Controller Polling Rate Test: Check Your Gamepad Hz Online
This free controller polling rate test shows how many times per second a gamepad sends fresh input to a computer, measured in hertz (Hz). Connect a PS5, PS4, Xbox, Nintendo Switch Pro or PC controller, keep one stick moving for five seconds, and our controller polling rate test reports median rate, peak rate and jitter right inside Chrome, Edge or Firefox.
Polling rate decides how quickly each stick flick and button press can reach your game, so it matters most in shooters, fighting games and racing titles. Knowing real numbers also helps you choose between USB cable, Bluetooth and wireless dongles before you blame missed shots on lag.
How to Run the Controller Polling Rate Test
Each run takes five seconds, and you can repeat it as often as you like without installing anything.
- Connect your controller by USB cable, Bluetooth or its wireless dongle, then press any button so your browser can see it.
- Pick connection type from our dropdown, because results get saved under that label for later comparison.
- Click Start 5-second test and begin moving one stick in fast circles straight away.
- Keep that stick moving until our progress bar fills, since controllers only send updates while something changes.
- Read median rate, average rate, peak rate and jitter in our results panel once that bar fills.
- Switch to another connection type and run it again, so you can compare cable and wireless results side by side.
Understanding Your Results
Our controller polling rate test records timestamps on every update a controller sends, then turns those gaps into clear numbers.
| Reading | What it means |
|---|---|
| Median rate (Hz) | Typical number of updates per second, and most reliable result |
| Average rate (Hz) | Mean rate across all samples, which drops when updates stall |
| Peak rate (Hz) | Fastest steady rate seen during your run |
| Jitter (ms) | How much time between updates varies, where lower means steadier input |
| Samples | Number of updates collected during those five seconds |
Every rate also maps to an update interval, which is the longest wait before fresh input can arrive.
| Polling rate | Time between updates |
|---|---|
| 60 Hz | 16.7 ms |
| 125 Hz | 8 ms |
| 250 Hz | 4 ms |
| 500 Hz | 2 ms |
| 1000 Hz | 1 ms |
Our histogram of time between updates shows whether gaps stay tight around one value or spread out, and wide spreads usually point to wireless interference or busy USB ports.
What Is Polling Rate on a Controller?
Polling rate is how often a controller reports its full state, including every button, trigger value and stick position, to a PC or console. Each report is one update, so 250 Hz means 250 reports every second and roughly 4 ms between them. Higher rates shorten that wait, which lets games see movement sooner, although they cannot fix slow game engines or laggy displays. Mice use this same idea, which is why gaming mice often advertise 1000 Hz or even 8000 Hz.
Polling Rates of Popular Controllers
Default gamepad polling rate values differ a lot between brands, and Gamepadla, which tests controllers with dedicated latency hardware, has published these measured results on Windows.
| Controller | USB cable | Bluetooth | Wireless dongle |
|---|---|---|---|
| Xbox Series X and S Controller | 125 Hz | About 111 to 133 Hz | About 110 to 125 Hz |
| PS5 DualSense | 250 Hz | About 540 to 800 Hz | Not offered |
| PS4 DualShock 4 | 250 Hz | About 730 Hz | Not measured |
| Nintendo Switch Pro | About 74 Hz | About 66 Hz | Not offered |
Two patterns stand out from that Gamepadla data. Sony controllers often poll faster over Bluetooth than over cable on PC, while Xbox Wireless Controllers stay close to 125 Hz on every connection. Third-party pads from brands like 8BitDo, GameSir and Razer often advertise 1000 Hz modes, so run our controller polling rate test to confirm what each unit really delivers.
USB vs Bluetooth vs Wireless Dongle
Wired USB usually gives steadier timing, because no radio signal can drop packets or pick up interference. Bluetooth shares its 2.4 GHz band with Wi-Fi routers, wireless headsets and other devices, so jitter tends to rise in rooms full of wireless signals. Dedicated 2.4 GHz dongles from brands like 8BitDo and GameSir often reach higher rates than Bluetooth, especially when you plug them into front USB ports or extension cables close to that controller. Run one controller polling rate test on each connection and compare rows in our runs table, because real setups matter more than spec sheets.
Polling Rate vs Input Lag
Polling rate is only one part of input lag, which covers all the time between thumb movement and on-screen action. Full input lag adds stick processing inside each controller, game engine frame time and display response, so 1000 Hz pads can still feel slow on 60 Hz TVs. Our tool works as a quick controller latency test for update timing, while full end-to-end latency needs hardware testers like those Gamepadla uses. If you want to know how to test controller latency on PC without extra gear, start with jitter, because uneven gaps feel worse than slightly slower but steady updates.
How to Increase Controller Polling Rate
Start with free changes first, and run another controller polling rate test after each one to see what actually helped.
- Switch connection type: Try cable, Bluetooth and dongle modes, since Sony pads and many third-party controllers poll faster over one of them.
- Use direct USB ports: Plug into ports on your motherboard rather than unpowered hubs or front panels with long internal cables.
- Enable high-speed modes: Many 8BitDo, GameSir and Razer controllers include 1000 Hz modes inside their companion apps or firmware.
- Update firmware: Install controller updates through your console, Xbox Accessories app or brand software, because updates sometimes improve wireless timing.
- Close background apps: Remapping tools, overlays and recording software can add delay, so close them before testing.
- Overclock with care: Community tools such as hidusbf can raise USB polling on some wired controllers, but they install modified USB filter drivers, so use them only at your own risk.
Console players cannot change polling rates on PS5 or Xbox Series consoles, because each system manages controller timing on its own.
Why Browser Results Can Differ From Native Tools
Our controller polling rate test reads controllers through the standard Gamepad API timestamps, so results show what browsers actually receive. Browsers sometimes group updates or skip some during heavy load, which can make readings slightly lower than native Windows tools that read raw USB reports. Laptops on battery saver modes can also slow timing, so plug in your charger and close extra tabs for best accuracy. Results that land close to standard values like 125, 250 or 1000 Hz still tell you which mode that controller runs in.
Frequently Asked Questions
What is a good polling rate for a controller?
Rates of 250 Hz or higher feel smooth for most players, and 500 to 1000 Hz helps in fast competitive games. Steady timing with low jitter matters just as much as raw speed.
Why does my controller show 0 Hz or very low numbers?
Controllers send updates only when something changes, so resting sticks produce almost no data. Keep one stick moving in circles for all five seconds, then run the controller polling rate test again.
Is 125 Hz bad for gaming?
No, 125 Hz is standard for Xbox Wireless Controllers, and millions of players compete with it every day. It adds up to 8 ms of wait, which only top competitive players tend to notice.
Does Bluetooth lower polling rate?
It depends on your controller, because Xbox pads stay near 125 Hz while DualSense and DualShock 4 often measure faster over Bluetooth on PC. Bluetooth usually shows more jitter than cable, though.
Does this work on PS5 or Xbox consoles?
PS5 consoles have no full web browser, and Xbox consoles manage controller timing on their own, so connect your controller to Windows, macOS, Linux, ChromeOS or Android for meaningful results.
Can I check stick drift here too?
This page measures timing only, so open our stick drift test for resting offsets and deadzone advice, or our gamepad tester for every button, trigger and rumble motor.
Check Your Controller Hz Now
Lag complaints often come down to connection choices, and one quick run shows which mode gives that gamepad its fastest, steadiest timing. Keep one controller polling rate test result for each connection you use, and check again after firmware updates, because new firmware sometimes changes timing. When timing looks good, visit our hardware tester to check mice, graphics cards, microphones and MIDI keyboards too.