    1.750 f

  new__core/cclk_misc_buf/misc2_bbl_7/Z (CLKINVUX8BV0UI31P)                 0.035             0.016    1.015             0.015 &    1.766 r

  new__core/cclk_misc_buf/misc2_bbl_6/A (CLKINVUX8BV0UI31P)                          0.002    0.022    1.015    0.001    0.007 &    1.773 r

  new__core/cclk_misc_buf/misc2_bbl_6/Z (CLKINVUX8BV0UI31P)                 0.036             0.019    1.015             0.014 &    1.787 f

  new__core/cclk_misc_buf/misc2_bbl_5/A (CLKINVUX8BV0UI31P)                          0.001    0.023    1.015    0.001    0.007 &    1.794 f

  new__core/cclk_misc_buf/misc2_bbl_5/Z (CLKINVUX8BV0UI31P)                 0.035             0.018    1.015             0.016 &    1.810 r

  new__core/cclk_misc_buf/misc2_bbl_4/A (CLKINVUX8BV0UI31P)                          0.001    0.021    1.015    0.001    0.006 &    1.816 r

  new__core/cclk_misc_buf/misc2_bbl_4/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    1.015             0.013 &    1.829 f

  new__core/cclk_misc_buf/misc2_bbl_3/A (CLKINVUX8BV0UI31P)                          0.005    0.027    1.015    0.004    0.010 &    1.840 f

  new__core/cclk_misc_buf/misc2_bbl_3/Z (CLKINVUX8BV0UI31P)                 0.035             0.019    1.015             0.017 &    1.857 r

  new__core/cclk_misc_buf/misc2_bbl_2/A (CLKINVUX8BV0UI31P)                          0.000    0.021    1.015    0.000    0.006 &    1.862 r

  new__core/cclk_misc_buf/misc2_bbl_2/Z (CLKINVUX8BV0UI31P)                 0.035             0.018    1.015             0.015 &    1.877 f

  new__core/cclk_misc_buf/misc2_bbl_1/A (CLKINVUX8BV0UI31P)                          0.000    0.020    1.015    0.000    0.005 &    1.882 f

  new__core/cclk_misc_buf/misc2_bbl_1/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    1.015             0.015 &    1.896 r

  new__core/cclk_misc_buf/misc2_bbl/A (CLKINVUX8BV0UI31P)                            0.001    0.020    1.015    0.000    0.006 &    1.902 r

  new__core/cclk_misc_buf/misc2_bbl/Z (CLKINVUX8BV0UI31P)                   0.035             0.017    1.015             0.014 &    1.916 f

  new__core/cclk_misc_buf/clk_buf/A (CLKINVX8BV0SI35P)                               0.000    0.020    1.015    0.000    0.006 &    1.922 f

  new__core/cclk_misc_buf/clk_buf/Z (CLKINVX8BV0SI35P)                      0.012             0.012    1.015             0.015 &    1.938 r

  new__core/cclk_misc_buf/CTS_cclk_misc_CTO_delay406/A (CLKBUFUX4BV0UI31P)           0.000    0.012    1.016    0.000    0.001 &    1.938 r

  new__core/cclk_misc_buf/CTS_cclk_misc_CTO_delay406/Z (CLKBUFUX4BV0UI31P)    0.049           0.032    1.016             0.029 &    1.968 r

  new__core/cclk_misc_buf/clk_out (bx_clk_buf_wrap_2)                                         0.000    1.016             0.000 &    1.968 r

  new__core/CLKINVUX6BV0UI31P_G1B20I3/A (CLKINVUX8BV0UI31P)                          0.000    0.033    1.016    0.000    0.004 &    1.972 r

  new__core/CLKINVUX6BV0UI31P_G1B20I3/Z (CLKINVUX8BV0UI31P)                 0.076             0.032    1.016             0.022 &    1.993 f

  new__core/CLKINVUX4BV0UI31P_G1B19I4/A (CLKINVUX8BV0UI31P)                          0.000    0.042    1.016    0.000    0.011 &    2.004 f

  new__core/CLKINVUX4BV0UI31P_G1B19I4/Z (CLKINVUX8BV0UI31P)                 0.022             0.019    1.016             0.019 &    2.023 r

  new__core/CLKINVUX8BV0UI31P_G1B18I2/A (CLKINVUX8BV0UI31P)                          0.001    0.021    1.016    0.001    0.003 &    2.026 r

  new__core/CLKINVUX8BV0UI31P_G1B18I2/Z (CLKINVUX8BV0UI31P)                 0.019             0.012    1.016             0.011 &    2.037 f

  new__core/CLKINVUX4BV0UI31P_G1B17I4/A (CLKINVUX8BV0UI31P)                          0.000    0.013    1.016    0.000    0.002 &    2.039 f

  new__core/CLKINVUX4BV0UI31P_G1B17I4/Z (CLKINVUX8BV0UI31P)                 0.063             0.020    1.016             0.013 &    2.052 r

  new__core/CLKINVUX4BV0UI31P_G1B16I4/A (CLKINVUX8BV0UI31P)                          0.000    0.037    1.016    0.000    0.016 &    2.069 r

  new__core/CLKINVUX4BV0UI31P_G1B16I4/Z (CLKINVUX8BV0UI31P)                 0.066             0.026    1.016             0.016 &    2.085 f

  new__core/CLKINVUX8BV0UI31P_G1B15I5/A (CLKINVUX8BV0UI31P)                          0.002    0.066    1.017    0.001    0.027 &    2.111 f

  new__core/CLKINVUX8BV0UI31P_G1B15I5/Z (CLKINVUX8BV0UI31P)                 0.069             0.037    1.017             0.032 &    2.144 r

  new__core/CLKINVUX8BV0UI31P_G1B14I7/A (CLKINVUX8BV0UI31P)                          0.000    0.045    1.017    0.000    0.011 &    2.155 r

  new__core/CLKINVUX8BV0UI31P_G1B14I7/Z (CLKINVUX8BV0UI31P)                 0.058             0.031    1.018             0.023 &    2.178 f

  new__core/CLKINVUX4BV0UI31P_G1B13I5/A (CLKINVUX8BV0UI31P)                          0.000    0.040    1.017    0.000    0.013 &    2.191 f

  new__core/CLKINVUX4BV0UI31P_G1B13I5/Z (CLKINVUX8BV0UI31P)                 0.075             0.033    1.018             0.025 &    2.216 r

  new__core/CLKINVUX8BV0UI31P_G1B12I6/A (CLKINVUX8BV0UI31P)                          0.002    0.049    1.019    0.001    0.019 &    2.235 r

  new__core/CLKINVUX8BV0UI31P_G1B12I6/Z (CLKINVUX8BV0UI31P)                 0.053             0.030    1.021             0.024 &    2.258 f

  new__core/xyz/cclk (bx_xyz)                                                                 0.000    1.021             0.000 &    2.258 f

  new__core/xyz/CLKINVUX8BV0UI31P_G1B11I1/A (CLKINVUX8BV0UI31P)                      0.001    0.037    1.021    0.001    0.011 &    2.269 f

  new__core/xyz/CLKINVUX8BV0UI31P_G1B11I1/Z (CLKINVUX8BV0UI31P)             0.075             0.030    1.031             0.023 &    2.292 r

  new__core/xyz/alu/cclk (bx_xyz_alu)                                                0.000    0.052    1.021    0.000    0.021 &    2.314 r

  new__core/xyz/alu/xyz_lqu21_dir_pkt_vld (bx_xyz_alu)                      0.005             0.007    1.036             0.797 &    3.111 f

  new__core/xyz/xyz_lqu21_dir_pkt_vld (bx_xyz)                                                0.000    1.037             0.000 &    3.111 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/in[0] (sk_pipe_1_103)                                  0.000    1.037             0.000 &    3.111 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175291/A (BUFX10BV0UI31P)               0.000    0.007    1.037    0.000    0.000 &    3.111 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175291/Z (BUFX10BV0UI31P)      0.050             0.011    1.036             0.015 &    3.127 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175290/A (BUFX10BV0UI31P)               0.005    0.053    1.037    0.003    0.029 &    3.155 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175290/Z (BUFX10BV0UI31P)      0.037             0.014    1.036             0.032 &    3.187 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175289/A (BUFX10BV0UI31P)               0.008    0.037    1.037    0.005    0.019 &    3.206 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175289/Z (BUFX10BV0UI31P)      0.041             0.013    1.036             0.027 &    3.233 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175288/A (BUFX10BV0UI31P)               0.004    0.039    1.037    0.003    0.020 &    3.253 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175288/Z (BUFX10BV0UI31P)      0.041             0.011    1.036             0.027 &    3.280 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175287/A (BUFX10BV0UI31P)               0.011    0.068    1.037    0.008    0.038 &    3.318 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175287/Z (BUFX10BV0UI31P)      0.043             0.013    1.036             0.033 &    3.351 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175286/A (BUFX10BV0UI31P)               0.000    0.058    1.037    0.000    0.030 &    3.381 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175286/Z (BUFX10BV0UI31P)      0.065             0.015    1.036             0.032 &    3.413 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175285/A (BUFX10BV0UI31P)               0.003    0.077    1.037    0.003    0.042 &    3.455 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175285/Z (BUFX10BV0UI31P)      0.042             0.016    1.036             0.037 &    3.492 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175284/A (BUFX10BV0UI31P)               0.010    0.048    1.037    0.006    0.024 &    3.516 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175284/Z (BUFX10BV0UI31P)      0.038             0.014    1.036             0.030 &    3.546 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175283/A (BUFX10BV0UI31P)               0.006    0.036    1.037    0.004    0.018 &    3.564 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175283/Z (BUFX10BV0UI31P)      0.040             0.013    1.036             0.027 &    3.591 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175282/A (BUFX10BV0UI31P)               0.001    0.034    1.037    0.002    0.018 &    3.609 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175282/Z (BUFX10BV0UI31P)      0.044             0.014    1.036             0.027 &    3.635 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175281/A (BUFX10BV0UI31P)               0.007    0.041    1.037    0.005    0.021 &    3.656 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175281/Z (BUFX10BV0UI31P)      0.046             0.012    1.036             0.028 &    3.684 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175280/A (BUFX10BV0UI31P)               0.000    0.065    1.037    0.000    0.034 &    3.718 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175280/Z (BUFX10BV0UI31P)      0.113             0.014    1.036             0.033 &    3.752 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175279/A (BUFX10BV0UI31P)               0.014    0.188    1.037    0.008    0.103 &    3.855 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175279/Z (BUFX10BV0UI31P)      0.046             0.023    1.036             0.056 &    3.911 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175278/A (BUFX10BV0UI31P)               0.000    0.043    1.037    0.000    0.021 &    3.933 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175278/Z (BUFX10BV0UI31P)      0.041             0.015    1.036             0.031 &    3.963 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175277/A (BUFX10BV0UI31P)               0.003    0.028    1.037    0.002    0.013 &    3.976 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175277/Z (BUFX10BV0UI31P)      0.036             0.015    1.036             0.025 &    4.001 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175276/A (BUFX10BV0UI31P)               0.004    0.024    1.037    0.003    0.010 &    4.011 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175276/Z (BUFX10BV0UI31P)      0.038             0.016    1.036             0.025 &    4.036 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175275/A (BUFX10BV0UI31P)               0.000    0.018    1.037    0.000    0.006 &    4.042 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175275/Z (BUFX10BV0UI31P)      0.037             0.015    1.036             0.022 &    4.064 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175274/A (BUFX10BV0UI31P)               0.009    0.028    1.037    0.005    0.011 &    4.075 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/bbuf__175274/Z (BUFX10BV0UI31P)      0.018             0.010    1.036             0.024 &    4.099 f

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/out_reg_reg_0/D (SDFPQLX1MV0SI35P)            0.001    0.012    1.037    0.001    0.003 &    4.102 f

  data arrival time                                                                                                                 4.102

 

  clock cclk (rise edge)                                                                                                 1.000      1.000

  clock source latency                                                                                                   0.000      1.000

  u_cclk_pll/u_PLL28A1003200V02XBLV/CLK_OUT (PLL28A1003200V02XBLV)          0.029             0.000                      0.000      1.000 r

  u_cclk_pll/isolate_mux_buf/A (CLKBUFUX8BV0UI31P)                                   0.000    0.000    0.982    0.000    0.004 &    1.004 r

  u_cclk_pll/isolate_mux_buf/Z (CLKBUFUX8BV0UI31P)                          0.047             0.019    0.981             0.017 &    1.021 r

  u_cclk_pll/CLK_OUT (PLL28A1003200V02XBLV_udr_legacywrapper_lsi28ip)                         0.000    0.985             0.000 &    1.021 r

  new__core/io_core_cclk (bx_core)                                                            0.000    0.985             0.000 &    1.021 r

  new__core/cclk_mainxy/clk_pll (sk_clk_mainzz_wrap)                                          0.000    0.985             0.000 &    1.021 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk1 (sk_clk_mux2_1_1_clk_mainzz_wrap)                 0.000    0.985             0.000 &    1.021 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf/A (CLKINVUX8BV0UI31P)         0.000    0.020    0.985    0.000    0.002 &    1.024 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf/Z (CLKINVUX8BV0UI31P)   0.027         0.015    0.985             0.012 &    1.036 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_7_0/A (CLKINVUX8BV0UI31P)     0.000    0.018    0.985    0.000    0.005 &    1.040 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_7_0/Z (CLKINVUX8BV0UI31P)    0.035     0.016    0.985             0.013 &    1.053 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_8_0/A (CLKINVUX8BV0UI31P)     0.000    0.021    0.985    0.000    0.007 &    1.060 r

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_8_0/Z (CLKINVUX8BV0UI31P)    0.035     0.018    0.985             0.013 &    1.073 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_9_0/A (CLKINVUX8BV0UI31P)     0.000    0.022    0.985    0.000    0.007 &    1.080 f

  new__core/cclk_mainxy/clk_mainzz_mux/isolate_mux_buf_9_0/Z (CLKINVUX8BV0UI31P)    0.040     0.018    0.985             0.015 &    1.095 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_mux_28_2_1/D1 (CLKMUX2X2BV0SI35P)         0.000    0.023    0.985    0.000    0.007 &    1.103 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_mux_28_2_1/Z (CLKMUX2X2BV0SI35P)    0.010          0.030    0.985             0.059 &    1.162 r

  new__core/cclk_mainxy/clk_mainzz_mux/clk_out (sk_clk_mux2_1_1_clk_mainzz_wrap)              0.000    0.985             0.000 &    1.162 r

  new__core/cclk_mainxy/clk_out (sk_clk_mainzz_wrap)                                          0.000    0.985             0.000 &    1.162 r

  new__core/cclk_test_w/clk_in (bx_clk_buf_wrap_12)                                           0.000    0.985             0.000 &    1.162 r

  new__core/cclk_test_w/afteruf_kln_42/A (CLKBUFUX8BV0UI31P)                          0.000    0.031    0.985    0.000    0.001 &    1.163 r

  new__core/cclk_test_w/afteruf_kln_42/Z (CLKBUFUX8BV0UI31P)                 0.043             0.017    0.985             0.024 &    1.187 r

  new__core/cclk_test_w/afteruf_kln_41/A (CLKINVUX8BV0UI31P)                          0.000    0.023    0.985    0.000    0.009 &    1.196 r

  new__core/cclk_test_w/afteruf_kln_41/Z (CLKINVUX8BV0UI31P)                 0.033             0.018    0.985             0.014 &    1.210 f

  new__core/cclk_test_w/afteruf_kln_40/A (CLKINVUX8BV0UI31P)                          0.000    0.021    0.985    0.000    0.006 &    1.215 f

  new__core/cclk_test_w/afteruf_kln_40/Z (CLKINVUX8BV0UI31P)                 0.032             0.016    0.985             0.014 &    1.229 r

  new__core/cclk_test_w/afteruf_kln_39/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985   -0.000    0.005 &    1.235 r

  new__core/cclk_test_w/afteruf_kln_39/Z (CLKINVUX8BV0UI31P)                 0.034             0.017    0.985             0.013 &    1.247 f

  new__core/cclk_test_w/afteruf_kln_38/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.985    0.000    0.006 &    1.253 f

  new__core/cclk_test_w/afteruf_kln_38/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    0.985             0.014 &    1.267 r

  new__core/cclk_test_w/afteruf_kln_37/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    1.273 r

  new__core/cclk_test_w/afteruf_kln_37/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    0.985             0.013 &    1.286 f

  new__core/cclk_test_w/afteruf_kln_36/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.985    0.000    0.006 &    1.291 f

  new__core/cclk_test_w/afteruf_kln_36/Z (CLKINVUX8BV0UI31P)                 0.034             0.017    0.985             0.014 &    1.305 r

  new__core/cclk_test_w/afteruf_kln_35/A (CLKINVUX8BV0UI31P)                          0.000    0.021    0.985    0.000    0.006 &    1.311 r

  new__core/cclk_test_w/afteruf_kln_35/Z (CLKINVUX8BV0UI31P)                 0.032             0.017    0.985             0.012 &    1.324 f

  new__core/cclk_test_w/afteruf_kln_34/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.985    0.000    0.006 &    1.330 f

  new__core/cclk_test_w/afteruf_kln_34/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.014 &    1.344 r

  new__core/cclk_test_w/afteruf_kln_33/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.004 &    1.348 r

  new__core/cclk_test_w/afteruf_kln_33/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.360 f

  new__core/cclk_test_w/afteruf_kln_32/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.365 f

  new__core/cclk_test_w/afteruf_kln_32/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.013 &    1.377 r

  new__core/cclk_test_w/afteruf_kln_31/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.383 r

  new__core/cclk_test_w/afteruf_kln_31/Z (CLKINVUX8BV0UI31P)                 0.029             0.015    0.985             0.011 &    1.394 f

  new__core/cclk_test_w/afteruf_kln_30/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.399 f

  new__core/cclk_test_w/afteruf_kln_30/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.013 &    1.412 r

  new__core/cclk_test_w/afteruf_kln_29/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.417 r

  new__core/cclk_test_w/afteruf_kln_29/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.430 f

  new__core/cclk_test_w/afteruf_kln_28/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.434 f

  new__core/cclk_test_w/afteruf_kln_28/Z (CLKINVUX8BV0UI31P)                 0.029             0.015    0.985             0.013 &    1.447 r

  new__core/cclk_test_w/afteruf_kln_27/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.451 r

  new__core/cclk_test_w/afteruf_kln_27/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.463 f

  new__core/cclk_test_w/afteruf_kln_26/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.468 f

  new__core/cclk_test_w/afteruf_kln_26/Z (CLKINVUX8BV0UI31P)                 0.029             0.015    0.985             0.013 &    1.481 r

  new__core/cclk_test_w/afteruf_kln_25/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.485 r

  new__core/cclk_test_w/afteruf_kln_25/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.497 f

  new__core/cclk_test_w/afteruf_kln_24/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.502 f

  new__core/cclk_test_w/afteruf_kln_24/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.013 &    1.515 r

  new__core/cclk_test_w/afteruf_kln_23/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.519 r

  new__core/cclk_test_w/afteruf_kln_23/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.531 f

  new__core/cclk_test_w/afteruf_kln_22/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.536 f

  new__core/cclk_test_w/afteruf_kln_22/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    0.985             0.013 &    1.549 r

  new__core/cclk_test_w/afteruf_kln_21/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.005 &    1.554 r

  new__core/cclk_test_w/afteruf_kln_21/Z (CLKINVUX8BV0UI31P)                 0.029             0.015    0.985             0.012 &    1.565 f

  new__core/cclk_test_w/afteruf_kln_20/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.570 f

  new__core/cclk_test_w/afteruf_kln_20/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.013 &    1.583 r

  new__core/cclk_test_w/afteruf_kln_19/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.005 &    1.588 r

  new__core/cclk_test_w/afteruf_kln_19/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.600 f

  new__core/cclk_test_w/afteruf_kln_18/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.605 f

  new__core/cclk_test_w/afteruf_kln_18/Z (CLKINVUX8BV0UI31P)                 0.032             0.015    0.985             0.014 &    1.618 r

  new__core/cclk_test_w/afteruf_kln_17/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.004 &    1.623 r

  new__core/cclk_test_w/afteruf_kln_17/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.013 &    1.635 f

  new__core/cclk_test_w/afteruf_kln_16/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.004 &    1.640 f

  new__core/cclk_test_w/afteruf_kln_16/Z (CLKINVUX8BV0UI31P)                 0.029             0.014    0.985             0.013 &    1.653 r

  new__core/cclk_test_w/afteruf_kln_15/A (CLKINVUX8BV0UI31P)                          0.000    0.016    0.985    0.000    0.004 &    1.657 r

  new__core/cclk_test_w/afteruf_kln_15/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.669 f

  new__core/cclk_test_w/afteruf_kln_14/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.673 f

  new__core/cclk_test_w/afteruf_kln_14/Z (CLKINVUX8BV0UI31P)                 0.029             0.014    0.985             0.013 &    1.686 r

  new__core/cclk_test_w/afteruf_kln_13/A (CLKINVUX8BV0UI31P)                          0.000    0.016    0.985    0.000    0.004 &    1.690 r

  new__core/cclk_test_w/afteruf_kln_13/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    1.702 f

  new__core/cclk_test_w/afteruf_kln_12/A (CLKINVUX8BV0UI31P)                          0.000    0.017    0.985    0.000    0.004 &    1.706 f

  new__core/cclk_test_w/afteruf_kln_12/Z (CLKINVUX8BV0UI31P)                 0.032             0.015    0.985             0.013 &    1.719 r

  new__core/cclk_test_w/afteruf_kln_11/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    1.724 r

  new__core/cclk_test_w/afteruf_kln_11/Z (CLKINVUX8BV0UI31P)                 0.033             0.017    0.985             0.013 &    1.737 f

  new__core/cclk_test_w/afteruf_kln_10/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    1.742 f

  new__core/cclk_test_w/afteruf_kln_10/Z (CLKINVUX8BV0UI31P)                 0.034             0.016    0.985             0.014 &    1.756 r

  new__core/cclk_test_w/afteruf_kln_9/A (CLKINVUX8BV0UI31P)                           0.000    0.019    0.985    0.000    0.005 &    1.761 r

  new__core/cclk_test_w/afteruf_kln_9/Z (CLKINVUX8BV0UI31P)                  0.034             0.017    0.985             0.013 &    1.774 f

  new__core/cclk_test_w/afteruf_kln_8/A (CLKINVUX8BV0UI31P)                           0.000    0.020    0.985    0.000    0.005 &    1.780 f

  new__core/cclk_test_w/afteruf_kln_8/Z (CLKINVUX8BV0UI31P)                  0.032             0.016    0.985             0.014 &    1.794 r

  new__core/cclk_test_w/afteruf_kln_7/A (CLKINVUX8BV0UI31P)                           0.000    0.018    0.985   -0.000    0.005 &    1.798 r

  new__core/cclk_test_w/afteruf_kln_7/Z (CLKINVUX8BV0UI31P)                  0.033             0.016    0.985             0.013 &    1.811 f

  new__core/cclk_test_w/afteruf_kln_6/A (CLKINVUX8BV0UI31P)                           0.000    0.019    0.985    0.000    0.005 &    1.816 f

  new__core/cclk_test_w/afteruf_kln_6/Z (CLKINVUX8BV0UI31P)                  0.033             0.016    0.985             0.014 &    1.830 r

  new__core/cclk_test_w/afteruf_kln_5/A (CLKINVUX8BV0UI31P)                           0.000    0.019    0.985    0.000    0.005 &    1.835 r

  new__core/cclk_test_w/afteruf_kln_5/Z (CLKINVUX8BV0UI31P)                  0.034             0.017    0.985             0.013 &    1.848 f

  new__core/cclk_test_w/afteruf_kln_4/A (CLKINVUX8BV0UI31P)                           0.000    0.021    0.985    0.000    0.006 &    1.854 f

  new__core/cclk_test_w/afteruf_kln_4/Z (CLKINVUX8BV0UI31P)                  0.036             0.018    0.985             0.014 &    1.869 r

  new__core/cclk_test_w/afteruf_kln_3/A (CLKINVUX8BV0UI31P)                           0.000    0.021    0.985   -0.000    0.006 &    1.875 r

  new__core/cclk_test_w/afteruf_kln_3/Z (CLKINVUX8BV0UI31P)                  0.035             0.018    0.985             0.014 &    1.888 f

  new__core/cclk_test_w/afteruf_kln_2/A (CLKINVUX8BV0UI31P)                           0.000    0.020    0.985    0.000    0.006 &    1.894 f

  new__core/cclk_test_w/afteruf_kln_2/Z (CLKINVUX8BV0UI31P)                  0.034             0.017    0.985             0.014 &    1.908 r

  new__core/cclk_test_w/afteruf_kln_1/A (CLKINVUX8BV0UI31P)                           0.000    0.020    0.985    0.000    0.005 &    1.914 r

  new__core/cclk_test_w/afteruf_kln_1/Z (CLKINVUX8BV0UI31P)                  0.033             0.017    0.985             0.012 &    1.926 f

  new__core/cclk_test_w/afteruf_kln/A (CLKINVUX8BV0UI31P)                             0.000    0.021    0.985    0.000    0.006 &    1.932 f

  new__core/cclk_test_w/afteruf_kln/Z (CLKINVUX8BV0UI31P)                    0.032             0.016    0.985             0.014 &    1.947 r

  new__core/cclk_test_w/clk_buf/A (CLKINVX8BV0SI35P)                                 0.000    0.019    0.985    0.000    0.005 &    1.952 r

  new__core/cclk_test_w/clk_buf/Z (CLKINVX8BV0SI35P)                        0.038             0.026    0.985             0.022 &    1.974 f

  new__core/cclk_test_w/clk_out (bx_clk_buf_wrap_12)                                          0.000    0.985             0.000 &    1.974 f

  new__core/cclk_misc_buf/clk_in (bx_clk_buf_wrap_2)                                          0.000    0.985             0.000 &    1.974 f

  new__core/cclk_misc_buf/clk_buf1/A (CLKBUFUX8BV0UI31P)                             0.000    0.027    0.985    0.000    0.003 &    1.977 f

  new__core/cclk_misc_buf/clk_buf1/Z (CLKBUFUX8BV0UI31P)                    0.031             0.015    0.985             0.025 &    2.002 f

  new__core/cclk_misc_buf/misc1_bbl_20/A (CLKBUFUX8BV0UI31P)                         0.000    0.017    0.985   -0.001    0.004 &    2.005 f

  new__core/cclk_misc_buf/misc1_bbl_20/Z (CLKBUFUX8BV0UI31P)                0.034             0.016    0.985             0.022 &    2.027 f

  new__core/cclk_misc_buf/misc1_bbl_19/A (CLKINVUX8BV0UI31P)                         0.000    0.019    0.985   -0.000    0.005 &    2.032 f

  new__core/cclk_misc_buf/misc1_bbl_19/Z (CLKINVUX8BV0UI31P)                0.033             0.015    0.985             0.013 &    2.045 r

  new__core/cclk_misc_buf/misc1_bbl_18/A (CLKINVUX8BV0UI31P)                         0.000    0.020    0.985   -0.000    0.006 &    2.051 r

  new__core/cclk_misc_buf/misc1_bbl_18/Z (CLKINVUX8BV0UI31P)                0.036             0.018    0.985             0.013 &    2.064 f

  new__core/cclk_misc_buf/misc1_bbl_17/A (CLKINVUX8BV0UI31P)                         0.000    0.022    0.985   -0.000    0.007 &    2.071 f

  new__core/cclk_misc_buf/misc1_bbl_17/Z (CLKINVUX8BV0UI31P)                0.034             0.016    0.985             0.015 &    2.085 r

  new__core/cclk_misc_buf/misc1_bbl_16/A (CLKINVUX8BV0UI31P)                         0.000    0.020    0.985   -0.001    0.005 &    2.091 r

  new__core/cclk_misc_buf/misc1_bbl_16/Z (CLKINVUX8BV0UI31P)                0.036             0.018    0.985             0.013 &    2.104 f

  new__core/cclk_misc_buf/misc1_bbl_15/A (CLKINVUX8BV0UI31P)                         0.000    0.022    0.985   -0.002    0.004 &    2.108 f

  new__core/cclk_misc_buf/misc1_bbl_15/Z (CLKINVUX8BV0UI31P)                0.037             0.018    0.985             0.016 &    2.124 r

  new__core/cclk_misc_buf/misc1_bbl_14/A (CLKINVUX8BV0UI31P)                         0.000    0.020    0.985    0.000    0.005 &    2.129 r

  new__core/cclk_misc_buf/misc1_bbl_14/Z (CLKINVUX8BV0UI31P)                0.033             0.016    0.985             0.013 &    2.142 f

  new__core/cclk_misc_buf/misc1_bbl_13/A (CLKINVUX8BV0UI31P)                         0.000    0.020    0.985   -0.000    0.005 &    2.147 f

  new__core/cclk_misc_buf/misc1_bbl_13/Z (CLKINVUX8BV0UI31P)                0.034             0.017    0.985             0.014 &    2.161 r

  new__core/cclk_misc_buf/misc1_bbl_12/A (CLKINVUX8BV0UI31P)                         0.000    0.019    0.985   -0.000    0.005 &    2.166 r

  new__core/cclk_misc_buf/misc1_bbl_12/Z (CLKINVUX8BV0UI31P)                0.031             0.016    0.985             0.013 &    2.179 f

  new__core/cclk_misc_buf/misc1_bbl_11/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.184 f

  new__core/cclk_misc_buf/misc1_bbl_11/Z (CLKINVUX8BV0UI31P)                0.034             0.016    0.985             0.014 &    2.197 r

  new__core/cclk_misc_buf/misc1_bbl_10/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985   -0.000    0.005 &    2.202 r

  new__core/cclk_misc_buf/misc1_bbl_10/Z (CLKINVUX8BV0UI31P)                0.031             0.016    0.985             0.012 &    2.215 f

  new__core/cclk_misc_buf/misc1_bbl_9/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    2.220 f

  new__core/cclk_misc_buf/misc1_bbl_9/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    0.985             0.013 &    2.233 r

  new__core/cclk_misc_buf/misc1_bbl_8/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985    0.000    0.005 &    2.238 r

  new__core/cclk_misc_buf/misc1_bbl_8/Z (CLKINVUX8BV0UI31P)                 0.031             0.016    0.985             0.012 &    2.250 f

  new__core/cclk_misc_buf/misc1_bbl_7/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    2.255 f

  new__core/cclk_misc_buf/misc1_bbl_7/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    0.985             0.013 &    2.268 r

  new__core/cclk_misc_buf/misc1_bbl_6/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.006 &    2.274 r

  new__core/cclk_misc_buf/misc1_bbl_6/Z (CLKINVUX8BV0UI31P)                 0.032             0.016    0.985             0.013 &    2.287 f

  new__core/cclk_misc_buf/misc1_bbl_5/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985   -0.000    0.004 &    2.291 f

  new__core/cclk_misc_buf/misc1_bbl_5/Z (CLKINVUX8BV0UI31P)                 0.031             0.015    0.985             0.013 &    2.304 r

  new__core/cclk_misc_buf/misc1_bbl_4/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985   -0.001    0.004 &    2.309 r

  new__core/cclk_misc_buf/misc1_bbl_4/Z (CLKINVUX8BV0UI31P)                 0.030             0.015    0.985             0.012 &    2.321 f

  new__core/cclk_misc_buf/misc1_bbl_3/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985   -0.000    0.005 &    2.325 f

  new__core/cclk_misc_buf/misc1_bbl_3/Z (CLKINVUX8BV0UI31P)                 0.034             0.016    0.985             0.014 &    2.339 r

  new__core/cclk_misc_buf/misc1_bbl_2/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985   -0.000    0.005 &    2.344 r

  new__core/cclk_misc_buf/misc1_bbl_2/Z (CLKINVUX8BV0UI31P)                 0.033             0.017    0.985             0.013 &    2.357 f

  new__core/cclk_misc_buf/misc1_bbl_1/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985   -0.002    0.002 &    2.360 f

  new__core/cclk_misc_buf/misc1_bbl_1/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    0.985             0.014 &    2.373 r

  new__core/cclk_misc_buf/misc1_bbl/A (CLKINVUX8BV0UI31P)                            0.000    0.018    0.985    0.000    0.005 &    2.378 r

  new__core/cclk_misc_buf/misc1_bbl/Z (CLKINVUX8BV0UI31P)                   0.029             0.015    0.985             0.012 &    2.391 f

  new__core/cclk_misc_buf/clk_buf2/A (CLKBUFUX8BV0UI31P)                             0.000    0.018    0.985    0.000    0.004 &    2.395 f

  new__core/cclk_misc_buf/clk_buf2/Z (CLKBUFUX8BV0UI31P)                    0.029             0.014    0.985             0.021 &    2.416 f

  new__core/cclk_misc_buf/misc2_bbl_20/A (CLKBUFUX8BV0UI31P)                         0.000    0.016    0.985   -0.001    0.003 &    2.420 f

  new__core/cclk_misc_buf/misc2_bbl_20/Z (CLKBUFUX8BV0UI31P)                0.030             0.015    0.985             0.021 &    2.440 f

  new__core/cclk_misc_buf/misc2_bbl_19/A (CLKINVUX8BV0UI31P)                         0.000    0.017    0.985   -0.001    0.004 &    2.444 f

  new__core/cclk_misc_buf/misc2_bbl_19/Z (CLKINVUX8BV0UI31P)                0.033             0.015    0.985             0.013 &    2.457 r

  new__core/cclk_misc_buf/misc2_bbl_18/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.462 r

  new__core/cclk_misc_buf/misc2_bbl_18/Z (CLKINVUX8BV0UI31P)                0.033             0.017    0.985             0.012 &    2.475 f

  new__core/cclk_misc_buf/misc2_bbl_17/A (CLKINVUX8BV0UI31P)                         0.000    0.020    0.985    0.000    0.006 &    2.480 f

  new__core/cclk_misc_buf/misc2_bbl_17/Z (CLKINVUX8BV0UI31P)                0.033             0.016    0.985             0.014 &    2.494 r

  new__core/cclk_misc_buf/misc2_bbl_16/A (CLKINVUX8BV0UI31P)                         0.000    0.019    0.985   -0.000    0.005 &    2.499 r

  new__core/cclk_misc_buf/misc2_bbl_16/Z (CLKINVUX8BV0UI31P)                0.031             0.016    0.985             0.012 &    2.511 f

  new__core/cclk_misc_buf/misc2_bbl_15/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.516 f

  new__core/cclk_misc_buf/misc2_bbl_15/Z (CLKINVUX8BV0UI31P)                0.031             0.015    0.985             0.013 &    2.530 r

  new__core/cclk_misc_buf/misc2_bbl_14/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.534 r

  new__core/cclk_misc_buf/misc2_bbl_14/Z (CLKINVUX8BV0UI31P)                0.030             0.015    0.985             0.012 &    2.547 f

  new__core/cclk_misc_buf/misc2_bbl_13/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.004 &    2.551 f

  new__core/cclk_misc_buf/misc2_bbl_13/Z (CLKINVUX8BV0UI31P)                0.032             0.015    0.985             0.013 &    2.564 r

  new__core/cclk_misc_buf/misc2_bbl_12/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.569 r

  new__core/cclk_misc_buf/misc2_bbl_12/Z (CLKINVUX8BV0UI31P)                0.031             0.016    0.985             0.012 &    2.581 f

  new__core/cclk_misc_buf/misc2_bbl_11/A (CLKINVUX8BV0UI31P)                         0.000    0.018    0.985    0.000    0.005 &    2.586 f

  new__core/cclk_misc_buf/misc2_bbl_11/Z (CLKINVUX8BV0UI31P)                0.030             0.015    0.985             0.013 &    2.599 r

  new__core/cclk_misc_buf/misc2_bbl_10/A (CLKINVUX8BV0UI31P)                         0.000    0.017    0.985    0.000    0.004 &    2.604 r

  new__core/cclk_misc_buf/misc2_bbl_10/Z (CLKINVUX8BV0UI31P)                0.033             0.016    0.985             0.013 &    2.616 f

  new__core/cclk_misc_buf/misc2_bbl_9/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    2.621 f

  new__core/cclk_misc_buf/misc2_bbl_9/Z (CLKINVUX8BV0UI31P)                 0.033             0.016    0.985             0.013 &    2.634 r

  new__core/cclk_misc_buf/misc2_bbl_8/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985   -0.000    0.005 &    2.640 r

  new__core/cclk_misc_buf/misc2_bbl_8/Z (CLKINVUX8BV0UI31P)                 0.032             0.016    0.985             0.013 &    2.653 f

  new__core/cclk_misc_buf/misc2_bbl_7/A (CLKINVUX8BV0UI31P)                          0.000    0.018    0.985   -0.002    0.003 &    2.656 f

  new__core/cclk_misc_buf/misc2_bbl_7/Z (CLKINVUX8BV0UI31P)                 0.035             0.016    0.985             0.014 &    2.670 r

  new__core/cclk_misc_buf/misc2_bbl_6/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.985   -0.000    0.006 &    2.676 r

  new__core/cclk_misc_buf/misc2_bbl_6/Z (CLKINVUX8BV0UI31P)                 0.036             0.018    0.985             0.013 &    2.689 f

  new__core/cclk_misc_buf/misc2_bbl_5/A (CLKINVUX8BV0UI31P)                          0.000    0.021    0.985   -0.000    0.006 &    2.695 f

  new__core/cclk_misc_buf/misc2_bbl_5/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    0.985             0.015 &    2.710 r

  new__core/cclk_misc_buf/misc2_bbl_4/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.985   -0.000    0.005 &    2.715 r

  new__core/cclk_misc_buf/misc2_bbl_4/Z (CLKINVUX8BV0UI31P)                 0.034             0.017    0.985             0.013 &    2.728 f

  new__core/cclk_misc_buf/misc2_bbl_3/A (CLKINVUX8BV0UI31P)                          0.000    0.021    0.985   -0.003    0.003 &    2.731 f

  new__core/cclk_misc_buf/misc2_bbl_3/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    0.985             0.015 &    2.746 r

  new__core/cclk_misc_buf/misc2_bbl_2/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    2.751 r

  new__core/cclk_misc_buf/misc2_bbl_2/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    0.985             0.014 &    2.765 f

  new__core/cclk_misc_buf/misc2_bbl_1/A (CLKINVUX8BV0UI31P)                          0.000    0.019    0.985    0.000    0.005 &    2.770 f

  new__core/cclk_misc_buf/misc2_bbl_1/Z (CLKINVUX8BV0UI31P)                 0.035             0.017    0.985             0.014 &    2.784 r

  new__core/cclk_misc_buf/misc2_bbl/A (CLKINVUX8BV0UI31P)                            0.000    0.020    0.985   -0.000    0.006 &    2.790 r

  new__core/cclk_misc_buf/misc2_bbl/Z (CLKINVUX8BV0UI31P)                   0.035             0.017    0.985             0.013 &    2.803 f

  new__core/cclk_misc_buf/clk_buf/A (CLKINVX8BV0SI35P)                               0.000    0.020    0.985    0.000    0.006 &    2.808 f

  new__core/cclk_misc_buf/clk_buf/Z (CLKINVX8BV0SI35P)                      0.011             0.012    0.985             0.015 &    2.823 r

  new__core/cclk_misc_buf/CTS_cclk_misc_CTO_delay406/A (CLKBUFUX4BV0UI31P)           0.000    0.012    0.984    0.000    0.001 &    2.824 r

  new__core/cclk_misc_buf/CTS_cclk_misc_CTO_delay406/Z (CLKBUFUX4BV0UI31P)    0.048           0.032    0.984             0.029 &    2.853 r

  new__core/cclk_misc_buf/clk_out (bx_clk_buf_wrap_2)                                         0.000    0.984             0.000 &    2.853 r

  new__core/CLKINVUX6BV0UI31P_G1B20I3/A (CLKINVUX8BV0UI31P)                          0.000    0.033    0.984    0.000    0.004 &    2.857 r

  new__core/CLKINVUX6BV0UI31P_G1B20I3/Z (CLKINVUX8BV0UI31P)                 0.073             0.032    0.984             0.021 &    2.878 f

  new__core/CLKINVUX4BV0UI31P_G1B19I4/A (CLKINVUX8BV0UI31P)                          0.000    0.042    0.984   -0.000    0.010 &    2.888 f

  new__core/CLKINVUX4BV0UI31P_G1B19I4/Z (CLKINVUX8BV0UI31P)                 0.021             0.019    0.984             0.018 &    2.906 r

  new__core/CLKINVUX8BV0UI31P_G1B18I2/A (CLKINVUX8BV0UI31P)                          0.000    0.020    0.984   -0.000    0.002 &    2.908 r

  new__core/CLKINVUX8BV0UI31P_G1B18I2/Z (CLKINVUX8BV0UI31P)                 0.019             0.012    0.984             0.011 &    2.919 f

  new__core/CLKINVUX4BV0UI31P_G1B17I4/A (CLKINVUX8BV0UI31P)                          0.000    0.013    0.984    0.000    0.002 &    2.921 f

  new__core/CLKINVUX4BV0UI31P_G1B17I4/Z (CLKINVUX8BV0UI31P)                 0.062             0.020    0.984             0.013 &    2.934 r

  new__core/CLKINVUX4BV0UI31P_G1B16I4/A (CLKINVUX8BV0UI31P)                          0.000    0.037    0.984    0.000    0.016 &    2.950 r

  new__core/CLKINVUX4BV0UI31P_G1B16I4/Z (CLKINVUX8BV0UI31P)                 0.064             0.026    0.984             0.016 &    2.965 f

  new__core/CLKINVUX8BV0UI31P_G1B15I5/A (CLKINVUX8BV0UI31P)                          0.000    0.064    0.983   -0.000    0.024 &    2.989 f

  new__core/CLKINVUX8BV0UI31P_G1B15I5/Z (CLKINVUX8BV0UI31P)                 0.067             0.036    0.983             0.031 &    3.020 r

  new__core/CLKINVUX8BV0UI31P_G1B14I13/A (CLKINVUX4BV0UI31P)                         0.000    0.044    0.984    0.000    0.010 &    3.030 r

  new__core/CLKINVUX8BV0UI31P_G1B14I13/Z (CLKINVUX4BV0UI31P)                0.061             0.049    0.984             0.033 &    3.064 f

  new__core/CLKINVUX8BV0UI31P_G1B13I1/A (CLKINVUX6BV0UI31P)                          0.000    0.061    0.984   -0.012    0.005 &    3.069 f

  new__core/CLKINVUX8BV0UI31P_G1B13I1/Z (CLKINVUX6BV0UI31P)                 0.064             0.041    0.984             0.033 &    3.102 r

  new__core/CLKINVUX8BV0UI31P_G1B12I1/A (CLKINVUX6BV0UI31P)                          0.000    0.052    0.984    0.000    0.017 &    3.119 r

  new__core/CLKINVUX8BV0UI31P_G1B12I1/Z (CLKINVUX6BV0UI31P)                 0.068             0.042    0.984             0.030 &    3.149 f

  new__core/CLKINVUX8BV0UI31P_G1B11I2/A (CLKINVUX8BV0UI31P)                          0.000    0.051    0.984    0.000    0.015 &    3.164 f

  new__core/CLKINVUX8BV0UI31P_G1B11I2/Z (CLKINVUX8BV0UI31P)                 0.065             0.033    0.984             0.027 &    3.191 r

  new__core/CLKINVUX8BV0UI31P_G1B10I7/A (CLKINVUX6BV0UI31P)                          0.000    0.043    0.984    0.000    0.016 &    3.206 r

  new__core/CLKINVUX8BV0UI31P_G1B10I7/Z (CLKINVUX6BV0UI31P)                 0.066             0.040    0.984             0.028 &    3.234 f

  new__core/CLKINVUX6BV0UI31P_G1B9I10/A (CLKINVUX3BV0UI31P)                          0.000    0.045    0.984    0.000    0.006 &    3.240 f

  new__core/CLKINVUX6BV0UI31P_G1B9I10/Z (CLKINVUX3BV0UI31P)                 0.050             0.050    0.984             0.039 &    3.279 r

  new__core/CLKINVUX6BV0UI31P_G1B8I13/A (CLKINVUX7BV0UI31P)                          0.000    0.056    0.984    0.000    0.012 &    3.291 r

  new__core/CLKINVUX6BV0UI31P_G1B8I13/Z (CLKINVUX7BV0UI31P)                 0.047             0.032    0.984             0.023 &    3.314 f

  new__core/CLKINVUX6BV0UI31P_G1B7I3/A (CLKINVUX7BV0UI31P)                           0.000    0.038    0.984   -0.008    0.003 &    3.316 f

  new__core/CLKINVUX6BV0UI31P_G1B7I3/Z (CLKINVUX7BV0UI31P)                  0.043             0.025    0.984             0.023 &    3.339 r

  new__core/CLKINVUX8BV0UI31P_G1B6I8/A (CLKINVUX3BV0UI31P)                           0.000    0.029    0.984   -0.003    0.005 &    3.344 r

  new__core/CLKINVUX8BV0UI31P_G1B6I8/Z (CLKINVUX3BV0UI31P)                  0.033             0.033    0.984             0.025 &    3.369 f

  new__core/CLKINVUX6BV0UI31P_G1B5I20/A (CLKINVUX7BV0UI31P)                          0.000    0.036    0.984   -0.010   -0.004 &    3.365 f

  new__core/CLKINVUX6BV0UI31P_G1B5I20/Z (CLKINVUX7BV0UI31P)                 0.067             0.032    0.984             0.026 &    3.391 r

  new__core/CLKINVUX8BV0UI31P_G1B4I22/A (CLKINVUX5BV0UI31P)                          0.000    0.037    0.983   -0.000    0.008 &    3.400 r

  new__core/CLKINVUX8BV0UI31P_G1B4I22/Z (CLKINVUX5BV0UI31P)                 0.033             0.027    0.982             0.021 &    3.421 f

  new__core/CLKINVUX8BV0UI31P_G1B3I40/A (CLKINVUX3BV0UI31P)                          0.000    0.028    0.983   -0.008   -0.003 &    3.418 f

  new__core/CLKINVUX8BV0UI31P_G1B3I40/Z (CLKINVUX3BV0UI31P)                 0.040             0.039    0.982             0.030 &    3.448 r

  new__core/CTS_cclk_misc_CTO_delay3280/A (CLKBUFUX7BV0UI31P)                        0.000    0.042    0.982    0.000    0.004 &    3.452 r

  new__core/CTS_cclk_misc_CTO_delay3280/Z (CLKBUFUX7BV0UI31P)               0.014             0.011    0.981             0.026 &    3.478 r

  new__core/CLKINVUX8BV0UI31P_G1B2I69/A (CLKINVUX7BV0UI31P)                          0.000    0.011    0.981    0.000    0.001 &    3.479 r

  new__core/CLKINVUX8BV0UI31P_G1B2I69/Z (CLKINVUX7BV0UI31P)                 0.031             0.015    0.979             0.011 &    3.490 f

  new__core/CTS_cclk_misc_CTO_delay3525/A (CLKBUFUX6BV0UI31P)                        0.000    0.016    0.981    0.000    0.002 &    3.493 f

  new__core/CTS_cclk_misc_CTO_delay3525/Z (CLKBUFUX6BV0UI31P)               0.004             0.006    0.979             0.017 &    3.510 f

  new__core/CLKINVUX4BV0UI31P_G1B1I162/A (CLKINVUX2BV0UI31P)                         0.000    0.006    0.981    0.000    0.000 &    3.510 f

  new__core/CLKINVUX4BV0UI31P_G1B1I162/Z (CLKINVUX2BV0UI31P)                0.032             0.045    0.979             0.024 &    3.535 r

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/clk (sk_pipe_1_103)                                    0.000    0.969             0.000 &    3.535 r

  new__core/xyz_mqu22_fol_ttt_vdd_fifo/out_reg_reg_0/CP (SDFPQLX1MV0SI35P)           0.000    0.046    0.969    0.000    0.003 &    3.538 r

  clock reconvergence pessimism                                                                                          0.062      3.600

  clock uncertainty                                                                                                     -0.075      3.525

  library setup time                                                                                   1.000            -0.023      3.502

  data required time                                                                                                                3.502

  ------------------------------------------------------------------------------------------------------------------------------------------

  data required time                                                                                                                3.502

  data arrival time                                                                                                                -4.102

  ------------------------------------------------------------------------------------------------------------------------------------------

  slack (VIOLATED)                                                                                                                 -0.600

 

  Derate Summary Report

  ----------------------------------------------------------------------------------------------------------------------------------

  total derate : required time                                                                                           0.042

  total derate : arrival time                                                                                           -0.098

  ----------------------------------------------------------------------------------------------------------------------------------

  total derate : slack                                                                                                   0.140

 

  slack (with derating applied) (VIOLATED)                                                                              -0.600

  clock reconvergence pessimism (due to derating)                                                                       -0.063

  ----------------------------------------------------------------------------------------------------------------------------------

  slack (with no derating) (VIOLATED)                                                                                   -0.524

 

 

 

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