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FiveM

FiveM Server Requirements: CPU, RAM, Storage and Databases

Plan the complete roleplay stack and separate configured slots from measured capacity before choosing hosting.

FiveMRequirementsCPURAMStorageSlots
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EnderHost Team

A FiveM server needs a supported FXServer environment, sufficient CPU and memory for its resources, storage for files and persistent data, and reachable game endpoints. A roleplay framework often adds a SQL database. Size the complete stack around its activity; a configured slot count or platform entitlement is not a hardware capacity guarantee.

Inventory the server, not the player’s gaming PC

Client GPU requirements describe the machine rendering the game. They do not translate directly into a hosting specification. On the server, record the operating system, selected artifact, framework release, resource list, database and external jobs. Include txAdmin and any bots or web services colocated on the same machine.

A requirements worksheet
ResourceQuestion to answerEvidence
CPUWhich tasks delay server work during normal activity?Representative server profile and hitch timestamps
RAMWhat is the combined process/container working set?Startup and busy-session peaks, pressure and termination events
StorageHow much space is needed to run and restore?Resources, database, logs, backup retention and temporary space
NetworkCan players reach the allocated TCP/UDP endpoints?External connection checks and route evidence
AdministrationWho maintains the OS, resources and database?A named owner and recovery procedure

Why slots do not tell you the required plan size

Platform settings and entitlements limit what the server may accept, while hardware and resource behavior determine whether the experience remains acceptable. Check current Cfx.re requirements in the official portal for your intended configuration. Raising sv_maxclients does not optimize scripts, queries or entity handling.

Two communities with the same online count can create different workloads. Compare what players do: moving through streamed areas, using custom scripts, running jobs or touching persistent inventory. A quiet lobby trial does not validate a busy economy with the same population.

Build a baseline before adding the full resource set

  1. Start a supported clean recipe and verify external joins, restart behavior and basic logs.
  2. Add the selected framework and database using their compatible release instructions.
  3. Introduce resources in controlled groups and record changes to startup and representative activity.
  4. Observe CPU work, total memory, disk growth and database response during the activities you actually plan to host.
  5. Retain a known working file/database backup before each substantial change.

Allow space for recovery operations

The live resource directory is only part of storage demand. Database growth, log retention, exported dumps and restore staging can temporarily coexist. For example, keeping a live dataset plus two independent uncompressed local copies requires roughly three times its current size before growth; this is arithmetic, not a universal storage recommendation.

Turn requirements into a hosting request

Bring the artifact/framework versions, measured working set, required access and representative profile to a FiveM hosting comparison. Use RAM planning and hitch diagnosis for the two common resource investigations.

If there is no representative workload yet, choose a reversible trial and a clear monitoring plan rather than treating an estimate as a proven player limit. EnderHost player-count and CPU-capacity benchmarks require separate first-party testing and are not claimed by this guide.

Sources and references

Hosting documentation. Publication and update dates reflect this edition.

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