Mam you told that we can't you use higher or lower depth FIFO and second you are telling that that we use brust to avoid data loss when it get full. It's little bit confusing concept. Means if by taking exact size of FIFO still we are losing the data then why we shouldn't take higher depth FIFO. Or how data loss by taking exact size of FIFO.
If we are writing at a faster rate and reading at a slower rate, we will always lose data. Think of it like filling a bucket with water. You turn the tap on and also make a hole in the bucket, you will lose water at some point independent of the size of bucket. That is why you always write data in bursts (e.g. for 100 cycles, 60 cycles of valid data and 40 idle), that way read side has sufficient time to get the data out. This way we can decide on the size of fifo (bucket) depending on the data read/write rate. Similar to turning off water tap and letting the water flow through hole, then turning the tap back on. Hope I have helped!
Thank you i already forgot all stuff in college. This is useful for career change 😂
Very informative
Very clear explanation please post more videos in fifo with all concepts
Thanks for such a Great information Madam
pls do the video on sv and uvm complete tb
Hi mam .
very nice presentation mam.
mam could you please tell me that which mic, camera and editing tool you are using to make these videos mam.
Mam can you tell about what is burst ?
Good explanation 👍👍
Excellent❤
Video on router project plz...in vlsi...
sure, will provide a detailed project video
@@vlsipoint tq
hello mam please tell us the AES 128 encryption code
Can you or anyone please update the telegram link ? it shows that the link has expired. Thanks in advance!
Mam you told that we can't you use higher or lower depth FIFO and second you are telling that that we use brust to avoid data loss when it get full. It's little bit confusing concept. Means if by taking exact size of FIFO still we are losing the data then why we shouldn't take higher depth FIFO. Or how data loss by taking exact size of FIFO.
If we are writing at a faster rate and reading at a slower rate, we will always lose data. Think of it like filling a bucket with water. You turn the tap on and also make a hole in the bucket, you will lose water at some point independent of the size of bucket. That is why you always write data in bursts (e.g. for 100 cycles, 60 cycles of valid data and 40 idle), that way read side has sufficient time to get the data out. This way we can decide on the size of fifo (bucket) depending on the data read/write rate. Similar to turning off water tap and letting the water flow through hole, then turning the tap back on.
Hope I have helped!