Upcoming NVIDIA and AMD GPUs: At 5nm, Double the Performance and MCM?

NVIDIA Lovelace

The rumors don’t cease and in full scarcity of GPUs the leaks proceed to reach about the new graphics playing cards from NVIDIA and AMD. The knowledge simply launched is as optimistic as, in precept, troublesome to imagine, but when they’re appropriate we should always count on an enormous efficiency leap at each AMD and NVIDIA, the place Ada Lovelace It wouldn’t be the spearhead in the greens.

Once once more, Kopite7Kimi to assault and as soon as once more the knowledge supplied leaves each locals and strangers speechless. Although clearly we can not affirm or deny what’s leaked, the fame of this consumer is already legendary and at the second it has a virtually flawless success fee, but in addition take the following with a little bit salt and we’re going to have a large number.

NVIDIA and AMD would push efficiency with Ada Lovelace and RDNA 3

The knowledge is as concrete as it’s superb, and it appears that evidently the new factor from each firms would arrive in a 5 nm node that it’s not clear if it will be TSMC or Samsung, each with EUV and with a really comparable density, a single masks and a leap in density and effectivity greater than fascinating.

But the knowledge doesn’t cease there, since the newest from NVIDIA would arrive with Ada Lovelace, however it will not be the strongest, however a transition structure in entrance of the primary dish: Hopper. AMD as an alternative would focus solely on RDNA 3, its new structure that as we already know guarantees 50% extra efficiency / watt.

The leaked numbers are actually exhausting to imagine, not less than at first: NVIDIA would enhance efficiency 2.2 instances with Ada Lovelace and Three instances the efficiency with Hopper in comparison with the present Ampere, whereas AMD would obtain 2.5 instances the efficiency of RDNA 2 with RDNA 3. Sounds troublesome? Well, a priori, after all, they appear very optimistic numbers, however as well as, one other determine has been filtered that makes the earlier ones pale: a efficiency in FP32 of 100 TFLOPS.

Does NVIDIA have an ace up its sleeve with Hopper?


Taking under consideration that the present efficiency of the RTX 3090 is nothing lower than 35.58 TFLOPS (unreal and marked by the controversy of twin operate Shaders), we’re speaking about nearly Three instances the present efficiency, regardless of how unreal.

How would this be attainable? Behind the scenes NVIDIA and AMD are reported to have been learning the efficiency of their new chips with state-of-the-art lithographic processes for a while and have concluded that it may well scale at a superb tempo in energy, however they discover a very clear bottleneck. : the reminiscence bandwidth.


NVIDIA has mitigated this with GDDR6X and AMD with their Infinity Cache, however we do not know precisely how they will deal with this in Ada Lovelace and RDNA 3. There is discuss of the return to the HBM2 and even new cache techniques with GDDR6X to make sure that the efficiency leap isn’t diminished by reminiscence and above all to not shoot the remaining price of every GPU.

In any case, there may be nearly a 12 months left for the presentation of each architectures, the place Hopper stays the nice unknown, since NVIDIA might advance Ada Lovelace by the finish of the 12 months and in 2022 launch Hopper with structure MCM to get forward of AMD, if RDNA Three isn’t already MCM. We must wait.

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