Virtual dedicated servers built on AMD EPYC processors. Each EPYC VDS server runs on dedicated vCores and DDR5 memory, with NVMe storage in RAID 10 and a 1 Gbps uplink, in six locations across Europe, the USA, and Asia.
Every plan runs on AMD EPYC processors, with DDR5 memory across 12 channels.
Deploy pre-built EPYC VDS servers automatically from the Client Portal, the `cherryctl` command-line, or the REST API.
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Built for high-traffic web applications, Kubernetes clusters, production databases, and business systems.
You get a 1 Gbps uplink on every tier, with unmetered inbound traffic.
Reach your server with full root access over SSH, or a VNC console in the portal.
Our network filters common attack traffic by default, at no extra cost.
Get up to 20 TB of outbound traffic each month.
Reassign your floating IPv4 address to another server in the same location, instantly.
Store your data on NVMe disks, with up to 100,000 IOPS.
Support engineers reply in 45 seconds on live chat, and within 15 minutes on tickets.
Provision servers via our REST API or the `cherryctl` command-line.
Sign in with your Cherry Servers credentials, or set up an account.
From the portal, click New instance.
Under Virtual Servers, click Dedicated Resources, then the Premium VDS tab.
Select an EPYC VDS plan with the vCores, RAM, and NVMe storage your application needs.
Choose the closest location to your users to keep latency low.
Install Ubuntu, Debian, AlmaLinux, Rocky Linux, or any prebuilt operating system. You can use the entire disk or create a partition.
Add floating IPs or a public subnet, and set the monthly egress limit to match your traffic.
You can enter a hostname, attach an SSH key, and add a cloud-config script.
Confirm your configuration, set hourly, monthly, or annual billing, and deploy the server.
Connect through SSH or the VNC Console, then set up your applications.
EPYC VDS servers are built for high-traffic web applications, such as breaking news sites, social networks, and e-commerce platforms. Dedicated CPU and a 1 Gbps uplink keep applications responsive under load, and 10-20 TB of free egress traffic is included monthly.
EPYC VDS servers are well-suited for small to medium Kubernetes deployments, such as staging environments, internal developer platforms, and production clusters of a few nodes. Dedicated vCores keep node capacity predictable, and a Kubernetes cloud controller manager synchronizes cluster and server state.
Business systems like CRM and ERP run at a steady load during business hours. An EPYC VDS backs these systems with a dedicated CPU and 16 to 64 GB of DDR5 memory, so response times do not drift.
Production databases processing heavy transaction volumes need flat query latency. Your database reads and writes on dedicated NVMe disks with up to 100,000 IOPS, and dedicated RAM ranges from 16 to 64 GB.
Every EPYC VDS boots its own kernel. You can tune kernel parameters, raising connection limits for a busy web server or shared memory for a database. You can also load kernel modules, from the WireGuard VPN to the ZFS file system.
Cherry Servers’ EPYC VDS storage runs on NVMe disks in a RAID 10 array. Each block is written to two drives, and the pairs are spread across the array, so a single drive can fail without costing you data.
VM Backups copies your server every day and retains each copy for seven days, on a separate infrastructure node from your server. The daily copy runs inside a two-hour window you choose. You can trigger a manual copy once an hour and hold up to three manual copies at a time.
Every EPYC VDS deploys with a private IP address and a private network interface already assigned. Your servers reach each other over it without any extra configuration from you. Servers on different network segments share one broadcast domain and behave as though they were cabled together.
An EPYC VDS server is a virtual dedicated server (VDS) running on an AMD EPYC processor, with its CPU and memory allocated to one customer. It’s a kernel-based virtual machine (KVM), so it runs its own kernel and its own operating system.
On a virtual private server (VPS), several accounts draw from a shared pool of CPU and memory, so your share can shrink when others’ load rises. A VDS reserves CPU and memory for a single customer, giving you a fixed amount that other accounts can’t draw from.
No. A vCore is one of two hardware threads on a physical core, so each plan lists twice as many vCores as cores. A 16-vCore plan runs on 8 physical cores, and a 4-vCore plan runs on 2. Both threads of each core are assigned to the same server, and no other customer’s workload runs on your cores.
No, EPYC VDS instances run Linux only. At deployment, you can choose from Ubuntu, Debian, AlmaLinux, Rocky Linux, or Fedora.
Deployment takes an average of 3 minutes in every location. You can deploy from the Client Portal, the `cherryctl` command-line, or the REST API.
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