AMD has revealed the first official benchmarks for its flagship EPYC 9996 server processor. The Venice architecture chip packs 256 cores and 512 threads to target heavy cloud workloads. The numbers show it pulling far ahead of competing silicon from Intel and Nvidia.
According to data from the official AMD whitepaper titled EPYC Venice Architecture and Performance Overview, the 256 core flagship sets a massive lead in standard enterprise benchmarks. In the SPECrate 2026 integer throughput evaluation, the EPYC 9996 scored 2.37 times higher than the 128 core Intel Xeon 6980P. It also outperformed the 88 core Nvidia Vera processor by 2.24 times in the same workload.
The generational gains within the AMD lineup are just as steep. Compared to the previous generation 192 core flagship EPYC 9965, this new 256 core chip delivers a 73% jump in total compute throughput. That makes it a major upgrade path for companies running virtualization, enterprise databases, and host side AI infrastructure.
Raw core counts are only part of the story for server deployments. In the STREAM Triad memory bandwidth test, AMD showed that a platform powered by a 96 core EPYC 9006 chip ran 18% faster than an 88 core Nvidia Vera system. This gives high performance computing clusters the memory throughput needed to keep massive amounts of data moving without bottlenecks.
