To increase Palworld server FPS, first identify whether the slowdown is the dedicated server’s simulation cadence, a player’s client rendering FPS, high ping, or rubber-banding. Then meet Pocketpair’s hardware baseline, test the current multithreading launch arguments, move the server and saves to fast SSD or NVMe storage, and measure each change. Raising tick rate alone is not a reliable fix: community configuration guidance warns that values above 120 can increase hardware load without removing rubber-banding.
Godlike.Host offers hosted Palworld servers with its own game panel, SFTP access and free DDoS protection, if you would rather not host it yourself.
What “server FPS” means in Palworld
Server FPS is the rate at which a dedicated server advances the game simulation and processes world updates. It is separate from the frame rate rendered by a player’s GPU. A player can have 144 client FPS while the server simulation is struggling, or have a healthy server while their own graphics settings limit client FPS.
As an Amazon Associate I earn from qualifying purchases.
The Tool Desk
Outbyte Driver Updater FREEScan for outdated or missing drivers - takes under a minuteDriver Scan →Outbyte PC Repair FREEClear out junk files and repair common Windows errorsFree Scan →Low server simulation performance can appear as delayed Pal behavior, slow building or crafting updates, enemies that snap into new positions, delayed inventory changes, and rubber-banding. Those symptoms do not prove that the server FPS counter is the only problem. CPU saturation, save-file and world-state I/O, packet loss, long network routes, and a client’s own connection can produce similar behavior.
- Server simulation slowdown: the dedicated server cannot process world updates quickly enough.
- Client rendering slowdown: one player’s computer cannot render frames quickly; server launch options do not raise this FPS.
- Latency or packet loss: updates arrive late or are retransmitted, even if the server has spare CPU capacity.
- Rubber-banding from several causes: increasing tick rate may add work without correcting an overloaded CPU, slow storage, or an unstable route.
Check the host before changing settings
Pocketpair’s Palworld Server Guide lists a recommended minimum of four or more CPU cores and 16 GB of memory. The same requirements page says to plan for more than 32 GB for larger needs and warns that an 8 GB machine can boot but has a higher possibility of out-of-memory crashes. These are capacity guidelines, not a guarantee of a particular FPS at a particular player count.
#1 Best Overall
- Officially licensed Palworld merch. Join the hunt and capture all the creatures in this open world survival video game. Weaponize your creatures or put them to work in this unique collecting game.
- Perfect graphic apparel for fans of Video Games, Creature Collecting, Open World Games, Cute Animals, Funny Games, and Pocketpair.
- Lightweight, Classic fit, Double-needle sleeve and bottom hem
| Resource | Pocketpair guidance | Why it affects server FPS or stability |
|---|---|---|
| CPU | 4+ cores recommended | The simulation, networking, background services, and worker tasks need sustained CPU time. Core count alone is not enough; single-thread performance and sustained clocks matter when one simulation thread becomes the bottleneck. |
| Memory | 16 GB listed; more than 32 GB for larger needs | World state, players, Pals, operating-system services, and the server process all compete for RAM. Paging or an out-of-memory crash can look like a server-FPS problem first. |
| Memory floor | 8 GB is bootable but increases out-of-memory crash risk | A server that repeatedly swaps or terminates cannot maintain a stable simulation cadence. |
| Storage | Use faster storage; low-performance storage may corrupt saved data | World saves, loading, and other I/O can stall the process. Fast SSD or NVMe storage is the clearest fit, provided the host supports the required interface and capacity. |
| Network | UDP port 8211 is the default and can be changed | Port configuration does not raise FPS, but an unreachable or unstable UDP path creates lag that players may mistake for simulation slowdown. |
Check free memory while the server is busy rather than only at startup. A host with 16 GB installed may have much less available after the operating system, panel, backups, monitoring, and other game services are counted. For a growing world or a larger population, leave headroom instead of sizing the machine to the minimum line item.
Measure the actual bottleneck first
Make a short baseline record before changing launch arguments. Note the server FPS or simulation indicator, CPU utilization by core, total memory and swap/page-file activity, disk latency or active time, player count, and ping. Repeat the observation during the same kind of activity—for example, a busy base with several Pals, a dungeon trip, or a scheduled save—so that comparisons are meaningful.
Signs of a CPU bottleneck
- One or more CPU cores remain near full utilization while the server FPS falls.
- Simulation performance worsens as more players, Pals, bases, or active world systems are added.
- Storage latency and available memory remain healthy, but the server cannot process updates on time.
Signs of a memory bottleneck
- Available RAM steadily declines during a session, or the operating system starts paging.
- The process becomes unstable after long uptime or crashes with an out-of-memory message.
- Reducing unrelated services or moving to a larger-memory host improves stability without changing network conditions.
Signs of a storage bottleneck
- Disk active time or I/O latency spikes during saves, loading, or other world-state operations.
- Players see pauses clustered around save activity rather than a constant CPU limit.
- The server is installed on a slow or heavily contended drive. Pocketpair explicitly warns that low-performance storage may corrupt saved data.
Signs of a network problem
- Ping varies sharply, packets are lost, or only players in one geographic region experience the issue.
- Server CPU and storage look normal while movement correction and delayed actions continue.
- Increasing a tick-rate setting changes CPU load but does not improve the player’s connection symptoms.
Keep this baseline. Every later change should alter one major variable at a time and be judged against it.
Test Pocketpair’s multithreading launch arguments
Pocketpair’s current server guide lists this group of arguments:
-useperfthreads -NoAsyncLoadingThread -UseMultithreadForDSIn the version 1.0.4 guide, Pocketpair adds a crucial qualification: “In v1.0 and later, leaving this parameter unset may improve performance.” That wording is version-sensitive. Do not assume that adding the flags is permanently best for every update, CPU, operating system, or world. Back up the save, test the documented group, then compare it with the parameter left unset after updating the server.
Windows Steam or SteamCMD
- Stop the dedicated server cleanly and make a copy of the world save and configuration files.
- Open the launch options used by your Windows Steam installation, or the command, shortcut, service, or batch file used by SteamCMD.
- Add the three arguments as one group, separated by spaces:
-useperfthreads -NoAsyncLoadingThread -UseMultithreadForDS. - Start the server and wait for the world to finish loading before recording CPU, memory, storage, and server-FPS behavior.
- Repeat the same workload used for your baseline. If the result is worse, remove the group, restart, and test the unset state instead.
Linux SteamCMD
- Stop the service or shell process and back up the save directory.
- Edit the script, systemd unit, container command, or other launch definition that starts the Palworld server.
- Append
-useperfthreads -NoAsyncLoadingThread -UseMultithreadForDSto the server command, preserving the existing executable and world options. - Reload the service definition if your service manager requires it, then start the server and verify that the process uses the intended command line.
- Record the same workload metrics and compare them with a run where the arguments are removed after a clean restart.
Do not mix a flag experiment with a hardware migration or a tick-rate change. If three changes happen together, you will not know which one helped—or which one caused a crash.
What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
Use worker-thread settings cautiously
Pocketpair documents -NumberOfWorkerThreadsServer=X for explicitly setting the number of server worker threads and says it should be used with the multithreading arguments. The current guidance does not publish a universal value for X. A number that helps one host can cause contention, heat-related clock reduction, or worse latency on another.
A safe tuning method
- Start with the documented multithreading group and no worker-thread override unless you have a measured reason to add one.
- If you test an override, change only
Xand keep the workload, player count, world, and server version constant. - Watch per-core CPU use, sustained clock speed, server simulation FPS, ping, memory, and crash logs for a long enough session to include normal saves and peak activity.
- Compare a small number of measured settings rather than assuming that more workers are always faster.
- Revert the override if CPU saturation rises, simulation FPS becomes less consistent, latency worsens, or stability declines.
Worker threads are a scheduling choice, not a replacement for a fast CPU. If the host is already CPU-bound, adding workers can increase competition for the same resources.
Move the server and saves to SSD or NVMe storage
Pocketpair recommends faster SSD storage and warns that low-performance storage may corrupt saved data. An SSD is therefore both a performance and data-integrity measure. NVMe can offer lower latency and higher throughput than a SATA SSD, but the benefit depends on the host’s interface, controller, workload, and other processes sharing the drive.
Storage migration checklist
- Confirm that the new drive is an SSD or NVMe device supported by the host, not merely a faster-rated external enclosure whose interface becomes the bottleneck.
- Check capacity for the server installation, world saves, rolling backups, logs, and free space. A nearly full drive can perform poorly.
- Stop the server before copying the save. Use a verified copy and retain the original until the new location has loaded successfully.
- Update the launch path, service unit, container volume, or panel setting so the server actually reads and writes the new location.
- Run the same save-heavy workload and monitor I/O latency. Do not delete the old backup until you have confirmed that the world loads and saves normally.
Storage cannot compensate for an undersized CPU. It can, however, remove pauses caused by slow loading and save operations and reduce the risk associated with low-performance media.
Do not treat tick rate as a universal FPS fix
Tick rate controls how frequently the server attempts to process or publish simulation updates; it is related to, but not identical with, a rendered frame-rate counter. A higher target can demand more CPU time and network work. A community Docker configuration reference cautions that values above 120 can increase hardware load and do not necessarily fix rubber-banding. This is secondary guidance, not an official Pocketpair benchmark.
How to run a tick-rate experiment
- Record the current value, server FPS, CPU utilization, ping, packet-loss symptoms, and player count.
- Change only the tick-rate setting, keeping launch arguments and hardware unchanged.
- Test during the same busy activity and for long enough to include normal saves.
- Compare simulation consistency and player movement—not just a displayed number.
- Revert when CPU load, latency, save pauses, or stability worsen, or when rubber-banding is unchanged.
If the root cause is packet loss, a long network route, CPU saturation, or storage stalls, a higher tick target simply gives the bottleneck more work. Diagnose those conditions first.
Separate server FPS from client FPS and rubber-banding
When only one player is affected
Ask the affected player to compare their local frame rate, graphics settings, Wi-Fi or wired connection, and ping with another player in the same session. A client-side rendering problem requires graphics or hardware changes on that computer, not server launch flags.
When everyone sees delayed actions
Check the server’s per-core CPU load, simulation FPS, memory pressure, and disk latency during the incident. If all players experience the same delay at the same time, the server or its upstream network is more likely than one player’s GPU.
When movement snaps back but server metrics look healthy
Investigate packet loss, firewall or port forwarding, routing distance, and host network congestion. UDP port 8211 is the default documented port and can be changed; whichever port you use must be forwarded and permitted consistently. A reachable port is necessary, but it does not guarantee low latency.
Choose a deployment that matches your maintenance ability
Pocketpair supports Windows Steam, Windows SteamCMD, Linux SteamCMD, and an official Docker image. Docker Desktop is deprecated in the requirements guidance because of storage-I/O concerns that raise the risk of save corruption and malfunction. That warning matters more for a persistent world than a small benchmark does.
| Deployment | Strengths | Risks or obligations |
|---|---|---|
| Windows Steam | Accessible setup for an administrator already using the Steam client; launch options are easy to inspect. | Desktop services, updates, background software, and reboots must be controlled. Confirm that saves are backed up before changing options. |
| Windows SteamCMD | Scriptable installation and updates without relying on the graphical client. | You must maintain the command, service startup, update process, firewall, and backup routine. |
| Linux SteamCMD | Efficient headless operation and straightforward automation with services and scripts. | Requires comfort with permissions, service files, logs, port rules, and storage paths. |
| Official Docker image | Repeatable deployment and isolated configuration when volumes and resource limits are set correctly. | Storage mapping, filesystem performance, permissions, updates, and backup testing remain your responsibility. Avoid Docker Desktop under Pocketpair’s stated storage-I/O warning. |
| Managed hosting | Provider may handle restarts, networking, backups, and the operating system. | Performance varies by CPU generation, sustained clocks, allocated RAM, storage, oversubscription, region, and support. A panel label alone is not a benchmark. |
When comparing a managed service with self-hosting, request concrete details: CPU single-thread performance and sustained clocks, guaranteed RAM, SSD or NVMe type, backup retention and restore controls, player cap, network location, tick-rate controls, restart tooling, and total recurring price. Pocketpair documents the deployment requirements but does not endorse a commercial provider or publish provider benchmarks.
Free tools Windows power users keep installed
One-click scans. No signup required.
A complete troubleshooting order
- Classify the symptom. Decide whether it is server simulation FPS, client rendering FPS, ping, packet loss, or rubber-banding.
- Back up the world. Make a restorable copy before editing launch options, moving files, or changing tick rate.
- Check the baseline host. Verify at least four CPU cores, 16 GB RAM, adequate free memory, and fast storage. Plan beyond 32 GB for larger needs.
- Record metrics under load. Include per-core CPU, memory and swap, disk latency, server FPS, ping, and player count.
- Test the documented flags. Apply
-useperfthreads -NoAsyncLoadingThread -UseMultithreadForDSas a group, then compare with the parameter unset because Pocketpair’s v1.0.4 wording says that may perform better in v1.0 and later. - Test worker threads only when justified. Use
-NumberOfWorkerThreadsServer=Xwith the multithreading arguments, changing one value at a time and measuring rather than copying a fixed number. - Remove storage contention. Put the installation and saves on supported SSD or NVMe storage, with free capacity and tested backups.
- Investigate the network. Verify the configured UDP port, forwarding, firewall rules, routing distance, and packet loss.
- Test tick rate separately. Treat values above 120 as a high-load experiment, not a guaranteed rubber-band cure, and revert if the result is worse.
- Reconsider deployment. If maintenance or hardware remains the limiting factor, compare a managed host using the resource and backup criteria above.
Common mistakes that make performance worse
- Copying a worker-thread number from another host: CPU topology, clock behavior, and background load differ.
- Changing several settings at once: you lose the ability to identify the cause of an improvement or regression.
- Chasing a higher displayed tick rate: extra update work can increase CPU load without correcting packet loss or storage stalls.
- Running on 8 GB because the process starts: bootability is not stable capacity; Pocketpair warns of increased out-of-memory crash risk.
- Using a slow or nearly full drive: save delays and corruption risk can outweigh any launch-argument improvement.
- Testing during different workloads: a quiet spawn area and a busy base are not comparable benchmarks.
- Ignoring version changes: launch-argument behavior can change. Re-test after server updates, especially around the v1.0 guidance about leaving the parameter unset.
- Assuming every rubber-band is server FPS: measure network quality and client conditions before buying hardware or raising tick rate.
What a successful result looks like
A useful improvement is not just a larger peak number. During the same workload, the server should maintain a more consistent simulation cadence, CPU should avoid sustained saturation, saves should complete without long stalls, memory should remain safely below the host limit, and players should report fewer delayed actions. If only the displayed tick target rises while rubber-banding, latency, or crashes remain, the change did not solve the underlying problem.
Rank #4
- Officially licensed Palworld merch. Join the hunt and capture all the creatures in this open world survival video game. Weaponize your creatures or put them to work in this unique collecting game.
- Perfect graphic apparel for fans of Video Games, Creature Collecting, Open World Games, Cute Animals, Funny Games, and Pocketpair.
- Lightweight, Classic fit, Double-needle sleeve and bottom hem
Keep a dated change log containing the Palworld version, launch arguments, worker-thread value, tick-rate value, host CPU and RAM, storage location, player count, and before-and-after observations. That record makes it possible to reproduce a good configuration after an update and quickly roll back a bad one.
Frequently Asked Questions
Can server launch options increase a player’s client FPS?
No. Dedicated-server arguments affect world simulation and server processing. A player’s rendered FPS depends on their own GPU, CPU, resolution, graphics settings, and client workload.
Should I always add -useperfthreads -NoAsyncLoadingThread -UseMultithreadForDS?
Test the group, but do not assume it is universally best. Pocketpair’s version 1.0.4 guide says that in v1.0 and later, leaving the parameter unset may improve performance, so compare both states after updates.
Do these 3 things before closing this tab:
1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsWhat value should I use for -NumberOfWorkerThreadsServer=X?
Pocketpair documents the option but does not publish a universal X value on the current guidance. Measure CPU saturation, simulation FPS, latency, and stability on your own host, changing one value at a time.
Will setting the tick rate above 120 stop rubber-banding?
Not reliably. Secondary community guidance warns that values above 120 can increase hardware load without fixing rubber-banding. Check CPU, storage, packet loss, and routing first.
Is 8 GB of RAM enough for a Palworld server?
The server may boot, but Pocketpair warns that 8 GB increases the possibility of out-of-memory crashes. The listed recommendation is 16 GB, with more than 32 GB recommended for larger needs.
Which storage should I use?
Use supported, fast SSD storage; NVMe is the clearest high-performance option when the host supports it. Pocketpair warns that low-performance storage may corrupt saved data.
Quick wins for a faster PC:
Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
