TechTok
TechTok
  • 2
  • 10 272
System Verilog Constraints And Interview Questions
Description :
0:00 Intro
0:07 Content
0:31 Constraint syntax
0:53 Constraint placement
1:05 Soft constraints
2:10 Constraint types
3:08 Simulation overhead
3:08 Question 1
4:04 Question 2
5:02 Question 3
5:30 Question 4
5:45 Feedback
Systemverilog interview questions,
apple interview questions,
nvidia interview questions,
qualcomm interview questions,
hardware interview questions,
apple,
nvidia,
qualcomm,
facebook,
systemverilog,
constraint,
semiconductor,
solve before,
soft constraint,
post randomize,
pre randomize,
randomize,
synopsys VCS,
4 KB aligned,
prime number
Переглядів: 7 152

Відео

Design Verification Interview QuestionsDesign Verification Interview Questions
Design Verification Interview Questions
Переглядів 3,1 тис.2 роки тому
Fresh Design verification interview questions asked from top semiconductor companies in recent times 0:0 : Introduction 0:06 : Categories of questions 2:43 : Question 1 2:56 : Answer

КОМЕНТАРІ

  • @meenakshi5362
    @meenakshi5362 Рік тому

    RV-Skills tutorials?

  • @narennaren436
    @narennaren436 2 роки тому

    Q1. Second solution is faster, as the list of primes is readily available Q3. Using post_randomize() would be faster, as addr is not declared as a rand variable Q4. bit [31:0] addr; rand bit [4:0] pos1, pos2; constraint addr_c { pos1 != (pos2+1); pos2 != (pos1+1); } function void post_randomize(); addr = (1<< pos1) | (1<<pos2); endfunction

  • @SanthoshKumar-tg1nm
    @SanthoshKumar-tg1nm 2 роки тому

    Sir Can you please provide some other constraint assertions and coverage based examples with real time examples in interview point of view

  • @punithapg4261
    @punithapg4261 2 роки тому

    Pls explain ABT assertion and coverage

  • @gokulp6878
    @gokulp6878 2 роки тому

    Can you please explain the constraint for axis and ahb protocol based?

  • @gokulp6878
    @gokulp6878 2 роки тому

    your examples are very useful

  • @happynest9757
    @happynest9757 2 роки тому

    👌🏼