AMD EPYC 9575F Processor

Brand: AMD EPYC | Category: CPUs

SKU: 100-000001338 | Part #: 100-000001338 | MPN: 100-000001338

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Virtualisation architects and cloud infrastructure teams building dense, multi-tenant environments select the AMD EPYC 9575F for a single reason: 64 cores and 128 threads in a single socket, paired with 256 MB of L3 cache, deliver the thread-per-VM density that makes hypervisor overhead negligible at scale. This fourth-generation EPYC processor, built on TSMC's 5nm process node for the compute dies, hits 5.0 GHz maximum boost frequency while maintaining a 400W thermal design point—a balance that allows data centre operators to run more virtual machines per physical host without proportional increases in cooling cost or power budget. When a database team needs to consolidate 200 SQL Server instances or a cloud provider must fit 300 containerised workloads on fewer racks, the 9575F (part number 100-000001338) becomes the infrastructure decision that makes economics work.

The AMD EPYC architecture at the heart of the 9575F combines compute density with memory bandwidth in a way that previous generations could not match. Twelve DDR5 memory channels feed data to those 64 cores without contention; the processor supports up to 6 TB of aggregate memory capacity through ECC RDIMM, LRDIMM, and 3DS RDIMM configurations. For virtualisation workloads where guest operating systems compete for I/O and memory access, this wide memory bus eliminates a common bottleneck. The SP5 socket (LGA6096) accepts both single-socket and dual-socket configurations, meaning an organisation can start with one processor per motherboard and later scale to two without redesigning the platform—a flexibility that storage architects and network engineers value when planning refresh cycles across multiple generations of hardware.

Connectivity and security features embedded in the 9575F reflect its position as a foundation for regulated, high-density deployments. PCIe 5.0 support with 128 total lanes provides the bandwidth needed for modern storage arrays, GPU accelerators, and SmartNICs without saturation. AMD Infinity Guard implements SEV, SEV-ES, SEV-SNP, SME, and TSME—a stack of encryption and isolation technologies that allow a single large server to host workloads from competing tenants without fear of side-channel attacks. Virtualisation support through AMD-V with AVIC ensures that hypervisor context switching remains efficient even when CPU utilisation approaches 100 percent. For enterprise teams running confidential computing workloads or cloud operators bound by data residency and isolation requirements, these hardware-enforced boundaries are not optional.

Instruction set extensions, including AVX-512, embed compute acceleration into the core. AI inference frameworks and HPC applications can leverage vector operations without offloading to separate accelerators, reducing latency for workloads that fit in the L3 cache. The AMD EPYC 9005 series microarchitecture proves particularly effective for real-time analytics, in-memory database operations, and financial simulations where the cost of data movement to a discrete GPU or FPGA exceeds the benefit. A single 9575F processor can saturate a 200 Gbps network interface at line rate while still leaving cores idle—a rare property in modern CPUs and one that forces infrastructure teams to design around the processor, not the other way around.

Omnixon Global stocks the AMD EPYC 9575F (100-000001338) and other fourth-generation EPYC processors for immediate shipment across the GCC, with logistics hubs in Dubai, Saudi Arabia, and distribution to enterprise data centres and AI research labs throughout Asia and Europe. Whether you are building a regional cloud service, consolidating legacy virtualised infrastructure, or deploying a high-density HPC cluster, our technical team can guide you through processor selection, motherboard pairing, and memory configuration to match your specific workload profile. Request a quotation today to discuss volume pricing, lead times, and our technical support for system integration and validation.

Performance Specifications & Memory Architecture

• 64 cores and 128 threads per processor, supported in single-socket (1P) and dual-socket (2P) configurations on the SP5 platform
• 12 DDR5 memory channels with support for up to 6 TB aggregate capacity across ECC RDIMM, LRDIMM, and 3DS RDIMM modules
• 128 PCIe 5.0 lanes for high-bandwidth connectivity to storage, GPUs, SmartNICs, and other accelerators without bottleneck
• 256 MB of L3 cache and 5.0 GHz maximum boost frequency optimise both latency-sensitive and throughput-bound virtualisation and database workloads
• Zen 4 microarchitecture on 5nm compute dies with 6nm I/O die, delivering 400W TDP across full-featured socket and thermal envelope
• AMD Infinity Guard with SEV-SNP, SEV-ES, and SME support for hardware-enforced confidential computing and multi-tenant isolation
• AVX-512 instruction set extensions enable in-core acceleration for HPC, real-time analytics, and AI inference without discrete accelerator dependency