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Open the comparisonDeterministic sizing tool
Size the server you will actually run.
Eight workload inputs produce a starting range and the reasons behind it. Nothing here is generated by an LLM, and no contact information is required.
Methodology reviewed
Workload inputs
Describe the busy hour.
Use concurrent players, not the advertised slot limit.
Recommended starting range
3-6 GB
Start in the 3-6 GB range, then measure the exact world, server build, and peak concurrency before resizing.
CPU priority
Strong
Prioritize strong sustained single-thread performance and consistent CPU access rather than choosing by total core count alone.
Working storage
20-40 GB working space
Plan for roughly 20-40 GB of working space and monitor world growth; backup copies require capacity outside this range.
Why this result
- Java Edition with 10 expected simultaneous players selects the baseline; advertised slots are intentionally ignored.
- Vanilla keeps the software headroom adjustment at the baseline.
- A new world starts without an existing-world allowance, but its growth still needs monitoring.
- Moderate exploration adds upper-range and storage headroom for ongoing world generation.
- A new-server setup avoids import uncertainty; backups should still begin before meaningful play. The selected daily backup need changes the backup plan, not the RAM estimate.
- Region affects latency and provider choice, not the RAM calculation.
Plan for headroom when
- Actual simultaneous concurrency consistently exceeds 10; advertised slot capacity is not the same measurement.
- High view or simulation distance, dense farms or entities, and expensive plugins or mods can increase CPU and memory demand.
Backups and region
Use automatic daily backups plus pre-change snapshots, and keep multiple restore points away from the game server.
A US Central location is a practical first comparison for a North American group spread across coasts; test actual player routes before committing.
Self-host or managed?
Balanced
Either approach can fit: compare the cost and control of self-hosting with the operational support and recovery tooling of a managed host.
Self-host when: Choose self-hosting when you want infrastructure control and can securely operate the network, updates, monitoring, power, availability, and tested off-machine restores.
Choose managed when: Choose managed hosting when predictable availability, support, migration help, and provider-operated backups are worth more than direct infrastructure control; verify each feature rather than assuming it.
This is a HostForge planning estimate, not a guarantee, benchmark, or official Minecraft requirement. Measure the exact server build under realistic peak load and resize when the evidence changes.
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Review the method
See rule version, source notes, boundaries, and conditions the estimate does not model.
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