Custom Dedicated Servers
No catalogue. No fixed tiers. Xisto sources and builds dedicated servers to your exact hardware requirements across Hetzner datacenters. Managed or unmanaged — any CPU, RAM, and storage combination.
Standard server tiers don't fit every workload. If you have specific requirements — a GPU for ML inference, NVMe-only storage, a particular CPU architecture, or a precise RAM footprint — Xisto sources and configures it.
AMD EPYC for per-core licensing efficiency, Intel Xeon for legacy compatibility, ARM for energy-efficient workloads — we source based on your needs, not our stock list.
From 32 GB to 1.5 TB RAM — Xisto builds the memory configuration your database, AI workload, or in-memory cache actually requires. No padding, no unnecessary overhead.
All-NVMe arrays, hybrid NVMe + HDD, large-capacity HDD RAID, or custom JBOD configurations. Xisto designs storage layouts for your IOPS and capacity requirements.
1 Gbps to 10 Gbps uplinks, additional IPv4 blocks, IPv6 routing, private VLAN, or BGP announcement — Xisto configures the network stack your infrastructure needs.
Hetzner's global network spans Germany, Finland, the United States, Singapore, and more. Pick the location closest to your users — or distribute across multiple for redundancy.
Need Xisto to run the server — OS updates, security patches, monitoring, and emergency response? We do it. Prefer to manage it yourself? We hand it over with full root and step aside.
Tell us what you're running — your application stack, expected concurrent users, storage I/O pattern, and peak load — and Xisto will produce a hardware specification and price within 24 hours.
No pricing on this page — because custom hardware means custom pricing. Share your requirements and Xisto will respond with a full specification and monthly cost.
Request QuoteCustom builds make sense when the workload is unusual, the scale is high, or the standard tiers leave obvious waste.
Large language model inference, embedding pipelines, and RAG systems need high-core-count CPUs, large RAM pools, and fast NVMe. A custom build ensures no wasted capacity.
PostgreSQL, MySQL, or MongoDB clusters with specific IOPS requirements, RAID configurations, and RAM-to-core ratios need a server built around the database, not the other way around.
FFmpeg workloads need maximum CPU thread count and fast NVMe scratch space. A custom 32–64 core build outperforms any standard tier for the same cost.