Ceremorphic Interview Questions and Answers

Q1. Logic design apptitude coding verilog
Add your answer
Q2. Design of async fifo
Ans. 
Designing an asynchronous FIFO involves creating a buffer with separate read and write pointers to allow for independent data transfers.
• Use dual-port RAM to store data with separate read and write ports.

• Implement logic to handle read and write pointer movements independently.

• Include control logic to manage data flow and prevent overflow or underflow.

• Consider using gray code for pointer encoding to avoid metastability i
Answered by AI
Add your answer
Q3. Basic gates using mux
Ans. 
Basic gates can be implemented using multiplexers (mux) by selecting the appropriate inputs based on the control signal.
• AND gate can be implemented using a 2:1 mux with one input tied to 0 and the other input connected to the control signal.

• OR gate can be implemented using a 2:1 mux with one input tied to 1 and the other input connected to the control signal.

• NOT gate can be implemented using a 2:1 mux with one input ti...read more
Answered by AI
Add your answer

Q1. Introduce yourself in detail
Add your answer

Q1. 1.Basics of Digital design 2.FSM design 3.CDC techniques
Add your answer
Q2. EOJQ3GJLVFEAQPIHNVR
Add your answer

This is only for freshers

Q1. Design a synchronous FIFO
Ans. 
A synchronous FIFO is a buffer that stores data in a first-in, first-out order with synchronized read and write operations.
• The FIFO should have a read pointer and a write pointer

• The read and write pointers should be synchronized to the same clock signal

• When the FIFO is full, the write pointer should stop advancing

• When the FIFO is empty, the read pointer should stop advancing

• The FIFO should have a flag to indicate when
Answered by AI
Add your answer