Best for learning complex hardware designs.
There are a lot of access issues, and it takes a long time to get access.
The interviewers were friendly and helped me wherever I got stuck. There were 2 technical rounds, each of 45 minutes. Topics included: * Digital logics * Verilog code * Recursion in C++ * FSM * Flipflop network outputs * Cache
There were two rounds of interviews. Both rounds were technical and lasted around 45 minutes each. Questions covered basic digital electronics, computer organization and architecture, Verilog coding, and C++.
We said hi to each other, and the interviewer directly dived into coding questions posted in the interview document sent by Google. I had to code my approach in the same document. Three coding questions were asked in Round 1. No digital or hardware-r
The interviewers were friendly and helped me wherever I got stuck. There were 2 technical rounds, each of 45 minutes. Topics included: * Digital logics * Verilog code * Recursion in C++ * FSM * Flipflop network outputs * Cache
There were two rounds of interviews. Both rounds were technical and lasted around 45 minutes each. Questions covered basic digital electronics, computer organization and architecture, Verilog coding, and C++.
We said hi to each other, and the interviewer directly dived into coding questions posted in the interview document sent by Google. I had to code my approach in the same document. Three coding questions were asked in Round 1. No digital or hardware-r