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Measured VPS performance

Buy VPS hosting that
wins the benchmarks.

EPYC processor, NVMe RAID10, low-density servers in Amsterdam and New York. All claims measured and openly reproducible. No sales pages.

From .40 /mo, 2-year price

  • 99.8% uptime SLA
  • Cancel any time
  • No renewal hike
Published runs, 5 medians, Reproducible

We don't promise performance.
We measure it.

For each provider we compared performance on identical hardware: 2 vCPU, 4 GB of RAM, 60 GB of Dedicated storage for all published runs (5 median runs for Vultr, DigitalOcean and OVH, all published runs for BuyVPS). Full benchmarks and numbers are available on our benchmarks page and detailed methodology below.

CPU

Geekbench 6, single
BuyVPS
2,000
OVH
1,521
DO
1,155
Vultr
1,094

Single-core median, higher is better+32% vs OVH

Storage

fio, 4K random read IOPS
BuyVPS
122,959
DO
89,834
Vultr
82,924
OVH
7,512

Random reads, the access pattern real workloads hit+37% vs DO

Database

pgbench, TPS
BuyVPS
7,364
DO
4,360
Vultr
3,782
OVH
1,574

PostgreSQL transactions/second, higher is better+69% vs DO

HTTP

wrk, requests/s
BuyVPS
83,957
OVH
62,445
DO
50,406
Vultr
42,676

HTTP request throughput, higher is better+34% vs OVH

Low density by design

Predictable performance starts
with refusing to oversell the node.

Most providers pack as many customers as possible into a server (over-sell) and then rely on all tenants to remain as quiet as possible and not create any additional load. We at BuyVPS first design the node to its physical capabilities and then we sell it for less than 100% and keep the remaining headroom unsold and unpriced for the next quarter.

01 / Capped per node

Usable memory is reserved

Memory types (Standard and High Memory server configurations) use DDR4 ECC; Dedicated server configurations use DDR5 ECC.

  • Memory cap set per node, not per customer
  • Headroom stays unsold, not for sale next quarter
02 / Pinned cores option

Reserve cores when you need them

Dedicated CPU plans (Pinned Cores option) lock down specific CPU cores for your VPS so that there is no time-slicing and thus no risk of being affected by noisy neighbors and you get a predictable and guaranteed per-core latency under any load.

  • EPYC Genoa silicon, 1:1 core ratio
  • Same core, same cache, every cycle
  • Predictable per-core latency under any load
03 / Honest scaling

Upgrade without leaving the box

Add RAM or vCPU to your server in a matter of minutes without having to reboot your server. Your data, your IPs, and your settings will remain unchanged. The server will simply restart for a few minutes to apply the changes to your upgraded server.

  • Self-service from the panel or the API
  • No migration, no rebuild, no IP rotation
  • Scale up when traffic increases and scale back down when traffic decreases.
Two regions, one stack

Pick a region close to your users.
Same hardware on either side.

It is the same hardware (EPYC + NVMe) in both regions, same control plane and therefore also same pricing for EU and US-East. Therefore you can run one region and then switch to the other region at the panel whenever you like, or you can run both regions with failover.

Amsterdam

NL, EU

52.37° N, 4.90° E

  • Dense peering and transit environment
  • We have strong peering with neighboring countries like BE, DE, UK and FR.
  • EU-first SaaS, APIs and transactional sites
VPS Amsterdam details

New York

US, East

40.71° N, 74.01° W

  • US East-Coast audience proximity
  • Multi-homed upstream, redundant transit options
  • SaaS, APIs and transactional sites for the US market
VPS New York details
Uplinks
Redundant, multi-homed
IP
IPv4 + IPv6 dual-stack
VLAN
Available on request
Firewall
Edge filtering, abuse policy
The whole stack

Every component, on the same sheet.

Simple transparent provisioning. No intermediaries, no hidden layers, no backroom deals. EPYC CPUs with ECC memory. Local NVMe storage. Open source KVM with separate kernels for better stability. Multi-homed uplinks at both ends of the connection.

CPU

01 / Silicon

EPYC Milan, EPYC Genoa

Standard and High Memory on Milan (with memory ratios locked) / Dedicated on Genoa (pinned cores to dedicated memory on dedicated hardware). Silicon is identical between locations.

Memory

02 / ECC

DDR4 ECC, DDR5 ECC

Memory error-correcting is enabled throughout the platform. Useable memory is set hard on a per node basis, and does not fluctuate on an opportunistic basis for other servers. On the Genoa platform, the Dedicated cores for the High Memory configurations are pinned so that specific memory is dedicated for specific applications.

Storage

03 / NVMe

RAID10, PCIe direct

Storage for each server on our network is set up with local arrays of NVMe storage all configured in RAID10 for storage performance and redundancy. Storage on each server is configured on a per server basis and is set up with no SATA storage and no shared storage from a SAN. The configuration delivers sub-millisecond storage latency and high levels of I/O.

Network

04 / Uplink

Multi-homed, IPv4 + IPv6

Multi-homed and dual-stacked on all plans (two uplinks to two networks, IPv4 and IPv6 on all tiers). VLAN and firewall support on all tiers.

Virtualisation

05 / Hypervisor

KVM, separate kernel per VPS

KVM with separate kernel per VPS. The KVM hypervisor is used across all VPS tiers in all data centers. We do not run OpenVZ / LXC virtual servers, we offer also nested virtual servers.

Operating system

06 / OS

Linux-first, ISO upload

Linux ISOs are available to upload to your virtual servers including Ubuntu, Debian, AlmaLinux, Rocky, CentOS Stream and Fedora. In addition, a full console is available for each virtual server that has been provisioned with a Linux operating system. From the console you will have full root access to the virtual server should that be required.

Match the tier to the workload

Pick the VPS that fits
what you're actually running.

Each card will go through our benchmarking results for the various types of servers (server tiers), and then for the cards will recommend which plan family within a given tier to go with based off of the user's selected configuration.

Workload, database

Production databases

Most databases for production databases are running PostgreSQL, MySQL or MongoDB. They need a fixed amount of IOPS, on a fixed set of pinned cores. With the Genoa EPYC processor and the infrastructure built upon that chip, running such database applications is ideal. With lots of DDR5 ECC memory, the working set of data will be kept fast and will be very predictable under load.

  • 122,9594K read IOPS
  • 7,364pgbench TPS
  • D-tierEPYC Genoa pinned cores, DDR5 ECC
Dedicated CPU, D-4 to D-64 See Dedicated plans
Workload, APIs

SaaS APIs and microservices

Pinned Cores for APIs & Microservices Workload. Request-heavy backends require low tail latency. To achieve this, pinned cores that are pinned to run that workload at the same time as other workloads (to avoid their latency affecting your p99) are dedicated to running your workload as a separate workload.

  • 83,957wrk requests/second
  • 2,000Geekbench 6 single-core
  • D-tier1:1 cores, no time-slicing
Dedicated CPU, D-4 to D-32 See Dedicated plans
Workload, in-memory

Caching, search and analytics

Additional Sectors that have a working set that should be in RAM for optimal performance (e.g. Redis, OpenSearch, ClickHouse, etc.), 8 times the memory per vCPU, in a large pool of unsold headroom.

  • 1 : 8vCPU : RAM ratio
  • 64-192 GBper VPS, DDR4 ECC
  • HM-tierMemory-first node packing
High Memory, H-64 to H-192 See High Memory
Workload, web & dev

Web apps, SaaS frontends and staging

Shared vCPU on EPYC Milan servers with capped-sharing policy as on the rest of the servers. Pricing for scale, without overcommitting.

  • 1:2, 1:4virtual cores (S-tier)
  • 4-64 GBper VPS, DDR4 ECC
  • S-tiernode headroom: unsold
Standard, S-4 to S-64 See Standard plans
What you sign up for

Commitments we don't walk back.

No teaser pricing. No renewal hikes. No retention scripts.

01 / Uptime

99.8% SLA

The 99.8% SLA is for the entire stack of infrastructure, not for a single component. This means it is calculated per node.

02 / Price

No renewal hike

Your year-5 price will be the same as when you signed up.

03 / Term

Cancel any time

Self-serve from the panel. No retention scripts.

04 / Support

Engineers reply

Support is provided by BuyVPS' real engineers, not first from a chatbot (often referred to as 'tier-1 support').

Ready when you are

Deploy a VPS that's measured,
not marketed.

EPYC + NVMe RAID10. We offer VPS servers in Amsterdam and New York. All of our servers are deployed on the same day. All the specs of our servers are listed on our website. We have real engineers who set up VPS servers for our clients.

99.8% uptime SLA Cancel any time No renewal hike
FAQ

Common questions

How does BuyVPS compare to DigitalOcean, Vultr or OVH?
Results have been compared using the same 2 vCPU / 4 GB / Dedicated CPU VPS plan on BuyVPS, DigitalOcean, Vultr and OVH. Geekbench 6 single-core results for BuyVPS are at 2,000 while OVH reaches 1,521. 4K read IOPS on BuyVPS were at 122,959 while DigitalOcean were at 89,834. Using pgbench, BuyVPS reached 7,364 TPS while DigitalOcean were at 4,360. Wrk results for BuyVPS were at 83,957 requests/s while OVH were at 62,445. All of the above results are five-run medians and were compared in an identical manner to the results found on our benchmarks page where you can also find the full raw results for every provider compared.
How fast can I deploy a VPS?
You can deploy a Linux VPS in less than 30 seconds using our self-service panel or our REST API. Additionally we have an in-browser VNC console set up for you in case you need to access a VPS immediately. We also allow you to upload your own ISO.
Do you use KVM virtualization?
Yes. Every VPS runs on KVM with hardware-assisted virtualisation and its own kernel, so you get full root access. CPU, memory and disk are allocated and isolated per instance at the hypervisor level, with no container-based sharing like OpenVZ or LXC.
What hardware do you use?
Our server hardware consists of single-socket AMD EPYC servers. The Standard and High Memory plans are powered by Milan processors, while the Dedicated CPU plans are powered by Genoa processors. The non-Dedicated plans use DDR4 ECC memory, while the Dedicated plans use DDR5 ECC memory. All servers use NVMe storage in a RAID10 configuration, with storage running on PCIe for optimal performance. The servers also have redundant power and network paths, with network paths routing around individual racks to ensure optimal uptime.
Do you oversell CPU or memory?
No. Usable memory is hard-capped per node as we sell less than the box can physically deliver. Dedicated CPU plans have CPUs pinned 1:1 to cores so there is no time slicing of CPUs on these plans. Also, the headroom on every node is unsold by design.
Where are your data centers?
Our main datacenter locations are Amsterdam (Netherlands, EU) and New York (USA, East Coast). In both locations we use the same server hardware, server management and offer the same low prices for VPS hosting. This means that you can choose a datacenter location closest to your users or even set up failover VPS hosting between EU and US to enhance redundancy and availability.
Can I upgrade or downgrade without migrating?
Upgrades and downgrades are no problem. Simply log into your customer control panel, add the required amount of RAM or vCPU and the upgrade will be done within a few minutes (a reboot is required and usually only takes a few seconds) and you are good to go. All of your data and settings will still be there and your IP addresses will not change. You can also perform upgrades and downgrades through our API.
Is full root access included?
Yes. Full root access to your server is provided on all Linux plans. We include an in-browser VNC console for easy access to your server if required and you can upload your own SSH keys at deploy time.
Which operating systems do you support?
We support by default the following Linux distributions: Ubuntu 22.04 / 24.04 LTS, Debian 11 / 12, AlmaLinux 9, Rocky Linux 9, CentOS Stream 9, Fedora 39 / 40 and openSUSE Leap / Tumbleweed. You can also upload your own 64-bit Linux distribution as an ISO file. We are a Linux-first company and therefore we primarily focus on the supported distributions.
How does pricing work? Will it go up at renewal?
No, we don't have any one-time fees and you pay the same price for the plan you pick, on monthly, 1-year or 2-year billing. On 2-year plans you save 20% and on 1-year plans you save 15%. You can cancel at any time from your control panel.