Mysterious NVIDIA ‘GPU-N’ Could Be Next-Gen Hopper GH100 In Disguise With 134 SMs, 8576 Cores & 2.68 TB/s Bandwidth, Simulated Performance Benchmarks Shown

Mysterious NVIDIA ‘GPU-N’ Could Be Next-Gen Hopper GH100 In Disguise With 134 SMs, 8576 Cores & 2.68 TB/s Bandwidth, Simulated Performance Benchmarks Shown

2 years ago
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https://wccftech.com/mysterious-nvidia-gpu-n-could-be-next-gen-hopper-gh100-in-disguise-with-134-sms-8576-cores-2-68-tb-s-bandwidth-simulated-performance-benchmarks-shown/

A mysterious NVIDIA GPU known as GPU-N which could possibly be the first look at the next-gen Hopper GH100 chip has been revealed in a new research paper published by the green team (as discovered by Twitter user, Redfire).

The research paper 'GPU Domain Specialization via Composable On-Package Architecture' talks about a next-generation GPU design as the most practical solution for maximizing low-precision matrix math throughput to boost Deep Learning performance. The 'GPU-N' and its respective COPA designs have been discussed along with their possible specifications and simulated performance results.

Mysterious NVIDIA ‘GPU-N’ Could Be Next-Gen Hopper GH100 In Disguise With 134 SMs, 8576 Cores & 2.68 TB/s Bandwidth, Simulated Performance Benchmarks Shown

Dec 14, 2021, 10:29am UTC
https://wccftech.com/mysterious-nvidia-gpu-n-could-be-next-gen-hopper-gh100-in-disguise-with-134-sms-8576-cores-2-68-tb-s-bandwidth-simulated-performance-benchmarks-shown/ > A mysterious NVIDIA GPU known as GPU-N which could possibly be the first look at the next-gen Hopper GH100 chip has been revealed in a new research paper published by the green team (as discovered by Twitter user, Redfire). > The research paper 'GPU Domain Specialization via Composable On-Package Architecture' talks about a next-generation GPU design as the most practical solution for maximizing low-precision matrix math throughput to boost Deep Learning performance. The 'GPU-N' and its respective COPA designs have been discussed along with their possible specifications and simulated performance results.