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
Complex: u1_plama.u1_cpu.u1_pc_next.reset_in - ROT_CENTER: plasma_3e.vhd#73 (Port) - u1_plama.u1_cpu.reset_reg: mlite_cpu.vhd#160 (Flip-flop)		✔	✗	✔	✗	✔	✗	16/56 (28.57%)	4/15

Instances using this reset domain

Count: 4

Instance	Asynchronous	Synchronous	Active High	Active Low
TOP (plasma_3e) > u1_plama (plasma) > u1_cpu (mlite_cpu) > u1_pc_next (pc_next)	✔	✗	✔	✗
TOP (plasma_3e) > u1_plama (plasma) > u1_cpu (mlite_cpu) > u2_mem_ctrl (mem_ctrl)	✔	✗	✔	✗
TOP (plasma_3e) > u1_plama (plasma) > u1_cpu (mlite_cpu) > u4_reg_bank (reg_bank)	✔	✗	✔	✗
TOP (plasma_3e) > u1_plama (plasma) > u1_cpu (mlite_cpu) > u8_mult (mult)	✔	✗	✔	✗

Flip-flops using this reset domain

Count: 16

Asynchronous usage

Count: 16
mem_ctrl.vhd#165
mult.vhd#99
pc_next.vhd#59
reg_bank.vhd#89

Synchronous usage

Count: 0

Active-high usage

Count: 16
mem_ctrl.vhd#165
mult.vhd#99
pc_next.vhd#59
reg_bank.vhd#89

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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