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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

  • Instant Delivery
  • 10Gbps BandWidth
  • Free Server Management / No Setup Fees
  • Tradition and Crypto Payment Accepted
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Bare Metal Server

AMD EPYC 9755 Dedicated Server Price

CPU RAM Storage Network/TrafficLocation/SetupPRICE/MO.
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🚀 Key Highlights

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 Choose AMD EPYC 9755 & Performance Highlights

  • Unmatched core density: 128 cores provide extreme throughput for cloud-native, HPC, or virtualized environments.
  • 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.
AMD EPYC 7402

🎯 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.

  • ₹0.00

CPU

1vCore

    • RAM
    • 1GB
    • Storage
    • 20GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL
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  • ₹0.00

CPU

2vCore

    • RAM
    • 2GB
    • Storage
    • 40GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL
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  • ₹0.00

CPU

4vCore

    • RAM
    • 4GB
    • Storage
    • 80GB
    • Traffic
    • 500GB
    • Location/Setup
    • NL
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  • ₹0.00

CPU

8vCore

    • RAM
    • 8GB
    • Storage
    • 160GB
    • Traffic
    • 1000GB
    • Location/Setup
    • NL
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  • ₹0.00

CPU

16vCores

    • RAM
    • 16GB
    • Storage
    • 320GB
    • Traffic
    • 1000GB
    • Location/Setup
    • NL
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🔍 EPYC 9755 vs Other CPUs (At a Glance)

CPU Model Cores / Threads Best For
AMD EPYC 9754 128C / 256T Hyperscale blockchain validators, AI training
AMD EPYC 9575F 128C / 256T Parallel blockchain workloads, archive Solana nodes
AMD EPYC 9554P 64C / 128T HPC, Solana mainnet validators
AMD EPYC 9555P 64C / 128T Blockchain scaling, Solana RPC clusters
AMD EPYC 9334 32C / 64T Compute-heavy blockchain workloads, mid-size clusters
Deployed a few Ethereum and Bitcoin nodes here. Uptime’s been flawless, and sync speed was great thanks to their storage config. I also appreciate that the network doesn’t choke under load—pretty rare in this space.
– Ervin Karu
Set up multiple Solana + Avalanche validators through them. Hardware was clean, latency was low (especially in Europe), and uptime’s been 100% so far. Not a fan of the billing panel UI, but performance-wise, they nailed it.
– Peppe Terranova
Been using RedSwitches for 6 months now for my small game server biz. Uptime has been great, and I haven’t run into any hidden charges (a big win compared to some others I’ve tried). Only downside is their dashboard could use a bit more polish, but the performance makes up for it.
– Jerold Perkins
As a sysadmin, I care more about control than flashy dashboards. RedSwitches gives me root access, IPMI, and actual hardware specs I can configure. It’s not babysitting-level managed, but that’s exactly what I want. Good for serious users.
– Eun-Woo Gim
Love that I could pick my exact CPU, RAM, and storage layout before deploying. It’s like ordering off a nerdy menu. Hardware showed up clean, zero issues, and remote management tools were solid.Very professional team keep it up.
– Mannes Evers
Been using their NVMe storage server for model checkpointing and backup rotation. IOPS have been solid and latency from our Frankfurt deployment is excellent. It’s a low-maintenance setup that just keeps running.
– Hye Cho
One thing I like about RedSwitches is they don’t nickel and dime you for everything. What you see is what you get. Been running AI workloads on a GPU server and haven’t had to stress over network caps or throttling. Support is decent too.
– Rain Kask
RedSwitches might not have the fanciest UI, but the backend is rock solid. Great routing, reliable hardware, and zero BS with pricing. If you know what you’re doing, it’s a power user’s dream.
– Ha-Joon Cho
We’re running Kubernetes nodes across multiple providers, and RedSwitches’ bare metal servers are a great foundation for that. Clean installs, fast provisioning, and full root made orchestration super easy.
– Byeong-Ho Namgung
Wasn’t expecting my server to be ready so fast, but RedSwitches delivered in like 10 minutes. Perfect for a last-minute deployment I had to spin up. Specs were solid, and everything just worked. Huge time-saver.
– Everette Leon
I’ve been through a few dedicated hosts over the years and RedSwitches is probably the smoothest experience I’ve had. Clean OS installs, real-time monitoring tools, and pricing that’s actually clear. Not perfect, but close.
– Artur Laine
I’m running several streaming instances on RedSwitches, and their 10Gbps servers have been rock solid. Even during peak traffic, the bandwidth held up. Performance and stability are better than what I got from previous providers.
– Benedictus Hout
The fact that I could deploy a high-memory server in under 30 minutes was wild. Used it to run some LLM workloads for a client project. It worked beautifully. Also loved that support didn't push upsells.
– Jun-Ho Namgung
Deployed a few LLMs on their GPU instances. Ran benchmarks and everything checked out. Cooling and power consistency seem solid—haven't noticed any throttling even under heavy load. Would love a better GPU selection UI though.
– Ervin Laine
Running crypto nodes on a 25gbps pipe now. Insane stability. No more random net drops. Cloud egress fees were eatin our margins alive. RS baremetal solved that day 1.
– Kristen Ottosen
Tired of vendor lock-in from cloud services, so I moved my infra here. RedSwitches gives me raw power and zero fluff. Works great with our Dockerized setup and gives me way more control than GCP ever did.
– Valentijn Veenstra
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4.9

FAQs & Insights

Yes-SP5 platforms deliver up to 700 W and our data centers support sustained 500 W operation comfortably.

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-socket saves complexity and licensing; dual-socket boosts memory to 24‑channel and offers 256 cores.

Performance-wise, EPYC 9755 offers 1.55× uplift over Genoa and remains competitive vs 9965, with advantage in cache density and boost speeds.

Compatible with TensorFlow, PyTorch, MPI, CUDA, ROCm frameworks and enterprise stacks like SAP, Oracle, VMware.

Not sure exactly what you need?
No problem! Our talented engineers are here to help!

We will consult, architect, migrate, manage and do whatever it takes to help your business grow and succeed.

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