Peak Single-Core Boost (5 GHz)
Combined with massive 64-core density delivers exceptional throughput and responsiveness.
// amd epyc 9575f
AMD EPYC 9575F Dedicated Server
64 Cores • 128 Threads • 256 MB L3 Cache • Up to 5.00 GHz Boost: Zen 5 "Turin" Power for Extreme Compute, AI, & High-Frequency Workloads
- 10 Min Delivery
- 10Gbps BandWidth
- Free Server Management / No Setup Fees
- Tradition and Crypto Payment Accepted
Starting FromLive Pricing
Low-Cost AMD EPYC 9575F BuildAMD EPYC 9575F
- Cores
- 64C / 128T
- RAM
- 128 GB DDR5 ECC reg.
- Storage
- 2x 3.84 TB NVMe SSD
- Network
- 1 Gbps · 100 TB
- Location
- Frankfurt, Germany
$1230.06€1066£912.28A$1726.28S$1565.21₹118036.58/moDeploy Now
// pricing
AMD EPYC 9575F Dedicated Server Price
Browse live AMD EPYC 9575F builds. Filter by location, memory, and network to find the right fit.
// bare metal
Dedicated Servers
Single-tenant bare metal with full root access.
Server
RecommendedTop Deal · 50% OffNew Gen
AMD EPYC 9575F64C / 128T · 3.3 GHz (5 GHz Turbo)Memory128 GB DDR5 ECC reg.
Storage2x 3.84 TB NVMe SSD
Network1 Gbps100 TB
LocationFrankfurtGermany
Server
RecommendedTop Deal · 50% OffNew Gen
AMD EPYC 9575F64C / 128T · 3.3 GHz (5 GHz Turbo)Memory1152 GB DDR5 ECC reg.
Storage2x 3.84 TB NVMe SSD
Network25 Gbps300 TB
LocationNew YorkUnited States
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Bare Metal // Standard Equipment
All Bare Metal Plans Include
Every server ships fully dedicated: no shared resources, no usage meters, no surprises.
- Setup Cost
- Free
- Provisioning
- Instant & Automated
- Access
- KVM, IPMI, Root
- Protection
- DDoS Shield Included
- Cores
- Up to 128 (Dual Socket)
- Memory
- Up to 2TB RAM
- Storage
- Enterprise NVMe & SSD
- Support
- 24/7/365 Human Engineers
OS & Panels
* Select your OS and panel at checkout
// key highlights
AMD EPYC 9575F Specifications
- Core Count
- 64 / 128
- Clock Speed
- 3.30 GHz base → 5.00 GHz single-core boost, 4.50 GHz all-core boost
- Cache
- 256 MB L3, huge fast-access buffer
- Memory
- 12-channel DDR5-6000 ECC, ~576 GB/s bandwidth, up to 6 TB
- PCIe
- 128 lanes PCIe 5.0, full GPU/NVMe stacking
- TDP
- 400 W (configurable 320-400 W)
- Platform
- Zen 5 ("Turin") on SP5 with full AVX-512, VNNI, BFLOAT16, AMD-V
// why this cpu
Why EPYC 9575F Stands Out
Core-Per-Core 40% Faster
Core-per-core 40% faster than previous-gen peers, with lower power envelope.
Extensive Cache + Memory Bandwidth
Extensive cache + memory bandwidth minimizes latency for database, AI, and analytics workloads.
PCIe 5.0 x128
PCIe 5.0 x128 allows support for up to 8-GPU configurations without bottlenecks.
Zen 5 Security & Virtualization
Hardware-enhanced encryption and microservices-ready.
Outpacing Intel Xeon
Achieves 40% better performance per core, more cores, and higher clocks.
// optimal use cases
Ideal Use Cases
High-Density AI Inference & Training
CPU-powered LLM inference; secures 20% higher throughput when paired with 8 GPUs vs Xeon systems.
Cloud & Container Infrastructure
Run hundreds of VMs/containers with high memory and I/O-perfect private cloud foundation.
Data Analytics & In-Memory Databases
Fast OLAP, Spark, Redis, and PostgreSQL workloads powered by large cache and DDR5 bandwidth.
HPC & Scientific Computing
High single-core frequency and AVX-512 accelerate sensitivity-optimized modeling and simulations.
Cloud Repatriation
Migrate compute-heavy public-cloud workloads onto cost-efficient bare metal with high density.
Financial Modeling & Quantitative Trading
Fast time-to-value for Monte Carlo simulations, risk modeling, STAC-ML performance.
// how it compares
EPYC 9575F vs Other CPUs (At a Glance)
CPU ModelCores / ThreadsBest For
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// faqs
AMD EPYC 9575F Deep Dive & FAQs
Common questions about the AMD EPYC 9575F, answered by the engineers who run the hardware.
Can it handle dual-socket configurations?
Yes, fully supported in 2P setups, scaling to 128 cores and 512 MB L3.
Is 400 W TDP sustainable?
Absolutely modern racks with advanced cooling sustain this draw; configurable lower modes included.
How does it perform vs EPYC 9655 or 9755?
Higher frequency and faster per-core, while matching core density; excellent balance of latency and throughput.
Will it bottleneck GPUs?
No, 128 PCIe lanes allow full bandwidth for 8× GPUs like H100/A100, ideal for hybrid AI servers.
Supported software/environment?
Full enterprise support via major Linux distros, Kubernetes, Docker, HPC tools, CUDA/ROCm, SAP HANA, VMware, more.
// need help
Not Sure Exactly What You Need
No problem. Our talented engineers will consult, architect, migrate, manage, and do whatever it takes to help your business grow and succeed.