A whole server. Nothing shared.
Bare metal means a physical machine dedicated entirely to you — no hypervisor, no neighbors, no oversold resources. Here's what that gets you, and the platforms we run it on.
Why bare metal beats virtualized hosting
Cloud VMs and shared hosting slice one machine across many customers. Bare metal gives you the whole thing.
Bare metal
our platform- Entire physical server, dedicated
- Consistent peak performance
- Full root + IPMI, any OS
- Native NVMe & network I/O
Cloud VM
- Shares a host via hypervisor
- Performance varies with neighbors
- Root inside the VM only
- Virtualized, abstracted I/O
Shared hosting
- Hundreds of accounts per box
- Tightly capped resources
- No root, limited control
- Heavily oversold
The bare metal advantage
100% of the hardware
Every core, every gigabyte of RAM, and the full NVMe and network throughput is yours alone — nothing is shared or oversold.
No noisy neighbors
Without a hypervisor splitting the box between tenants, you get consistent, predictable performance under load.
Root + out-of-band IPMI
Full administrative control, custom OS installs, kernel modules, and remote power/console via IPMI on every server.
Raw, native I/O
Direct access to PCIe-4 NVMe and the CPU's memory channels — no virtualization tax on storage or network paths.
Built for heavy data
Local high-density storage and 8-channel server memory make bare metal ideal for databases, analytics, and media.
Single-tenant security
Physical isolation from other customers reduces your attack surface and simplifies compliance.
Three CPU families, one network
We run current-generation AMD alongside proven Intel silicon — so you can match the architecture to the workload.
AMD Ryzen
The highest clock speeds we offer (up to 5.7 GHz). Ideal where per-thread speed matters: web apps, game servers, and databases. DDR5 throughout.
Browse RyzenAMD EPYC
Up to 64 cores per socket and dual-socket builds reaching 128C/256T. Eight memory channels and 128 PCIe lanes for virtualization and dense parallel work.
Browse EPYCIntel Xeon
Proven enterprise silicon with ECC memory — from high-clock W-series to many-threaded dual E5 configs at exceptional value.
Browse XeonPlatforms, side by side
Real PassMark CPU Mark performance by default — switch the metric to compare cores, threads, and clock speed. Hotter bars rank higher.
PassMark CPU Mark (multithread) — overall real-world multi-threaded performance.
PassMark CPU Mark (multithread) scores via cpubenchmark.net (~May 2026 averages); other figures are public manufacturer specs. All values are per single socket — dual-socket EPYC builds roughly double the cores, threads, and total PassMark throughput shown.
Not sure which to pick?
Start from what you're running — we'll point you at the right platform.
Web & game servers
High single-thread clocks keep request latency and tick rates low.
Virtualization & private cloud
Pack dozens of VMs onto many-core EPYC with eight memory channels.
Databases & low-latency
Top boost clocks plus native NVMe for fast transactional workloads.
Backups, media & data lakes
High-density SAS/HDD arrays scaling well past a petabyte.
AI, rendering & compute
RTX 3090 / 4090 acceleration attached to fast Ryzen hosts.
Isolated & compliance workloads
Single-tenant hardware with full disk control and IPMI.
Bare metal,
in your hands.
No setup fees. No contracts. Full root and IPMI on every server, and engineers who answer the ticket.