AMD Ryzen dedicated servers reach clock speeds up to 5.7 GHz for game servers, real-time apps, and validator nodes. Every server runs as a single tenant, with hardware RAID NVMe storage, a private 10 Gbps link, and free monthly egress of 100 TB.
Ryzen cores boost to 5.7 GHz, clearing game ticks, trade fills, and validator votes on a single fast thread with no delay.
You can pay using a range of cryptocurrencies, including Bitcoin, Ethereum, Solana, and other popular coins.
Every core supports AVX-512, speeding up the signature verification and vector math Solana validators rely on.
Built for multiplayer game servers, low-latency trading, and Web3 nodes.
Sign in to the Client Portal with your Cherry Servers account, or create one if you’re new.
Pick a location close to your players so your users get reliable low latency.
Pick an instant Ryzen plan, or spec a custom build. Set your choice of 7950X or 9950X model, NVMe disks, and RAID level.
Install a prebuilt Debian, Ubuntu, AlmaLinux, VMware ESXi, or Windows Server image. You can also mount a custom ISO over IP KVM for Proxmox or any other OS.
Attach public and private IPs, switch on IPv6, and join a private VLAN to keep server traffic internal.
Review your build, choose hourly or monthly billing, and pay by crypto, card, or bank transfer. Deployment and provisioning run automatically.
Reach your server via SSH or RDP using the login details provided during deployment.
Two NVMe disks, with RAID 0 for speed or RAID 1 for redundancy.
You get 100 TB of monthly outbound traffic, with unmetered inbound.
Private uplink reaches up to 10 Gbps, ready for peak traffic.
Network-layer DDoS filtering absorbs traffic floods at the network edge by default, and free of charge.
You control the OS, firmware, and BIOS with full root access. When there is no OS to boot, the IP KVM console takes over for installs and recovery.
Single-tenant hardware powers a guaranteed 99.97% uptime, with no noisy neighbors.
Backup storage starts with 100 GB free, and can be expanded to up to 2 TB on separate network storage.
The monitoring agent reports CPU, memory, disk, and network usage in real time.
You rent the whole machine so every physical core is yours alone. No vCPU credits to run down, no hypervisor in the path, and no neighbor competing for cycles.
The working core runs at a high clock rate for a long job. With single-thread work, only one required core is loaded, giving it the power and cooling headroom to hold its clock.
Every request returns the same fast response. A slow p99 never blindsides a trade, a tick, or a vote.
A fast core is wasted the moment it waits on data. Ryzen’s DDR5 memory and PCIe 5.0 NVMe keep the core supplied, so it rarely has to wait on memory or disk.
Games recalculate their state every tick on a single main thread. A fast Ryzen core clears each tick inside its deadline, even as players, entities, and mods pile on. One host runs several instances at once, each near its players.
In high-frequency trading, the edge is the microseconds between seeing a price and sending an order. A single fast Ryzen thread runs the whole loop, with no other tenants adding unwanted jitter.
A validator signs, votes, and verifies on a single fast thread, and the clock speed determines how quickly each step completes. From our Lithuania data center, direct peering to Jito holds latency under a millisecond, ensuring blocks and votes reach the network in time. RPC nodes on the same hardware can serve requests without waiting on a shared host.
Compile jobs and test suites are short, clock-bound tasks that finish on per-core speed. Ryzen cuts build time. Dev and staging environments run on the same dedicated hardware, ready on demand.
ECC support depends on the Ryzen model. The Ryzen 7950X ships with ECC DDR5 memory, while the 9950X uses standard DDR5 memory. If your workload needs ECC, choose the 7950X.
Both the Ryzen 7950X and 9950X run 16 cores and 32 threads at up to 5.7 GHz. The 9950X uses the newer Zen 5 architecture and DDR5-5600 memory. The 7950X uses Zen 4 and ships with ECC memory. Pick the 9950X for the newest cores, or the 7950X for ECC.
An AMD Ryzen dedicated server takes up to 192 GB of DDR5 on the AM5 platform. The 9950X runs DDR5-5600, and the 7950X runs DDR5-5200. That is ample for the latency-first work these servers run.
Yes. One AMD Ryzen machine hosts several game servers side by side, each on its own fast core. Because the hardware is single-tenant, no one else shares those cores, so every instance holds its tick rate. Deploy in a location near your players for low round-trip latency.
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