Right, but that's my point, compute is compute is compute. There are tensor acceleration cores in commercially available hardware dating back five years. They capped things above a specific performance threshold, is my understanding, but that just means you need more of the less powerful hardware, so all you've done is make things more expensive/less energy-efficient, but not block any specific application. Not in cheap, portable chips, not in huge industrial data center processors.
So not particularly useful to stop cyberwarfare, not particularly useful to stop military applications. The only use I see is making commercial applications less competitive. Specifically on the training side of things.
vaultdweller013@sh.itjust.works 4 months ago
The goal is kinda to just fuck China overall. Also youre wrong about military application, just cause you can duck tape 500 PS2s together to achieve the same thing as my PC doesnt mean it will be as fast, efficient, or as small as my pc.
Just using an example say an American General Dynamics AA missile weigh 400 pounds with the newest and best hardware, to achieve the same thing cludging together a bunch of older hardware for an equivalent Chinese missile may very well increase the weight to 450 pounds, which in turn can effect speed, maneuverability, and even explosive yield.
Remember theres a reason nobody cludges together a bunch of vista era computers to try to match a modern PC on a practical level.