100% Original Wholesale brand new AMD EPYC 7702 7702P 7742 7H12 CPU Processor 2.0GHz 64 Core 128 Threads 200W

AMD EPYC 7702

• Target Use Case: General-purpose servers, cloud computing, and enterprise workloads.

• Key Features:

  • 64 cores / 128 threads with a base clock of 2.0 GHz and boost up to 3.35 GHz.

  • 200W TDP, balancing power efficiency and performance.

  • Supports dual-socket (2P) configurations, making it ideal for scalable data centers.

  • 256MB L3 cache and 8-channel DDR4-3200 memory for high throughput.

  • 128 PCIe 4.0 lanes for high-speed storage and networking.

• Best For: Virtualization, database servers, and enterprise applications needing high core counts with moderate clock speeds.

AMD EPYC 7702P

• Target Use Case: Single-socket servers where dual-socket support is unnecessary.

• Key Features:

  • Nearly identical to the EPYC 7702 (same 64C/128T, 2.0 GHz base, 3.35 GHz boost, 256MB L3 cache).

  • Single-socket (1P) only—optimized for cost-sensitive deployments.

  • 200W TDP, same memory and PCIe support as the 7702.

• Best For: Workloads that don’t require multi-CPU scaling, such as mid-range cloud servers, storage nodes, and HCI (Hyperconverged Infrastructure).

AMD EPYC 7742

• Target Use Case: High-performance computing (HPC), demanding enterprise, and hyperscale workloads.

• Key Features:

  • Higher clocks than the 7702: 2.25 GHz base / 3.4 GHz boost.

  • 225W TDP (240W max), allowing better sustained performance.

  • Still 64C/128T with 256MB L3 cache and 8-channel DDR4-3200.

  • Supports dual-socket (2P) configurations for maximum scalability.

• Best For: CPU-intensive tasks like scientific computing, rendering, and high-core-count applications needing higher clock speeds than the 7702.

AMD EPYC 7H12

• Target Use Case: Extreme performance workloads, high-frequency HPC, and supercomputing.

• Key Features:

  • Highest base clock (2.6 GHz) among these EPYC models, with a 3.3 GHz boost.

  • 280W TDP—designed for maximum performance at the cost of power efficiency.

  • Still 64C/128T, 256MB L3 cache, and 8-channel DDR4-3200.

  • Supports dual-socket (2P) configurations.

• Best For:

  • High-frequency HPC (e.g., CFD, FEA, weather modeling).

  • Supercomputing clusters (used in systems like the Cray CS500).

  • Workloads where raw clock speed matters more than power efficiency.

Comparison Summary: