1. Explain the difference between Planar and FIN-FET technology ?
2. Explain pros and cons of gate length scales down ?
3. What is process variation ?
4. As a design engineer how you handle process variations ?
5. What is PPA ?
6. Explain Monte Carlo analysis ?
7. What are the high sigma tools you have used ?
8. What is PVT ?
9. Explain 6T bit cell read and write ?
10. What is the worst corner for bit cell write and why ?
11. What is the worst corner for bit cell read and why ?
12. What is critical path modeling ?
13. Explain complete signal flow of write and read of memory ?
14. Why you need pre-charge in memory ?
15. What is column muxing ? Why it is used ?
16. What is read margin ?
17. Explain the signal flow of read margin ?
18. What is write margin and Explain the signal flow ?
19. What are power margins ?
20. What is setup time ?
21. Explain setup time in memory prospective ? How you calculate ?
22. What is hold time ? How you calculate in memory ?
23. What is access time ?
24. What is cycle time ?
25. Explain recovery time ?
26. What is LIB ? What it contains ?
27. How you characterize ?
28. What are the different types of input vectors for worst case ?
29. How you validate the LIB data ?
30. What is self timed memory ?
31. Explain self timing scheme ?
32. Explain decoding scheme ?
33. What is SAMP ?
34. Explain design and working of SAMP ?
35. How you decide offset for SAMP ?
36. Explain about SAMP analysis you did ?
37. Why PMOS is used in read mux ? Why not PMOS ?
38. What are different read assist techniques ?
39. How you find out read assist is needed ?
40. Explain about write assist techniques ?
41. How you find out write assist is needed ? or is it by default feature ?
42. Explain about NBL and TVC in brief ?
2. Explain pros and cons of gate length scales down ?
3. What is process variation ?
4. As a design engineer how you handle process variations ?
5. What is PPA ?
6. Explain Monte Carlo analysis ?
7. What are the high sigma tools you have used ?
8. What is PVT ?
9. Explain 6T bit cell read and write ?
10. What is the worst corner for bit cell write and why ?
11. What is the worst corner for bit cell read and why ?
12. What is critical path modeling ?
13. Explain complete signal flow of write and read of memory ?
14. Why you need pre-charge in memory ?
15. What is column muxing ? Why it is used ?
16. What is read margin ?
17. Explain the signal flow of read margin ?
18. What is write margin and Explain the signal flow ?
19. What are power margins ?
20. What is setup time ?
21. Explain setup time in memory prospective ? How you calculate ?
22. What is hold time ? How you calculate in memory ?
23. What is access time ?
24. What is cycle time ?
25. Explain recovery time ?
26. What is LIB ? What it contains ?
27. How you characterize ?
28. What are the different types of input vectors for worst case ?
29. How you validate the LIB data ?
30. What is self timed memory ?
31. Explain self timing scheme ?
32. Explain decoding scheme ?
33. What is SAMP ?
34. Explain design and working of SAMP ?
35. How you decide offset for SAMP ?
36. Explain about SAMP analysis you did ?
37. Why PMOS is used in read mux ? Why not PMOS ?
38. What are different read assist techniques ?
39. How you find out read assist is needed ?
40. Explain about write assist techniques ?
41. How you find out write assist is needed ? or is it by default feature ?
42. Explain about NBL and TVC in brief ?
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