I always wondered why L1 caches couldn't just be bigger. L1 caches need to be close to clock speed of the core and bigger caches means increased latency because the bottleneck is length of the bit line and number of word lines which increases with capacity.
They need to do way instain chip> which corrupt thier data, becuse these data cant fright back? It was on the news this mroing a motherboard in pc which had flip its three bits, they are taking the three data back to new file too era to correct. my parity are with the process which lost its ingetrity ; i am truley sorry for your lots
For those interested in learning about the inner workings of computers, I also recommend the book Code by Charles Petzold.
https://codehiddenlanguage.com/
I always wondered why L1 caches couldn't just be bigger. L1 caches need to be close to clock speed of the core and bigger caches means increased latency because the bottleneck is length of the bit line and number of word lines which increases with capacity.
This whole thing is exceptionally well done - and a free resource!
https://www.makingsoftware.com
How is babby formed?
This is a crazy good explanation and the illustrations go a long way.
how disk get fragment?
They need to do way instain chip> which corrupt thier data, becuse these data cant fright back? It was on the news this mroing a motherboard in pc which had flip its three bits, they are taking the three data back to new file too era to correct. my parity are with the process which lost its ingetrity ; i am truley sorry for your lots
https://en.wikipedia.org/wiki/Defragmentation
You seem to be missing the reference (https://knowyourmeme.com/memes/how-is-babby-formed).
Lol. I suppose I should be grateful I don't know all the memes!
Ha, glad to see I wasn’t the only one who thought of this.
This is so nice. Great up!
Thanks for sharing this very nice collection.
Very nicely designed page
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