Matching a Budapest VPS Plan to Your Workload
The quickest way to choose a virtual server is to start from what will run on it, not from the price. Memory is usually the limiting resource, followed by storage space, with CPU cores mattering most for compiling, encoding and busy databases. Use the guide below as a starting point, then check the plan table for exact figures.
Single-purpose utility servers
A personal VPN, a SOCKS or HTTP proxy, a DNS resolver, an uptime monitor or a small Git server rarely needs more than 2 GB of RAM. VPH1 at $22 handles these comfortably on Linux. Because traffic is unmetered, even a proxy that moves a lot of data will not run into a cap.
Websites and small stores
A WordPress, Joomla or PrestaShop site with steady traffic benefits from the extra headroom of VPH2 (4 GB RAM, 50 GB NVMe) at $33. Add a lightweight control panel and you can host a handful of sites and mailboxes on one instance. Windows users who need IIS or a forex terminal should also start here, since VPH2 is the smallest plan that supports Windows Server.
Several sites, panels and databases
Agencies running cPanel, Plesk or DirectAdmin, or developers mixing a web tier with MySQL or PostgreSQL, should look at VPH3 ($49, 6 GB) or VPH4 ($85, 8 GB). Commercial panels, mail filtering and caching layers all consume memory, and these tiers leave room for them.
Applications that need cores
CI pipelines, video transcoding, multiplayer game servers, analytics jobs and Windows machines shared by several Remote Desktop users scale with CPU. VPH5 (6 vCPU, $111) and VPH6 (8 vCPU, $149) are the usual picks. For the heaviest jobs, VPH7 brings 10 vCPU and 160 GB for $189, and VPH8 offers 16 vCPU, 16 GB RAM and 200 GB for $249.
A simple rule of thumb
Estimate the memory your software uses at peak, add around 30 percent for the operating system and caching, and choose the first plan above that total. If you are unsure, start one size smaller; moving to a higher plan later is straightforward, as explained further down this page. When a workload outgrows even VPH8, a dedicated server is the next step.
Inside the Node: KVM Virtualization, NVMe RAID-10 and ECC Memory
Three technical choices shape how every instance behaves day to day. Understanding them helps explain why a modestly priced VM can feel quicker and more predictable than larger servers elsewhere.
KVM: full hardware virtualization
KVM is built into the Linux kernel and uses the processor’s virtualization extensions to run each guest as a separate machine. Your VM boots its own kernel, so you can change kernel parameters, enable modules such as WireGuard or TUN/TAP, run nested containers with Docker or Podman, and install operating systems that container platforms cannot host, including Windows Server. Memory assigned to your plan belongs to your instance rather than being borrowed from a shared pool, which keeps performance consistent when neighbouring guests are busy.
NVMe SSD in RAID-10
NVMe drives talk to the CPU over PCI Express instead of the older SATA interface, which means far lower latency and many more simultaneous input and output operations. That shows up as faster database queries, quicker package installs, snappier admin panels and shorter backup windows. We combine the drives in RAID-10: data is mirrored for redundancy and striped for speed, so a single drive failure does not take your data with it and read performance stays high.
ECC RAM
Error-correcting memory detects and repairs single-bit errors automatically. On ordinary desktop memory, such errors can silently corrupt a database page, a file in cache or a running process. On a host that serves many virtual machines around the clock, ECC is an important safeguard for data integrity and long uptimes.
What this means in practice
- Database-driven sites respond faster under load because storage is rarely the bottleneck.
- Kernel-level tools such as VPN modules and custom firewalls work without workarounds.
- Long-running processes, from trading bots to game daemons, are less exposed to memory faults.
- Disk redundancy reduces risk, though it is not a substitute for your own backups.
All of this sits in a Tier III facility with redundant power and cooling. You can read about the building, its power design and network on the Budapest datacenter page.
Hungarian IP Addresses, rDNS and the Budapest Network
For many customers the network matters more than raw hardware. A server in Budapest is only useful if it reaches users quickly, carries a believable local address and behaves well with mail providers and online services. Here is how the network side of each VPS works.
Multi-homed connectivity
The datacenter connects to several upstream ISP carriers rather than relying on one. Traffic can take the best available route, and if one carrier has trouble, others remain. For users in Hungary, Austria, Slovakia, Romania, Serbia, Croatia and the wider Central and Eastern European region, round-trip times stay short.
The 1 Gbps port
Each instance connects through a shared 1 Gbps port. We keep these ports lightly loaded, so sustained transfers and traffic bursts are rarely constrained by the uplink. Combined with unmetered traffic, this suits large downloads, offsite backups and media delivery without per-gigabyte surprises.
Genuine Hungarian IPv4
Every VPS includes one IPv4 address from our Hungarian ranges. Because we hold addresses across several ranges, it is easier to spread services or customer projects across different blocks. Geolocation databases list these addresses in Hungary, which matters for local search visibility, regional content and services that check where a connection comes from.
Extra IPs as an add-on
Additional addresses can be ordered when one is not enough. Typical reasons include:
- Running several proxy or VPN exit points from a single instance.
- Giving different brands or clients their own address.
- Separating outbound email from web traffic to protect sending reputation.
- Hosting services that each need to listen on the same port.
Reverse DNS on request
A PTR record maps your IP back to a hostname such as mail.example.hu. Receiving mail servers check that it exists and matches your forward DNS, so setting it correctly is one of the simplest ways to improve deliverability. Open a ticket with the IP and hostname and we will set it for you.
Protection at the edge
An internal firewall plus basic DDoS and intrusion protection screen common attack traffic. You still control the firewall inside your VM and should configure it for the services you run.
Operating Systems and Control Panel Options for Your VM
You choose the operating system when ordering, and you can change your mind later by requesting a reinstall. Control panels are optional and can be added during checkout or afterwards.
Linux distributions
All eight plans support Linux, including the smallest. Available families include:
- RHEL family – CentOS and AlmaLinux, popular with cPanel and enterprise software that expects a Red Hat-compatible base.
- Ubuntu – widely documented and a common default for Docker, Node.js and Python stacks.
- Debian – stable and lean, often chosen for long-running servers and VPN nodes.
- Fedora – newer packages for developers who want recent toolchains.
If you are not sure which to pick, Ubuntu or Debian suit most new projects, while AlmaLinux is the safer base for commercial panels.
Windows Server
Windows Server 2016 and 2019 are offered from VPH2 upward. They are installed as evaluation editions, typically valid for around 180 days, and you activate them with your own licence whenever you are ready. Windows is a good fit for .NET applications, MSSQL, MetaTrader and software that only ships for Windows. Because Windows uses more memory than a minimal Linux install, VPH3 or above gives a more comfortable experience for multi-user Remote Desktop.
Free lightweight panels
For Linux users who want a browser-based dashboard without commercial licence fees, we can set up:
- ISPmanager Lite – clean interface for sites, databases and mail.
- Virtualmin – powerful virtual-host management built on Webmin.
- VestaCP – a small, easy panel for basic web and mail hosting.
Commercial panels
cPanel/WHM, Plesk Obsidian and DirectAdmin are available as paid add-ons. They are the right choice if you resell hosting, manage many client accounts or want familiar tools such as one-click installers, automated SSL and per-account backups.
Bring your own stack
With root access you are free to skip panels entirely and deploy with Ansible, Docker Compose, Coolify, CapRover or your own scripts. Many experienced users prefer this lean approach because it leaves more memory for the application itself.
Provisioning, Day-to-Day Management and Moving to a Larger Plan
Knowing what happens after you click order helps you plan launches and migrations. Here is the lifecycle of a typical instance.
- 1
From order to login
After payment by PayPal or cryptocurrency, your order joins the provisioning queue. Orders are handled in the sequence they arrive, and most virtual servers are delivered within one to six hours. You receive an email with the IP address and root or Administrator credentials. Change the password straight away and, on Linux, switch to SSH key authentication.
- 2
Managing the server
Instances are unmanaged by default. You install software, apply updates and configure security yourself, which keeps costs down and gives you full control. Good habits include enabling automatic security updates, running a host firewall such as nftables, ufw or Windows Firewall, and keeping off-server copies of important data. If you prefer to hand this work over, paid management and a paid backup service are available.
- 3
When something goes wrong
If the VM stops responding, open a ticket from the client area and ask for a hard reboot. Reinstall requests are handled the same way and are treated as priority. Remember that a reinstall erases the disk, so take a backup first if the system is still reachable.
- 4
Upgrading to a higher plan
When your project needs more resources, the process works like this:
- Order the new plan you want, for example moving from VPH2 to VPH4.
- Take a full backup of your current server, using your panel’s backup tool, rsync, a database dump or an image.
- Restore the backup on the new instance and test your sites and services.
- Update DNS records to the new IP address and wait for propagation.
- Cancel the old VPS from the client area before its renewal date so you are not billed again.
Because both machines sit in the same Budapest network, copying data between them is fast. Running them side by side for a short time also gives you an easy fallback if anything needs adjusting.
- 5
Cancelling
Billing is monthly with no lock-in. Request cancellation in the client area before the next invoice date and the service ends at the close of the paid period.
What Sets Our Budapest VPS Service Apart
The sections above describe the technology. This one is about the way the service is run, and why that suits people who want a dependable Hungarian server without paying for things they do not need.
Straightforward pricing
The monthly price on each plan is the price you pay. Bandwidth is unmetered, so there are no overage bills, and paid extras such as control panels or more IPs are listed separately and only added if you choose them. That makes it easy to forecast costs for a client or a budget meeting.
Freedom to leave
Monthly billing without long contracts means we have to earn your renewal every month. You can trial a plan for a project, run a seasonal campaign or test a new market, and stop when you are done.
A focused, regional specialist
We concentrate on one location and do it carefully, rather than spreading thin across dozens of regions. That focus lets us keep IP ranges clean, keep ports lightly loaded and know the Budapest facility well when you need help.
Written, round-the-clock support
Tickets are answered 24/7, and urgent actions such as reboots and reinstalls move to the front of the queue. Written requests leave a clear trail, which helps when several people on your team share responsibility for a server.
Fair use for everyone
We remove abusive accounts quickly. Strict rules against spam, attacks and illegal content protect the reputation of our Hungarian IP ranges, which directly benefits honest customers running mail, proxies and websites.
A clear path to bigger hardware
When even the largest VM is not enough, our dedicated range in the same building lets you move to bare metal with up to 192 GB of RAM while keeping the same provider, billing and support channel.
Have a question about a specific setup before ordering? Write to info@vpshungary.com or use the contact page, and we will help you choose the right plan. When you are ready, the plan table near the top of this page links straight to checkout, and the homepage gives a broader overview of everything we offer in Hungary.