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64 cores · 128 threads · EPYC

64-core dedicated servers

Single-socket EPYC 7H12 or 7763 — 64 physical cores, 128 threads, 8 memory channels. For serious compute density.

64 cores
128 threads (SMT)
~40,000 PassMark
CPU Mark (7H12)
256 MB L3
unified cache
$1,290 /mo
from (custom quote)

About 64-core dedicated server

64-core single-socket EPYC — the density sweet spot for virtualization, ML inference, and analytics workloads where each additional core actually translates to throughput.

AMD EPYC 7H12 (Rome, 64c/128t at 2.6/3.3 GHz, 280 W TDP) or 7763 (Milan, 64c/128t at 2.45/3.5 GHz) are our stock configs at this core count. Both support DDR4-3200 ECC across 8 memory channels — real-world memory bandwidth ~200 GB/s. PCIe 4.0 x128 lanes to feed multiple GPUs or 100G NICs.

This platform excels at: Kubernetes hosts (100+ pods per box), ClickHouse / DuckDB / PostgreSQL analytics on multi-TB datasets, ML inference clusters, container-based CI/CD, dense multi-tenant VPS hosting, private cloud infrastructure. One 64-core box replaces 3-4 mid-range dual-Xeon builds.

Custom-quoted per build. Provisioning 48-72 hours from part order. Extras: 400 Gbit uplink (QSFP-DD), GPU add-ons (RTX 4090, A100, L40S), NVMe expansion (up to 8× 15.36 TB E1.L).

/faq

Frequently asked questions

Rome vs Milan for 64-core?

Milan is ~15% faster IPC + supports Zen 3 improvements + higher DDR4 speeds. Same core count and cache. Pick Milan for new deployments unless Rome is cheaper on the spot market.

How many VMs can 64 cores host?

Depends on VM size. Typical density: 60-80 lightweight VMs (2 vCPU / 4 GB each), 30-40 medium VMs (4 vCPU / 16 GB), 15-20 heavy VMs (8 vCPU / 32 GB).

Does EPYC 7H12 support PCIe 4.0?

Yes — 128 lanes of PCIe 4.0. Enough for 4× 100G NICs + 8 NVMe drives without oversubscription.

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