The attributes behind your decision
- Decision input
- Measured workload
- Primary variables
- Capacity, control, operations
- Validation
- Representative testing
- Next step
- dedicated servers
Profile the specific game server
Server software, world size, simulation rate, plugins and player behavior shape demand. Use measurements from the intended configuration rather than generic player-per-core formulas.
Prioritize stable latency and single-thread work where relevant
Many game workloads depend on consistent processing time and network paths. Test with representative players or bots and observe tick delay, CPU saturation and memory.
Plan updates, saves and abuse response
Schedule updates, protect administrative interfaces, back up world and configuration data, and document restoration. Review DDoS scope and incident contacts.
Choose location from the player base
Measure routes from expected player regions. Switzerland may suit selected European audiences, but real latency tests should decide the location.
Test player count with the intended world and plugins
A game server’s resource demand depends on the game, tick rate, world state, mods and active players. Two servers with the same player count can behave differently. Test the actual game configuration and measure CPU behavior, memory and storage rather than relying on player-count marketing.
Measure latency from the regions where players connect. Schedule updates and world backups, test a restore, and restrict administrative access. For persistent worlds, document save frequency and acceptable data loss. Confirm game-specific licensing and software requirements before choosing the operating-system image.