Unmatched core density
128 cores provide extreme throughput for cloud-native, HPC, or virtualized environments.
// amd epyc 9755
AMD EPYC 9755 Dedicated Server
128 Cores • 256 Threads • 512 MB L3 Cache • Up to 4.10 GHz Boost: Zen 5 Performance Engineered for AI, Cloud & High-Throughput Compute
- 10 Min Delivery
- 10Gbps BandWidth
- Free Server Management / No Setup Fees
- Tradition and Crypto Payment Accepted
Custom BuildOut Of Stock
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// pricing
AMD EPYC 9755 Dedicated Server Price
Browse live AMD EPYC 9755 builds. Filter by location, memory, and network to find the right fit.
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An engineer will reach out shortly to confirm availability and next steps.
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 9755 Specifications
- Cores / Threads
- 128 / 256 Zen 5 cores
- Clock Speed
- 2.70 GHz base → 4.10 GHz boost
- L3 Cache
- 512 MB
- Memory Support
- 12-channel DDR5-6000 ECC
- PCIe
- Gen 5, 128 lanes
- Socket Compatibility
- SP5 (supports single or dual-socket platform up to 700 W peak)
- Network
- 1Gbps, 10Gbps, 25Gbps & Unmetered Bandwidth
// why this cpu
Why Choose AMD EPYC 9755 & Performance Highlights
High single-core performance
4.10 GHz boost enables rapid responsiveness under load.
Massive cache & memory bandwidth
512 MB L3 and DDR5-6000 deliver low-latency access to vast data.
Next-gen I/O capacity
128 lanes of PCIe 5.0 support multi-GPU, NVMe, and accelerator-intensive workloads.
Scalable platforms
Works in single or dual-socket SP5 configurations for up to 256 cores and 24-channel memory.
Fully managed and globally available
Deploy rapidly with expert support, crypto payments, and no hidden fees.
~2X faster than Genoa
In 7-Zip compression/decompression workloads.
1.55× performance uplift vs previous gen
EPYC 9654 at similar or better efficiency.
Ranks in top 88th percentile
Across OpenBenchmarking tests.
// optimal use cases
Ideal Use Cases
Large-Scale AI Training & Simulation
Multi-node training for LLMs or HPC workloads.
Massive In-Memory Databases & Caches
Host SAP HANA, Redis, in-memory Spark, or analytics clusters.
High-Density Virtualization & Private Clouds
Run hundreds of vCPUs with reliable ECC memory and platform stability.
Financial & Scientific Modeling
Complex simulations, Monte-Carlo risk engines, or PDE solvers.
Cloud Repatriation for Core-Count Demanding Apps
Replace large cloud bills with predictable, high-performance bare metal.
// how it compares
EPYC 9755 vs Other CPUs (At a Glance)
CPU ModelCores / ThreadsBest For
Trusted by Enterprise Teams Worldwide
Read all RedSwitches reviews, or see them on Google, HostAdvice, Cryptwerk and Trustpilot.
// faqs
AMD EPYC 9755 Deep Dive & FAQs
Common questions about the AMD EPYC 9755, answered by the engineers who run the hardware.
Is 500 W TDP practical?
Yes, SP5 platforms deliver up to 700 W and our data centers support sustained 500 W operation comfortably.
Support multi-GPU setups?
With 128 PCIe 5.0 lanes, up to 8× GPUs (e.g., H100, A100) can be directly attached, contact us for NVLink/NVSwitch configurations.
Single vs Dual-Socket Option?
Single-socket saves complexity and licensing; dual-socket boosts memory to 24-channel and offers 256 cores.
How does it compare to EPYC 9965?
Performance-wise, EPYC 9755 offers 1.55× uplift over Genoa and remains competitive vs 9965, with advantage in cache density and boost speeds.
Software stacks supported?
Compatible with TensorFlow, PyTorch, MPI, CUDA, ROCm frameworks and enterprise stacks like SAP, Oracle, VMware.
// 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.