Deploy virtual dedicated servers built on AMD Ryzen processors. Each VDS Ryzen server runs on dedicated vCores at a 4.5 GHz base clock, with DDR5 memory and NVMe storage.
Every plan uses NVMe disks, with up to 800 GB of capacity and 100,000 IOPS.
Pay with Bitcoin, Ethereum, Solana, or any of the 12+ supported cryptocurrencies.
ECC memory runs at 4800 MHz across all plans and corrects single-bit errors.
Built for video encoding, financial modeling, real-time analytics, and private game hosting.
Every plan runs a 3 Gbps uplink, and inbound traffic is unmetered.
You get root access on every server, over SSH or the Client Portal’s VNC Console.
We filter distributed denial-of-service (DDoS) traffic across the network, at no charge.
Deploy and manage servers through our REST API, or with the `cherryctl` command-line.
Outbound traffic is free each month, up to 20 TB in Europe and the USA.
Move your floating IPv4 address from one server to another within a single project and location.
50 GB of Backup Storage is included, and paid plans go up to 2 TB.
Support engineers reply to live chat within 45 seconds and to tickets within 15 minutes.
Log in to your Cherry Servers account, or create one.
After logging in, click New instance to open the deployment page.
Click Dedicated Resources under Virtual Servers, then the Performance VDS tab.
Each plan lists its vCore count, physical cores, memory, and NVMe capacity. Select the one that fits your workload.
Ryzen VDS runs in seven locations. Pick the one closest to your users to keep latency low.
Choose from Ubuntu, Fedora, Arch Linux, and other prebuilt Linux images. Assign the entire disk to the operating system, or set up a custom partition.
Add additional IPv4 addresses if needed, and choose a monthly egress limit. Ingress traffic is unmetered.
Set a hostname or generate one, choose an SSH key, and paste a Bash or cloud-config script.
Review your configuration, set billing to hourly, monthly, or annually, then deploy.
Access your server via SSH or the VNC Console in the Client Portal.
Ryzen VDS servers are well-suited to video encoding workloads, such as live stream transcoding and post-production rendering. Our plans provide 2 to 8 physical cores at 4.5 GHz, clearing a transcode queue of several files at a time rather than one after another.
Pricing and risk models read market data as it changes, and every mile of network adds delay. Ryzen VDS deploys in Chicago, Frankfurt, and Singapore, three financial hubs, so a model can run in the same city as the market it reads.
Live dashboards, streaming aggregations, and fraud checks all read a moving window of recent events. A Ryzen VDS holds the window in 16 to 64 GB of dedicated memory, and queries run on dedicated vCores while new events arrive.
A Ryzen VDS is a good fit for private game servers, whether for a studio playtest or a closed group of players. One dedicated vCore at 4.5 GHz runs the simulation’s main thread and maintains stable tick times.
Each physical core runs at a 4.5 GHz base clock, and both of its threads go to your server. The cores are dedicated solely to your workload, with no other customers sharing them.
Ryzen VDS storage is a RAID 1 array of NVMe disks. Every write goes to all the disks, giving each a complete copy of your data. If a disk fails, the remaining disks still hold a current copy, and you lose no data.
Every Ryzen VDS runs its own kernel. You can increase network buffer limits for a busy ingest path, or reserve hugepages before a process starts. Modules such as `nftables` for packet filtering and `dm-crypt` for encrypted volumes load at boot or on demand.
You get a Private VLAN subnet and a private IP address on every Ryzen VDS. Servers in the same region communicate over the private subnet automatically, no setup required. Private traffic runs at your public connection’s speed and passes between your servers unfiltered.
A Ryzen VDS is a virtual dedicated server (VDS) built on the AMD Ryzen 7950X, a desktop processor with a 4.5 GHz base clock. Each server is a kernel-based virtual machine (KVM) with fully dedicated vCores and memory.
Both give you dedicated vCores and memory, up to 16 vCores and 64 GB. Ryzen VDS runs on the AMD Ryzen 9 7950X at 4.5 GHz, with a 3 Gbps uplink and up to 800 GB of NVMe storage. Premium VDS runs on the AMD EPYC 9554P, a server processor with more memory channels, making it well-suited to memory-bound workloads.
No. Every Ryzen VDS image is a Linux distribution, including Ubuntu, Debian, AlmaLinux, Rocky Linux, openSUSE Leap, Fedora, CentOS Stream, Alpine Linux, and Arch Linux. Windows Server runs on our Dedicated Servers.
No. Every Ryzen VDS image is a Linux distribution, including Ubuntu, Debian, AlmaLinux, Rocky Linux, openSUSE Leap, Fedora, CentOS Stream, Alpine Linux, and Arch Linux. Windows Server runs on our Dedicated Servers.
A physical core is an independent processing unit on the processor, with its own decode pipes and execution resources. A vCore is a virtual processor inside the virtual machine, which the host runs as a thread and schedules onto its own CPUs. The host decides how much physical core a vCore receives and can place several customers’ threads on a single core.
On a Ryzen VDS, every vCore holds a hardware thread of its own, and a core’s pair of threads is assigned to one customer.
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