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Clock Domain Details

Summary

Name: Origin	Graph	Rising	Falling	Number of flip-flops using this clock domain	Number of instances using this clock domain
CLK   - CLK: spacefibre_light_top.vhd#45 (Port)		✔	✗	707/1245 (56.79%)	38/103

Instances using this clock domain

Count: 55

Instance	Rising	Falling
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_link_reset (data_link_reset)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_out_bc_buf (data_out_bc_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_out_bc_buf (data_out_bc_buf) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(0).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(0).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(1).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(1).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(2).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(2).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(3).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(3).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(4).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(4).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(5).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(5).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(6).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(6).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(7).inst_data_out_buff (data_out_buff)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_out_buff(7).inst_data_out_buff (data_out_buff) > ints_fifo_dc_axis_s (FIFO_DC_AXIS_S) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_mac (data_mac)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_encapsulation (data_encapsulation)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_seq_compute (data_seq_compute)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_crc_compute (data_crc_compute)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_in_bc_buf (data_in_bc_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_in_bc_buf (data_in_bc_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_desencapsulation_bc (data_desencapsulation_bc)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_mid_buf_bc (FIFO_DC_DROP_BAD_FRAME)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(0).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(0).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(1).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(1).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(2).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(2).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(3).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(3).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(4).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(4).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(5).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(5).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(6).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(6).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(7).inst_data_in_buf (data_in_buf)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > gen_data_in_buff(7).inst_data_in_buf (data_in_buf) > ints_fifo_dc_axis_m (FIFO_DC_AXIS_M) > fifo_dc_inst (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_desencapsulation (data_desencapsulation)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_mid_buf (FIFO_DC_DROP_BAD_FRAME)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_seq_check (data_seq_check)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_crc_check (data_crc_check)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_word_id_fsm (data_word_id_fsm)	✔	✗
TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_err_management (data_err_management)	✔	✗
TOP (spacefibre_light_top) > inst_mux_tx (mux_tx)	✔	✗
TOP (spacefibre_light_top) > inst_demux_rx (demux_rx)	✔	✗
TOP (spacefibre_light_top) > inst_phy_plus_lane (phy_plus_lane) > inst_fifo_in_ctrl (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_phy_plus_lane (phy_plus_lane) > inst_fifo_tx_data (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_phy_plus_lane (phy_plus_lane) > inst_fifo_rx_data (FIFO_DC)	✔	✗
TOP (spacefibre_light_top) > inst_phy_plus_lane (phy_plus_lane) > inst_fifo_out_ctrl (FIFO_DC)	✔	✗

Flip-flops using this clock domain

Count: 707

Rising-edge usage

Count: 707
fifo_dc.vhd#199
fifo_dc.vhd#222
fifo_dc.vhd#240
fifo_dc.vhd#256
fifo_dc.vhd#300
fifo_dc.vhd#321
fifo_dc.vhd#344
fifo_dc.vhd#362
fifo_dc.vhd#378
fifo_dc.vhd#419
fifo_dc.vhd#440
fifo_dc_drop_bad_frame.vhd#202
fifo_dc_drop_bad_frame.vhd#254
fifo_dc_drop_bad_frame.vhd#271
fifo_dc_drop_bad_frame.vhd#288
fifo_dc_drop_bad_frame.vhd#329
fifo_dc_drop_bad_frame.vhd#349
fifo_dc_drop_bad_frame.vhd#371
fifo_dc_drop_bad_frame.vhd#388
fifo_dc_drop_bad_frame.vhd#403
fifo_dc_drop_bad_frame.vhd#461
demux_rx.vhd#59
mux_tx.vhd#75
data_crc_check.vhd#109
data_crc_check.vhd#156
data_crc_check.vhd#199
data_crc_compute.vhd#127
data_crc_compute.vhd#183
data_crc_compute.vhd#91
data_desencapsulation.vhd#67
data_desencapsulation_bc.vhd#63
data_encapsulation.vhd#92
data_err_management.vhd#107
data_err_management.vhd#166
data_err_management.vhd#206
data_err_management.vhd#269
data_err_management.vhd#285
data_in_bc_buf.vhd#170
data_in_buf.vhd#206
data_in_buf.vhd#225
data_in_buf.vhd#298
data_in_buf.vhd#345
data_link_reset.vhd#92
data_mac.vhd#132
data_mac.vhd#326
data_out_bc_buf.vhd#172
data_out_bc_buf.vhd#184
data_out_bc_buf.vhd#208
data_out_bc_buf.vhd#226
data_out_buf.vhd#225
data_out_buf.vhd#252
data_out_buf.vhd#388
data_out_buf.vhd#404
data_out_buf.vhd#420
data_out_buf.vhd#458
data_out_buf.vhd#481
data_out_buf.vhd#499
data_out_buf.vhd#537
data_out_buf.vhd#560
data_out_buf.vhd#588
data_seq_check.vhd#125
data_seq_compute.vhd#74
data_word_id_fsm.vhd#134
data_word_id_fsm.vhd#220
data_word_id_fsm.vhd#273
data_word_id_fsm.vhd#413

Falling-edge usage

Count: 0

Note that there could be fewer source code locations than the number of flip-flops because several flip-flops can be inferred from the same piece of code.

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