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The first round of interviews included two 30-minute interviews. One interview involved writing Verilog code to find the maximum number from a 256-byte ROM. The second interview required writing Verilog code to swap the lower nibble with the higher
The technical rounds were very challenging. With four rounds overall, it was difficult because the level of questioning was consistently high. It was truly challenging to clear the technical interviews, then the HR discussion, and finally, the joy of
Divide by 2 frequency circuit? MUX using NAND gates only! Topics: 1. Logic design 2. Computer architecture 3. Validation 4. Software More questions to test how well you understand the circuit from system level, buses, and interconnect.
The first round of interviews included two 30-minute interviews. One interview involved writing Verilog code to find the maximum number from a 256-byte ROM. The second interview required writing Verilog code to swap the lower nibble with the higher
The technical rounds were very challenging. With four rounds overall, it was difficult because the level of questioning was consistently high. It was truly challenging to clear the technical interviews, then the HR discussion, and finally, the joy of
Divide by 2 frequency circuit? MUX using NAND gates only! Topics: 1. Logic design 2. Computer architecture 3. Validation 4. Software More questions to test how well you understand the circuit from system level, buses, and interconnect.