Massive Core & Cache Count
24 cores with 128 MB L3 cache for intensive parallel workloads
24 Cores • 48 Threads • 128 MB L3 Cache • Up to 3.35 GHz Boost: Zen 2 Performance for Scalable Virtualization, Databases & Cloud Infrastructure
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A powerhouse CPU built for high-throughput, multithreaded enterprise applications, delivering unmatched value-per-core.
24 cores with 128 MB L3 cache for intensive parallel workloads
Strong IPC with 7nm architecture for reliable performance
PCIe 4 gives fast NVMe, GPU, and networking support
Eight-channel ECC memory, great for in-memory analytics and VM density
Run dozens of VMs or Kubernetes nodes with predictable performance and unmetered bandwidth.
Power mid-scale data-processing tasks, reporting engines, and in-memory caching.
Handle high-velocity bidding, tracking, and segmentation workloads efficiently.
Perfect for Ethereum, Polygon, and Solana infrastructure with PCIe 4 NVMe I/O.
Run multi-threaded trading algorithms and analysis tools with strong cache and throughput.
Shift from public cloud to bare metal for cost control, performance predictability, and no cloud bandwidth surprises.
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Common questions about the AMD EPYC 7402, answered by the engineers who run the hardware.
A 24-core, 48-thread server CPU from AMD’s Rome (7002) generation, launched August 2019, excelling in core-dense workloads.
PassMark estimates at ~47k, placing it on par with high-end desktop CPUs but with much higher thread counts. Geekbench 6 reports ~1,315 single-core and ~11,865 multi-core, strong for multicore workloads.
With a 180 W TDP and modern 7 nm die, it balances core count and efficiency, suitable for dense server racks.
Yes, with AMD-V, large L3 cache, ECC memory, and PCIe 4.0, perfect for hypervisors and VM hosts.
Yes, 128 PCIe 4 lanes support NVMe, GPUs, and 25 GbE+ NICs, making it ideal for low-latency workloads.
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