AMD EPYC 9754S Processor (Turin)

Brand: AMD | Category: CPUs

SKU: 100-000001462 | Part #: 100-000001462 | MPN: 100-000001462

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The AMD EPYC 9754S processor delivers 128 cores and 256 threads at a 360 W TDP, establishing a compelling cores-per-watt efficiency metric that fundamentally determines chassis density and cooling architecture in modern hyperscale deployments. Part number 100-000001462, this AMD Zen 5 microarchitecture processor operates at a 2.25 GHz base frequency with a 3.1 GHz maximum boost, paired with 256 MB of L3 cache and 128 MB of L2 cache to sustain throughput across memory-intensive workloads. The socket AMD SP5 (LGA6096) platform anchors a single-socket configuration with 12 DDI5 memory channels supporting up to 6 TB capacity, while PCIe 5.0 connectivity provides up to 128 lanes for high-bandwidth I/O subsystems.

Infrastructure teams and data center architects specify the AMD EPYC 9754S to maximize compute density without proportional power envelope expansion. Virtualization support via AMD-V technology, x86-64 instruction set compatibility, and native DDR5 memory integration position this processor for next-generation enterprise platforms. Storage architects, network engineers, and AI infrastructure teams evaluating CPU efficiency and per-socket throughput should evaluate this single-socket capable design against workload parallelism requirements. Contact Omnixon Global to request a quotation for the AMD EPYC 9754S processor (100-000001462) and discuss platform requirements with our technical sales team.

Deployment Scenarios

• High-density virtualization and containerized workloads requiring maximum vCPU allocation within single-socket constraints
• Memory-bound analytics and in-memory database acceleration leveraging 12 memory channels and 6 TB capacity ceiling
• PCIe 5.0 I/O-intensive storage arrays and GPU-attached compute clusters benefiting from up to 128 PCIe lanes
• Enterprise search, indexing, and real-time data pipeline processing optimized for sustained multi-threaded throughput
• Virtualized networking and security appliances scaling thread count without multi-socket complexity