JismI cant find a proper article that goes into all that, but ive found some interesting stuff:



Source: www.extremetech.com/computing/256623-liquid-nitrogen-drives-18-core-core-i9-7980xe-6ghz

I think derbauer once showed a video in where the power requirement would drop once going below zero in temps. Remember this all core OC is a working one (thats stable) and not a suicide run with highest possible clock on whatever voltage you throw at it.

fancuckerThat's my issue with the AMD design approach. Let's just increase the FPU EUs, uOP cache, L3 cache etc, no sophistication just brute force thanks to the process shrink. Look at Sunny Coves 18% uplift through more conservative but intelligent changes and the 10th gen focus on a performance shift on 4/6 cores at an entirely new power envelope. AMD is relentlessly pushing an archaic design scheme all the way to zen 4 and 5nm

I can't blame their chiplet/core focus because they need the server money. Nice of them to benefit consumers as well. The 3600 is a very good chip.

Manoathe clock deficit don't effect the per core performance, zen-3000 cores 4200 mhz it's equal to 9900KH at 5000 mhz, mybe becuase it have more than 10 times more cache xD and a few other thing like improve latencies
what is mega lol is the name starship xD with this thing you can realy build your own NASA :)


you have to understand it not possible what you whant :x the mosfet, caps and even resistor and even the conduits iteselfs would burn out from this :x that the problem
if you prime95 a processor like this (even old version without AVX) it will blow, on 4200 it reach 74 C with water, what you think hapen with this more than 5000 ?