@napoleaninlondon : Actually he is correct. Although he states that "unless writing can be done in the front half and reading the back half of a cycle," this is just babble because there is a flipflop between the write and read side of an RF, which is used to actually sync and store the write before any further reads are done on the next cycle. Although you CAN write AND read from the same RF, the reading will always be 1 cycle too late if on the same register line.
Excuse me sir, I've noticed you are also continuously speaking. If I'm going out, I'm going out with you.
fckingkim 1 month ago
Well, I get none of the sound.
Cdoddsy 2 months ago
sound is missing
Cdoddsy 4 months ago
@Cdoddsy most of the sound comes from the right speaker
SpearoWhoreo 3 months ago
ownage
numlook756 4 months ago
i almost left my own room
benshelly 9 months ago 2
This has been flagged as spam show
34m30s scared crap out of me!
realgwyn 1 year ago 4
Comment removed
realgwyn 1 year ago
Note that the prof has incorrectly commented on the data hazard section wherein the prof says that the I+3 also has to stall , but it does not.
napoleaninlondon 2 years ago
@napoleaninlondon : Actually he is correct. Although he states that "unless writing can be done in the front half and reading the back half of a cycle," this is just babble because there is a flipflop between the write and read side of an RF, which is used to actually sync and store the write before any further reads are done on the next cycle. Although you CAN write AND read from the same RF, the reading will always be 1 cycle too late if on the same register line.
sabriath 8 months ago
You tell em Prof. Anshul Kumar!
ckang7777 2 years ago