The most common mistake when renting a game server is assuming more cores is better. Most game server software runs on a single thread. A 16-core slow processor performs worse than a 4-core fast one.
Start here: single-core performance decides
The server side of Minecraft (Java), CS2, Rust, ARK and similar games turns the game loop on one core. As players join, the load on that core grows while the others sit largely idle.
So the number to look at is not core count but clock speed and architecture per core. That is why AMD Ryzen 9 class processors stand out for game hosting: their single-core performance is markedly above many-core server-class chips.
Our performance VDS plans run on Ryzen 9 7900X and 5950X processors — that is what matters for a game server.
Resource planning varies by game
A blanket "get 16 GB" is misleading. The spread between games is large:
- Minecraft (vanilla, 10-20 players): 4 GB is enough. The load sits on one core.
- Minecraft (modded, 20-40 players): 8-12 GB. Mods raise both memory and single-core load considerably.
- CS2 / Source-based servers: 4 GB usually suffices; processor and network latency are what matter.
- Rust / ARK: 16 GB is the floor. Map size and entity count consume memory quickly.
Choose NVMe storage. Map loading, world saves and restart times depend directly on disk speed, and players notice the difference between SATA SSD and NVMe.
Latency depends on location more than hardware
What shapes a player's experience is network distance far more than raw server power. If you serve players in Türkiye, a server in Türkiye almost always beats a more powerful one abroad.
Roughly what to expect:
- Server in Türkiye → player in Türkiye: 10-30 ms
- Server in Germany → player in Türkiye: 50-80 ms
- US east coast → player in Türkiye: 120-160 ms
In competitive games, a 50 ms penalty is why players leave your server.
DDoS protection is not optional
Game servers are the server type most likely to be attacked. The motive is usually competitive: a rival server or a banned player.
One distinction is critical: volumetric attacks cannot be solved from inside the server. Once your link is saturated, an iptables rule achieves nothing; the traffic has to be scrubbed at the network level before it arrives. When renting, ask explicitly up to what volume the protection holds. See our DDoS protection guide for detail.
Windows or Linux?
Most game server software runs on both, but Linux gets more out of the same hardware: with no graphical desktop, memory and CPU go to the game.
If your server software is Windows-only, or you want to manage it over remote desktop, Windows works too — just budget about 2 GB of memory for the operating system itself.
Three common mistakes
1. Looking only at RAM. A 32 GB server with slow cores cannot carry 20 players on modded Minecraft. Look at the processor first.
2. Not taking backups. When a world file corrupts or a mod update breaks everything, you need a copy to return to. An automated daily backup is the single most useful habit in game hosting.
3. Forgetting to update. Game server software regularly appears in the news for remote code execution flaws. Keep both the game and the operating system current.
Where to start
Start small. There is no point buying a large plan until your player count actually grows — you can move up mid-term and have the remaining balance credited.
If you are unsure which plan fits, tell us the game and the concurrent player count you expect, and we will work it out together.