GPUsNews

NVIDIA’s RTX 30 Series GPUs to Leverage Samsung’s 8nm Process

In a rather unexpected turn of events, it appears that NVIDIA’s upcoming consumer Ampere GPUs, the RTX 3000 series will be based on Samsung’s 8nm node, rather than TSMC’s 7nm. This is important news because the former is essentially a more optimized 10nm node from Samsung which is notably less dense compared to TSMC’s N7 process.

Samsung must have signed a really lucrative deal with NVIDIA as it’ll be the first major chipmaker to make use of the Foundry’s 8nm LPP process. Keep in mind that this node is manufactured without the use of EUVL (Extreme ultraviolet lithography) and features a much lower transistor count than TSMC’s 7nm – it’s basically an extension of Samsung’s 10nm LPP.:

Samsung 8 nmTSMC 7nm
Fin Pitch42 nm30 nm
Gate Pitch64 nm57 nm
M1, Mx44 nm40 nm

Some more info about the RTX 30 series GPUs has surfaced. You can read that here:

NVIDIA RTX 3080 Ti Rumored to Feature 5,248 Cores and 12GB GDDR6X VRAM

Source: Wikichip
Source: Wikichip

This would kind of explain why NVIDIA’s top-end GA102 GPUs have been rumored to feature a TDP of 300W+. More importantly, this means that AMD will retain the process leadership over both NVIDIA and Intel in the consumer market:

NVIDIA RTX 3080, 3080 Ti, 3090 (Titan) w/ 10GB, 12GB & 24GB GDDR6X Memory Based on GA102 Die Likely

NVIDIA RTX 3080 Reportedly 30% Faster than the GeForce RTX 2080 Ti: Early Benchmarks

At the same time though, it shouldn’t prevent NVIDIA from introducing some massive performance upgrades with its RTX 30 series “Ampere” lineup. The company did it with Maxwell and again with Pascal, and I’m quite confident they’ll do with once again with Ampere. Regardless, that means the higher-end GPU is about to heat up, with both NVIDIA and AMD priming their big GPU dies for launch in the coming months.

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Areej

Computer Engineering dropout (3 years), writer, journalist, and amateur poet. I started Techquila while in college to address my hardware passion. Although largely successful, it suffered from many internal weaknesses. Left and now working on Hardware Times, a site purely dedicated to.Processor architectures and in-depth benchmarks. That's what we do here at Hardware Times!

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