EPYC 9535 belongs to AMD 5th‑Generation EPYC Turin 9005 series, adopting advanced TSMC 4nm Zen5 chiplet architectureAMD. It features 64 physical cores and 128 threads via SMT simultaneous multi‑thread technology. Base frequency 2.4GHz, maximum turbo frequency up to 4.3GHz, all‑core boost 3.5GHz, equipped with 256MB shared L3 cache, delivers powerful multi‑thread performance for high‑density server scenariosAMD.

Default TDP is 300W, configurable TDP ranges from 240W‑300W for flexible power‑performance tuningAMD. It supports 12‑channel DDR5‑6400 ECC registered memory, provides 128 PCIe 5.0 lanes for high‑speed NVMe SSD, network adapters and accelerator cards. Integrated AMD Infinity Guard hardware security suite enhances data center security protectionAMD.

This processor adopts SP5 socket, supports 1P single‑socket and 2P dual‑socket configuration. Widely deployed in cloud‑native computing, virtualization cluster, high‑performance computing HPC and enterprise data center services. Matching high‑power server cooling solution must be equipped for stable full‑load operation.

AMD EPYC 9535 Server Processor Features

1. 64‑Core 128‑Thread High‑Density Zen5 Enterprise Server Processor The AMD EPYC 9535 belongs to 5th‑generation EPYC 9005 Turin family built on TSMC 4nm Zen5 chiplet process. Equipped with 64 physical cores and 128 SMT multi‑threads, this balanced high‑core‑count CPU delivers outstanding multi‑thread throughput together with solid single‑thread performance. It supports single‑socket and dual‑socket SP5 platforms, perfectly suited for hyperscale cloud, high‑density virtualization, relational database, HPC simulation and AI‑oriented data‑center workloadsAMD。

2. 2.4GHz Base / 3.5GHz All‑Core Boost / Up to 4.3GHz Max Single‑Core Boost Frequency & 256MB Shared L3 Cache Running at 2.4GHz base frequency, 3.5GHz all‑core boost and up to 4.3GHz maximum single‑core boost frequency. Integrated 1MB L2 cache per core plus 256MB shared L3 cache drastically reduces memory access latency, accelerates virtual machine scheduling, database queries and large‑scale parallel computing tasks, maintaining stable throughput under long‑term heavy data‑center loadsAMD。

3. 12‑Channel DDR5‑6400 & Full‑Featured PCIe 5.0 + CXL Expansion Support 12‑channel DDR5‑6400 ECC registered memory, maximum memory capacity up to 6TB per socket, delivering up to 614GB/s memory bandwidth for memory‑hungry enterprise workloads. Offering 128 PCIe 5.0 lanes with CXL expansion support, compatible with high‑speed NVMe SSD, high‑speed network adapters and multi‑GPU / AI accelerators. Adopt SP5 socket, compatible with 5th‑gen EPYC server motherboards, supporting 24‑7 non‑stop data‑center‑grade operationAMD。

4. 300W Default TDP, Configurable cTDP 240‑300W, Complete Enterprise‑Grade Function Set Nominal 300W TDP with configurable cTDP range from 240W to 300W, allows power‑profile tuning for power‑constrained racks, requires matched high‑performance server cooling for full‑load stable operation. Integrated AMD Infinity Guard security suite, SME‑SEV secure encryption, AMD‑V hardware virtualization, NUMA optimization, AVX‑512 instruction set with BFloat16 / VNNI AI acceleration. Optimized for virtualization, container orchestration, database and lightweight AI‑inference workloads. Note: This processor does not integrate on‑board graphics outputAMD。

5. Datacenter‑Grade IC Reliability & Broad Enterprise Compatibility Manufactured according to strict AMD data‑center processor specifications, designed for long‑term round‑the‑clock operation. Widely used for new enterprise server assembly, hyperscale data‑center construction, hardware refresh and premium refurbished server reconstruction. It is a balanced 64‑core 5th‑gen EPYC solution for modern mixed‑workload enterprise scenariosAMD。

Technical Specifications of AMD EPYC 9535

Industrial & Enterprise Applications of AMD EPYC 9535 Processor IC

1. Hyperscale Cloud & High‑Density Virtualization Host Servers EPYC 9535 delivers massive 64‑core 128‑thread compute resources, supporting large quantities of concurrent virtual machines and container instances, maximizing hardware utilization for public cloud and large‑scale private‑cloud infrastructure. Configurable cTDP enables flexible power management for rack‑power‑limited data‑center environmentsAMD。

2. Relational Database & Business‑Critical Enterprise Servers Large‑capacity cache and 12‑channel high‑speed DDR5 memory reduce memory‑access latency, delivering stable performance for OLTP database, ERP‑CRM business application and high‑capacity data‑management workloadsAMD。

3. HPC & Parallel Batch‑Processing Compute Nodes Strong multi‑thread capability handles scientific simulation, numerical calculation and offline batch‑processing workloads, suitable for medium‑to‑large‑scale compute cluster construction。

4. AI Inference & Accelerator‑Attached Server Platforms Built‑in AVX‑512 BFloat16 / VNNI instruction set accelerates AI‑inference workloads. Abundant PCIe5.0 lanes cooperate with multiple GPU/AI accelerator cards for high‑throughput AI‑service deployment。

5. New‑Generation Server Deployment & Enterprise Hardware Replacement Mature 5th‑gen EPYC SP5 platform ecosystem, widely adopted for new‑machine building, hyperscale data‑center capacity expansion and premium refurbished server reconstruction projects。