NVIDIA's GH200 Grace Hopper Superchip has been tested with its 72 Core ARM CPU performing close to AMD EPYC & Intel Xeon counterparts.
The NVIDIA Grace CPU is the alternative to the traditional x86 CPUs in the server segment. It utilizes the Arm architecture and features up to 144 Neoverse V2 cores. The Grace CPU comes in two packages, one as the Grace Hopper Superchip with the H200 GPU and a single Grace chip with 72 cores with HBM memory while the second model is the Grace Superchip which features two Grace CPUs, each with 72 cores for a total of 144 cores with LPDDR5x memory. With this chip, NVIDIA is expecting to end its dependency on the x86 CPU market which includes the likes of AMD and Intel to offer its customers its in-house solution.
Some of the main highlights of Grace include:
In official benchmarks, NVIDIA touted that the Grace CPU would offer up to 2x performance versus Intel Sapphire Rapids and AMD Genoa CPUs at the same power and also showcased up to 3.5x the efficiency over AMD's last-gen EPYC Milan CPUs. Now, Phoronix has conducted its benchmarks across its wide suite of HPC benchmarks based on Linux. You can check out the full review here.
Getting straight to the performance roundup, it looks like the NVIDIA Grace CPU is almost on par with Intel's top Emerald
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