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RyzenHosting
Zen 5 · Ryzen 9 9950X

VPS and game hosting
on one very fast machine.

Virtual servers, dedicated cores, bare metal, game, bot and web hosting, all on AMD Ryzen 9 9950X nodes with local NVMe Gen4 storage, in Chicago. Virtual servers start at $10 a month and are online about a minute after you pay.

  • Root access on first boot
  • Local NVMe Gen4 storage
  • DDoS filtering at no charge
  • No setup fee, cancel any term
A row of server racks of the kind our nodes are installed in

CHI1 · Chicago, Illinois

Node telemetry

Ryzen 9 9950X · 16 cores / 32 threads

—GHz

CPU in use
—
Uptime
—
Storage
—
Processor utilisation25% scale
0 / 32
Cores and threads per node
0.0 GHz
Maximum boost clock
0 MB
L2 and L3 cache
0 TB
Local NVMe Gen4 in every node

Runs the software you already use

  • Ubuntu
  • Debian
  • AlmaLinux
  • Rocky Linux
  • Windows Server
  • Docker
  • Kubernetes
  • NGINX
  • MySQL
  • MariaDB
  • PostgreSQL
  • Redis
  • WordPress
  • WooCommerce
  • Laravel
  • PHP
  • Node.js
  • Python
  • OpenJDK
  • FiveM
  • Steam
  • Counter-Strike
  • Discord
  • Git
  • Ansible
  • MinIO
Products

Nine products. One kind of hardware.

Every plan below runs on the same Ryzen 9 9950X nodes with the same local NVMe storage. The difference is how much of the machine you get and how much of it we manage.

Compute

You administer the operating system. We keep the hardware and the network alive.

Managed hosting

We install and maintain the software. You configure the thing you actually came for.

Infrastructure

Supporting services for the servers above, set up by our engineers.

Pricing

Every price, on this page. No setup fee, no quote form.

Pick a product, a billing term and a location. The price you see is what Stripe charges, and the button takes you straight into the order form.

Ryzen VPS

Virtual machines with shared Zen 5 vCPUs, DDR5 memory and local NVMe Gen4 storage. You get your own kernel, full root, one IPv4 address and a routed IPv6 /64. Deployed automatically in Chicago.

Billing term
Location
  • VPS R2

    In stock

    $10.00/mo

    $10.00 billed monthly

    vCPU
    2 cores
    Memory
    4 GB DDR5
    Storage
    60 GB NVMe
    Bandwidth
    4 TB @ 1 Gbps
    • 1 × IPv4 + /64 IPv6
    • Daily backups add-on

    Chicago · deployed automatically

    Configure VPS R2
  • VPS R4

    Popular

    $19.99/mo

    $19.99 billed monthly

    vCPU
    4 cores
    Memory
    8 GB DDR5
    Storage
    120 GB NVMe
    Bandwidth
    8 TB @ 1 Gbps
    • 1 × IPv4 + /64 IPv6
    • 2 free snapshots

    Chicago · deployed automatically

    Configure VPS R4
  • VPS R6

    In stock

    $38.99/mo

    $38.99 billed monthly

    vCPU
    6 cores
    Memory
    16 GB DDR5
    Storage
    240 GB NVMe
    Bandwidth
    12 TB @ 1 Gbps
    • 1 × IPv4 + /64 IPv6
    • 4 free snapshots

    Chicago · deployed automatically

    Configure VPS R6
  • VPS R8

    Low stock

    $68.99/mo

    $68.99 billed monthly

    vCPU
    8 cores
    Memory
    32 GB DDR5
    Storage
    400 GB NVMe
    Bandwidth
    20 TB @ 1 Gbps
    • 1 × IPv4 + /64 IPv6
    • Priority support

    Chicago · deployed automatically

    Configure VPS R8

Included with every Ryzen VPS plan

  • Ryzen 9 9950X cores, DDR5 memory
  • Local NVMe Gen4 storage
  • Always-on L3 and L4 DDoS filtering
  • Client area, invoices and API keys

Prices are in USD and are the full amount you pay. No VAT is added at checkout. Monthly, before any term discount. Term discounts are charged up front for the whole term and change nothing else about the plan.

RYZEN9 9950X100-000001277RH-CHI1 · 2544SUSDIFFUSED IN TAIWANMADE IN MALAYSIA
AM5 · LGA1718170 W TDPTSMC N4P
The only processor we deploy

Ryzen 9 9950X.
In every single node.

One decision explains most of this company: every node runs the same desktop-class Zen 5 processor instead of a server part chosen for core count. Published single-core scores put it roughly 60% ahead of the enterprise Xeon and EPYC parts normally rented out, and single-thread speed is what page loads, game tick rates and build times actually depend on.

Architecture

Zen 5 · 4 nm

Cores / Threads

16 / 32

Boost clock

Up to 5.7 GHz

Base clock

4.3 GHz

L2 + L3 cache

80 MB

Memory

DDR5 ECC

PCIe lanes

28 × Gen5

AVX-512

Full 512-bit

Single-thread performance

  • AMD Ryzen 9 9950X3,380
  • AMD EPYC 9454P2,150
  • Intel Xeon Gold 6548Y+2,040
  • AMD EPYC 75431,720
  • Intel Xeon E5-2697 v41,090

Approximate published benchmark averages, shown for reference. Your own results depend on the workload, the memory configuration and virtualization overhead.

Local NVMe storage

Your disk is in the machine. Not on the network.

Every node writes to NVMe Gen4 bolted into the same chassis as the processor running your workload, so a write goes to the drive instead of across a storage fabric. That is speed rather than safety: there is no mirror behind the drive, so snapshots and the daily backup add-on are what keep a second copy of your data.

Local write path

nvme0n1 on PCIe

Your application

write(4096 bytes)

nvme0n1

NVMe Gen4 · attached to this nodeWRITE

No iSCSI target, no storage fabric, no remote array in the path

2 TB

Local NVMe in every node

NVMe Gen4

Interface

None

Storage network in the path

None

Mirror behind the drive

Why not network storage? Because a commit to local NVMe never leaves the machine. Databases, game worlds and build caches read straight off PCIe instead of crossing a storage fabric. We do not publish a throughput or IOPS number for the drive, because we have not measured one we would be happy to be held to.

Where it runs

Chicago, Illinois. The one place we run.

Every deployment lands in carrier-neutral colocation in Chicago. We list the one region we can hand over today instead of a map of places we are not in yet.

CHI1

Chicago

Illinois, United States

Deployed automatically

Carrier-neutral colocation in Chicago. Every deployment lands here.

Deployed automatically, usually within a minute of payment.

A colocation hall with rows of closed server cabinets
The front panel of a rack-mounted server node
A fibre patch panel with numbered ports
An engineer servicing hardware inside a rack
Cooling fans inside a server chassis
A network switch with fibre uplinks
  • Carrier-neutral colocation

    Our cabinets sit in a commercial facility with its own power, cooling and security, not in an office.

  • Hardware we own

    The nodes are ours. We specify them, we rack them and we hold the spare parts for them.

  • Filtering in front of everything

    Volumetric attack traffic is filtered before it reaches a node, on every service and every plan.

  • Parts on hand

    Because every node is the same build, a failed drive or memory module is replaced from stock rather than ordered.

In the client area

What you can actually do once it is running.

Every item below is a screen in the client area, not a roadmap entry.

  • Live resource graphs

    Processor, memory, disk and network for your service, in the client area, without installing an agent.

  • Console and file access

    A browser console and SFTP for game and bot servers, and a VNC console for virtual machines when SSH will not open.

  • Power control

    Start, stop and reboot from the client area or through the API, including a hard reset when the guest stops responding.

  • Reinstall and rebuild

    Rebuild a virtual machine onto another image, or reinstall a game server onto another title, on your own schedule.

  • Snapshots

    Take a snapshot before you change something and roll back from the client area if it goes wrong.

  • Resize in place

    Move up a plan with one reboot. The change is billed pro rata for the rest of the term.

  • Networking you control

    One IPv4 address, a routed IPv6 /64 and a stateful firewall with presets for the common cases.

  • Databases

    MySQL databases on the same node for game and bot servers, created and credentialed from the client area.

  • DDoS filtering

    Always on, applied to every service, and never counted against a bandwidth allowance.

Compare

How this differs from the alternatives

A fair look at what a large cloud provider and a cheap shared host give you for comparable money.

  • Processor

    RyzenHosting
    Ryzen 9 9950X, 5.7 GHz boost
    A typical hyperscaler
    Mixed Xeon and EPYC
    A typical budget host
    Older-generation Xeon
  • Published single-core score

    RyzenHosting
    ≈3,400
    A typical hyperscaler
    ≈1,700 to 2,100
    A typical budget host
    ≈1,100
  • Storage

    RyzenHosting
    Local NVMe Gen4
    A typical hyperscaler
    Network block storage
    A typical budget host
    SATA SSD
  • ECC memory

    RyzenHosting
    On bare metal plans
    A typical hyperscaler
    Varies by instance
    A typical budget host
  • DDoS filtering included

    RyzenHosting
    A typical hyperscaler
    Paid add-on
    A typical budget host
    Basic only
  • Egress billed separately

    RyzenHosting
    A typical hyperscaler
    A typical budget host
  • Setup fee

    RyzenHosting
    A typical hyperscaler
    A typical budget host
    Sometimes
  • Price shown before sign-up

    RyzenHosting
    A typical hyperscaler
    Calculator only
    A typical budget host

Benchmark figures are third-party published single-core scores for representative processors in each class. They describe the hardware, not your workload.

FAQ

Questions, answered plainly

Not covered here? Ask us directly.

Engineers working at a row of server racks in a colocation hall

Pick a plan, pay with Stripe, sign in with Discord.

Chicago deployments come online about a minute after the payment clears. There is no setup fee, no password to invent and no contract beyond the term you choose.