Whether you're hosting a Minecraft server, a FiveM instance for GTA RP, a Discord bot or a custom multiplayer platform, your VPS choice directly determines the stability, latency and satisfaction of your community. Poor sizing translates into lag, disconnections and players leaving for a competing server. Here are the essential criteria for making the right choice.
CPU and memory: the heart of gaming performance
Game servers are CPU-intensive, especially when many players are connected simultaneously or when mods and plugins increase computational load. Unlike a typical web application, most game engines (Minecraft, FiveM, Source engine) remain sensitive to single-thread performance rather than the raw number of cores. Favor recent, high-frequency processors — the Ryzen lineup is particularly well suited thanks to its per-core performance.
Matching RAM to your game
The amount of RAM needed varies greatly depending on the game, the number of players and the installed extensions. Undersized memory causes frequent garbage collection purges, which translate into visible micro-freezes for players.
Sizing chart by gaming use case
| Use case | vCPU | RAM | Storage |
|---|---|---|---|
| Vanilla Minecraft (10 players) | 2 | 4 – 8 GB | 40 GB NVMe |
| Modded Minecraft (Forge/Fabric) | 4 | 8 – 16 GB | 80 GB NVMe |
| FiveM / GTA RP | 4 – 6 | 8 – 16 GB | 80 – 120 GB NVMe |
| Discord bot | 1 | 1 – 2 GB | 20 GB NVMe |
NVMe storage: instant load times
NVMe drives offer read/write speeds far exceeding those of classic SATA SSDs. For gaming, this translates into shorter startup times, faster world saves and fewer micro-stutters during intensive disk access — Minecraft chunk generation, FiveM asset loading, session log writes.
Location and ping: the other half of the equation
Ping is critical to the multiplayer experience, sometimes even more than raw server power. Place your instance as close as possible to the majority of your players: a datacenter in Paris for a French-speaking community, Frankfurt for Central Europe, London for the UK. Test latency from several cities before committing, rather than relying solely on the spec sheet.
Anti-DDoS protection: essential, not optional
Game servers are frequent targets of denial-of-service attacks, often driven by rivalry between communities or simple trolling. Built-in Anti-DDoS protection, capable of filtering malicious traffic upstream without impacting legitimate players, is essential to keep your server online around the clock. Make sure your host offers active upstream mitigation, not just a basic server-side application firewall.
Practical tip: before launching your server publicly, test its resilience with a simulated load spike (connection bots) rather than waiting for the first real attack. This quickly reveals whether your Anti-DDoS setup and memory sizing can handle the load.
Bandwidth and network
A game server consumes bandwidth continuously, especially with many connected players and sync-heavy mods. Make sure your plan includes sufficient throughput — 1 Gbps is a solid standard — and a monthly volume suited to the size of your community. A lightly saturated network, connected to major internet exchange points (IXPs), guarantees optimal routes and stable latency even during peak hours.
Backups and day-to-day administration
Beyond initial sizing, the day-to-day management of a game server demands discipline. Schedule regular automatic backups of your worlds, configurations and player databases, ideally stored off the main server. Document your restore procedure and test it at least once: a server that fails to restart properly after an incident costs far more in reputation than a slight extra storage cost. Also monitor key metrics — CPU usage, available RAM, network latency — through a simple dashboard, so you can anticipate the need to scale up before it affects your players.
Choosing between multiple games on the same VPS
It's tempting to host several game servers (Minecraft, FiveM, a Discord bot) on a single instance to cut costs. This approach works as long as the sum of the requirements stays under the VPS capacity, but it introduces a risk: a load spike on one game can degrade the others. For active communities, prefer isolating each critical service on its own VPS or in separate Docker containers, to keep fine-grained control over resource allocation.
By combining an optimized gaming VPS — Ryzen processor, generous RAM, NVMe storage, Anti-DDoS protection and a datacenter close to your players — you give your community a smooth, stable and lasting experience. Check out our guides for detailed setup of your game, or our VPS page to compare available offers.