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Compute

High-Frequency Compute

Maximum clock speed on AMD EPYC 9654 clusters with DDR5-5600 memory and Gen5 NVMe. Built for workloads where every millisecond counts.

5 tiersHF-1 to HF-16
32 slots/clusterNever oversold
9654 max turbo3.7 GHz base / 4.26 GHz boost
sub-2msNetwork p99 latency

Boost clock performance

EPYC 9654 turbo frequency: 3.7 GHz base to 4.26 GHz boost.

Base clock3.7 GHz
Boost clock4.26 GHz
0 GHz5.3 GHz

Pricing tiers

All tiers include private VPC, DDoS protection, and 20 TB egress traffic.

TiervCPURAMNVMeMonthly price
HF-1412 GB50 GB€19.90/moOrder
HF-2824 GB100 GB€38.90/moOrder
HF-4POPULAR1648 GB200 GB€74.90/moOrder
HF-83296 GB400 GB€144.90/moOrder
HF-1664192 GB800 GB€279.90/moOrder

Hardware transparency

Cluster spec — HF cluster (3 nodes)
cluster-hf-1
├── nodes: 3× AMD EPYC 9654
│ ├── cores: 96C / 192T per node (576 threads total)
│ ├── base clock: 3.7 GHz | max boost: 4.26 GHz
│ └── TDP: 360 W per node
├── memory: 3 TB DDR5-5600 per node (9 TB total)
├── storage: 16 TB NVMe Gen5 per node (48 TB total)
├── network: 2× 100 GbE per node (private + public)
└── slots: 32 total | ~10 per node
✓We never oversell. 32 slots maximum per cluster build. When sold out, a new cluster is provisioned.

What's included

✓AMD EPYC 9654 — highest single-thread perf in EPYC lineup
✓DDR5-5600 memory for maximum bandwidth
✓NVMe Gen5 storage — 14 GB/s sequential read
✓Private VPC included with every instance
✓Always-on DDoS scrubbing
✓Dual-stack IPv4 + IPv6
✓24/7 NOC support
✓BGP communities for traffic engineering
✓KVM hypervisor — near bare-metal performance

Use cases

HFT & Trading
Sub-microsecond execution paths demand the fastest available cores.
Real-Time Analytics
Stream processing and in-memory analytics with minimal latency.
Game Servers
Smooth tick rates and low-latency player connections.
Voice & Video Processing
Transcode and process media streams in real time.
AI Inference
CPU-bound inference tasks that scale horizontally.
Financial Simulations
Monte-Carlo and risk models that are CPU-clock sensitive.

Ready to get started?

Talk to our team about your latency requirements.

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