Crypto Dedicated Servers — Bare Metal, Crypto Payments

Dedicated servers eliminate the hypervisor layer entirely. Every CPU core, every RAM module, every NVMe drive belongs exclusively to your workload. There is no resource contention from noisy neighbors, no performance variability caused by overcommitted host nodes, and no virtualization overhead eating into your compute budget.

Paying with cryptocurrency removes the other common friction point: procurement bureaucracy. Traditional dedicated server orders often require signed contracts, verified payment methods, and multi-day approval processes. With crypto, you send payment, we rack the server, and you have IPMI access within hours.

This combination — bare-metal performance with frictionless crypto onboarding — is ideal for projects that need both raw power and operational privacy. Think high-frequency trading infrastructure, large-scale data processing pipelines, private AI model training, and blockchain validator nodes that require dedicated hardware for slashing protection.

Our inventory spans entry-level to enterprise-grade hardware. Entry machines feature Intel Xeon E-2300 series processors (4-8 cores), 32-64 GB DDR5 RAM, and 2x 1 TB NVMe drives. These are perfect for database servers, development environments, and small-to-medium web applications.

Mid-range servers use AMD EPYC 7004 or Intel Xeon Gold processors with 16-32 cores, 128-256 GB RAM, and 4-8 TB NVMe storage. Suitable for virtualization hosts running dozens of VMs, large database clusters, and compute-heavy applications like video transcoding or scientific simulation.

High-end configurations include dual-socket systems with up to 128 cores, 1 TB RAM, 10 Gbps networking, and optional GPU cards (NVIDIA A4000, A5000, or RTX 4090). These machines handle enterprise AI inference, real-time rendering, and the most demanding blockchain infrastructure.

Every dedicated server includes out-of-band management via IPMI or iDRAC. Access the server console, mount ISO images, power cycle the machine, and monitor hardware sensors — all from a web interface that works even when the operating system is down. This is essential for remote management and disaster recovery.

Standard networking includes a 1 Gbps port with unmetered bandwidth, a /29 IPv4 block (5 usable addresses), and a /64 IPv6 block. Upgrades to 10 Gbps are available for bandwidth-intensive workloads. Additional IPv4 addresses and larger subnets can be purchased as needed.

Private networking between your dedicated servers uses tagged VLANs on dedicated switch ports. This creates an isolated Layer 2 network with no bandwidth limits and no metering — ideal for database replication, cluster heartbeats, and backup traffic that should never traverse the public internet.

AnubizHost guarantees 99.95% network uptime on all dedicated servers, backed by a service-credit SLA. Planned maintenance is scheduled during off-peak hours with at least 72 hours advance notice. Unplanned outages trigger immediate investigation and are resolved with urgency by our on-site engineering teams.

Hardware failures are covered under our replacement SLA. Failed drives are swapped within 4 hours using on-site spares. Failed motherboards, CPUs, or RAM modules are replaced within 24 hours. If we cannot meet these targets, you receive prorated service credits for the downtime period.

For mission-critical deployments, we offer a premium SLA tier with 15-minute response times, dedicated account management, and pre-staged replacement hardware reserved exclusively for your account. This tier is available for a modest monthly premium and provides the highest level of guaranteed availability in our product line.