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# Reset Domain Details ## Summary | Name: Origin | Graph | Global | Local | Asynchronous | Synchronous | Active High | Active Low | Number of flip-flops
using this reset domain | Number of instances
using this reset domain | | --- | :---: | :---: | :---: | :---: | :---: | :---: | :---: | ---: | ---: | |**inst_data_link.inst_data_link_reset.lane_reset_dlre_i**
  - **inst_data_link.inst_data_link_reset.lane_reset_dlre_i**: data_link_reset.vhd#92 (Flip-flop)|Open Reset Hierarchy Graph|✔|✗|✗|✔|✔|✗|**111**/1245 (8.92%)|**10**/103| ## Instances using this reset domain **Count: 10** | Instance | Asynchronous | Synchronous | Active High | Active Low | --- | :---: | :---: | :---: | :---: | |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_desencapsulation_bc (data_desencapsulation_bc)|✗|✔|✔|✗| |TOP (spacefibre_light_top) > inst_data_link (data_link) > inst_data_desencapsulation (data_desencapsulation)|✗|✔|✔|✗| |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)|✗|✔|✔|✗| ## Flip-flops using this reset domain **Count: 111** ### Asynchronous usage | Count: 0 | | --- | ### Synchronous usage | Count: 111 | | --- | | 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_mac.vhd#132 | | data_seq_check.vhd#125 | | data_seq_compute.vhd#74 | | data_word_id_fsm.vhd#134 | | data_word_id_fsm.vhd#273 | ### Active-high usage | Count: 111 | | --- | | 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_mac.vhd#132 | | data_seq_check.vhd#125 | | data_seq_compute.vhd#74 | | data_word_id_fsm.vhd#134 | | data_word_id_fsm.vhd#273 | ### Active-low 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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