AMD has officially launched its EPYC Venice processor family to capture leadership in the era of agentic artificial intelligence. The new server chips run on the Zen 6 core architecture and represent the first high performance computing products built on TSMC 2nm process technology. But complete pricing details and individual chip tables remain under wraps for now.
The manufacturing transition to the 2nm node brings a shift from FinFET to Nanosheet gate all around transistors. This allows the flagship EPYC Venice processors to pack up to 203 billion transistors. The silicon layout features a mix of 2nm compute chiplets alongside 6nm input output dies. According to early assessments published by Phoronix, this physical configuration allows AMD to deliver large efficiency gains while boosting single core capability.
At the top of the stack sits the Epyc 9996 which features 256 Zen 6c dense cores and 512 threads per socket. Standard Zen 6 designs scale to 128 cores, while high frequency models top out at 96 cores with clock speeds reaching 5.0 GHz. The massive 256 core model also carries 1,024 MB of L3 cache. This is double the cache per core available on the previous Turin generation.
Memory bandwidth sees a massive jump with support for up to 16 channels per socket on the SP7 platform. This platform supports MRDIMM 12800 memory running at 12,800 MT/s, yielding up to 1.6 TB/s of bandwidth. That figure easily beats the 1.2 TB/s limit of competitor chips like Nvidia Vera. The platform also supports PCIe Gen 6 with up to 160 lanes in dual socket server deployments.
AMD is planning a multi platform rollout for the Venice family. Smaller deployments will use the SP8 socket arriving in the first half of next year with configurations ranging from 8 to 128 cores. Further down the roadmap, a specialized Venice X chip featuring 1152 MB of stacked 3D V Cache is scheduled for 2027. Another upcoming model called Verano is designed to be an AI host node running on LPDDR5X memory.
In official benchmarks shared by AMD, the Epyc 9996 demonstrated clear advantages over both Intel and Arm competitors. For data heavy workloads, the chip achieved 5,982.91 use cases per minute in TPCx AI tests compared to just 1,750.36 on the Intel Xeon 6980P. In standard integer tests using the GNU 15.2 compiler, the dense 256 core design achieved 2.2x throughput compared to Nvidia Vera at a 600W power draw. This performance data proves AMD is prepared to maintain its lead in the corporate data center market.
