I was asked to implement a 4-bit priority encoder using basic gates , and if i want to add one more bit how many gates i must add? and then to implement an SR flip-flop using D flip-flops — first with asynchronous Set, and then with asynchronous Reset.
phone interviews are all about then experience in resume
Basic logic design
There were no out of the box questions.
what is inheritence... rest were on tomasulo algorithm
Be prepared to answer academic questions
How to reverse a linked list
Test bench architecture, systemverilog minutae, polymorphism in uvm, fifo design(including the generation of control), details on clock domain crossing, clock gating, setup and hold times, flops and resets, serial protocol and clock recovery,cache coherency, power saving methods, assertions, soc verification techniques, data structures,sort and search algorithms, quantum mechanics(no.. just kidding about the last one) cover each "gotcha" point on all of the topics(all of which I answered correctly), but few with real depth or understanding. I got the feeling that they knew stuff as solutions to puzzles . When asked about their "solutions" they gave weak plausibility examples. Also, hashing algorithms and applications, as usual an eternal fad.
Write a function to find the repeated elements in an array and their counts.
What is your favorite course?
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