May also be a different percentage of dark silicon, with GH100 being a high margins low volume chip it can probably get away with less chips per wafer if this will improve its overall thermals.Over 21 % better density from just more cache?
May also be a different percentage of dark silicon, with GH100 being a high margins low volume chip it can probably get away with less chips per wafer if this will improve its overall thermals.Over 21 % better density from just more cache?
Kimi overestimated Hopper's die size, not transisor count, and NVIDIA hinted at that number already in their teasers.
NVIDIA confirms upcoming Ada architecture - VideoCardz.com
NVIDIA shares a teaser for the upcoming Ada architecture NVIDIA released a new teaser for its “GeForce Beyond” broadcast next week. It has now confirmed the name upcoming architecture. NVIDIA teases Ada Architecture, Source: NVIDIA The Twitter teaser posted a “Diagram for the computation by the...videocardz.com
That theory is being discussed above, with biggest issue being H100 being 80 Bn @ 814 mm^2 on same (or very similar) process. Possible explanations offered include more dark silicon (not counted?) in H100 and more dense caches in AD, but to get over 21 % better density from those seems outlandish.I’ve seen some theories that 629 is the die size and 7538 is the transistor count (in millions). No idea what 208 would be though.
The latest teaser on Twitter has someone called User40 asking how much faster?Calling that number plays a recorded message asking “how fast would you like to go”.
208 is Idaho, capital is Boise, which is in Ada county.
AMD went from 10 billion transistor in RDNA1 (5700XT) to 27 billion in RDNA2 (6950XT), an increase of 2.7X times the budget, to achieve 2.33X the performance. Accounting for the caches doesn't change the outcome.There's the big L2$ to consider. Nvidia is paying a lot of transistors to increase performance while barely budging on memory bandwidth. How would your analysis go if nvidia opted for HBM instead of a large cache to get the same performance with far fewer transistors?
1-Logo with triangles .. new rasterization technique?
8-Project Beyond .. beyond what?
Well, if I remember correctly, there was that NV blog post on using AI to design smaller circuits at a given performance level for Hopper. Maybe they applied the method much more broadly on Ada? But I agree that it seems more likely for the rumored transistor count number to be wrong.Over 21 % better density from just more cache?
8-Project Beyond .. beyond what?
6-SETI .. stands for the Search for Extraterrestrial Intelligence, NVIDIA deployed their RTX hardware in the service of that goal in 2019. Why mention it now?
NVIDIA GeForce RTX 4090 Founders Edition has been pictured - VideoCardz.com
Next-gen flagship RTX 40 GPU leaks ahead of official announcement In case there was any doubt, here’s Jensen with RTX 4090. NVIDIA is set to announce its RTX 4090 flagship Ada GPU in just a couple of hours. Many of you were wondering how NVIDIA’s own design might look, and we can finally tell...videocardz.com
Edit: Nvm. It was backside.
DLSS 3 to double fps instead of pixels ..