Compute / Bare Metal

Bare Metal Servers

WLStack Bare Metal Servers provide dedicated compute, memory and storage without virtualization contention, making them ideal for high-performance databases, virtualization foundations, distributed storage, big data processing and workloads requiring hardware isolation.

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Dedicated

physical resources

Stable

for sustained load

High performance

local NVMe / SSD

Built for

DB / virtualization / storage

When workloads need deterministic physical performance, not just elasticity

WLStack Bare Metal Servers are designed for enterprise workloads that demand high performance, low contention and clear hardware isolation. By dedicating CPU, memory, disks and NICs to a single tenant, the platform offers predictable performance for databases, virtualization, distributed storage, big data and licensed software while retaining unified networking and operational management.

Product advantages

Dedicated physical resources

CPU, memory, storage and networking resources are not shared with other tenants.

  • Dedicated resources
  • Predictable performance
  • Fit for sustained heavy load
  • Hardware isolation

Higher-performance local storage

Support SSD, NVMe and local RAID combinations for demanding data workloads.

  • Local NVMe
  • High IOPS
  • Low latency
  • Flexible disk combinations

Enterprise-grade workload fit

Well suited for databases, virtualization foundations, storage nodes and other heavy-duty platforms.

  • Databases
  • Virtualization
  • Big data
  • Distributed storage

Unified delivery and network operations

Maintain consistent networking, security and automation across dedicated infrastructure.

  • Unified networking
  • Centralized management
  • Automated delivery
  • Hybrid architecture ready

Core capabilities

Stable performance without virtualization contention

Ideal for mission-critical workloads that are sensitive to latency variation and noisy-neighbor effects.

  • Exclusive resources
  • Low contention
  • Stable throughput
  • Critical workload friendly

High-performance local disks and RAID combinations

Support SSD, NVMe and multi-disk configurations for databases and storage nodes.

  • SSD / NVMe
  • Local RAID
  • High IOPS
  • Low-latency access

Production-grade networking for enterprise workloads

Use private networking, public access, multi-NIC options and deployment isolation for production governance.

  • Private networking
  • Public access
  • Multiple NICs
  • Regional isolation

Operational control from provisioning to reinstallation

Support out-of-band management, OS reinstall and baseline automation workflows.

  • OS reinstall
  • Out-of-band management
  • Unified provisioning
  • Automated onboarding

Work alongside cloud, GPU and storage platforms

Build mixed compute architectures and place the right workload on the right resource model.

  • Works with cloud instances
  • Works with GPUs
  • Unified networking
  • Unified operations

Typical scenarios

High-performance database infrastructure

Suitable for database environments that need strong IOPS, throughput and predictable performance.

  • High-performance local disks
  • Stable sustained workloads
  • Low contention
  • Fit for critical data services

Virtualization and platform foundations

Use bare metal as a host foundation for virtualization, containers or internal platform services.

  • Dedicated host capacity
  • Fit for self-managed platforms
  • Ready for orchestration
  • High operational stability

Distributed storage and big data nodes

Support storage clusters, batch processing and data-intensive platforms with local disk performance.

  • High throughput
  • Strong local storage
  • Scalable nodes
  • Fit for heavy workloads

Images & pre-installed apps

A range of OS images and one-click pre-installed applications, ready on boot.

FreeBSD
FreeBSD
Windows
Windows
Linux
Linux
PostgreSQL
PostgreSQL
Nginx
Nginx
Docker
Docker
WordPress
WordPress
LAMP
LAMP
LEMP
LEMP
Add-ons

Contact us about these options

These options may not appear in the cart directly — request any of them by ticket and we'll confirm availability and provisioning for your location.

Hardware RAID

A dedicated RAID controller manages the array independently of the host and presents a single disk per array.

Additional IP

Buy extra IPs to use as secondary addresses on the server, before or after delivery.

BGP Session

Run BGP to exchange routing information with our edge routers; availability depends on the location.

Firewall

Use a hardware firewall at the location; models and features depend on availability and the server.

DDoS Protection

Protect the rented service against DDoS attacks that can degrade or take it offline; mitigation varies by location.

Backup

Create backups of your server's content where the location supports it; methods and frequency vary.

Private Network

Connect servers over the location's LAN (requires at least two servers); speeds and options depend on location.

SAN

Add Storage Area Network capacity, seen by the OS as locally attached devices; options vary by location.

IPMI

Access the server's IPMI to control power state and KVM, depending on the version available.

IPv6

Use IPv6 as main or secondary/fail-over addresses, subject to location availability.

Dedicated GPU

Add a GPU when the configuration supports it — ideal for rendering, video editing and 3D-intensive tasks.

FAQ

Bare metal gives you dedicated physical resources and is better for sustained heavy load, low contention and hardware isolation. High-spec cloud instances focus more on elasticity and operational flexibility.

Yes. It is especially suitable for database workloads that depend on local disk performance, low latency and stable resource supply.

Yes. It is a strong fit for hypervisor hosts, Kubernetes worker foundations and internal platform environments.

Yes. Bare metal can be configured with local SSD, NVMe and multi-disk layouts for different performance and redundancy goals.