Polling Rate Test

Controller Polling Rate Test
No Controller
GAMESPADTESTERPRO BENCHMARK
0
HZ
LIVE FEED

Connect Your Controller

Plug in via USB or pair over Bluetooth, then press any button or move a stick.

Move sticks or press buttons continuously for the most accurate reading.
Live Readings
0 Hz
Peak Rate
0 Hz
Avg Rate
Estimated Interval Delay
0.00 ms
* Theoretical minimum update interval based on current polling rate.
— Waiting
Performance Reference
Wired (USB)
~1000 Hz
Bluetooth (Xbox)
125 – 250 Hz
2.4G Receiver
~1000 Hz
Many third-party controllers require D-Input mode to access higher polling rates. Results update every second.
What Is Polling Rate?

Your Controller Talks to Your PC — This Is How Fast

Polling rate is how many times per second your controller sends input data to your computer, measured in Hertz (Hz). A higher number means less time between your physical action — pressing a button or moving a stick — and the game registering it.

Most controllers report between 125Hz and 1000Hz. The connection type matters most: USB wired connections are faster and more stable, while Bluetooth adds wireless convenience at the cost of some speed.

Gaming controller in action — polling rate test
125
8 ms interval
Casual
250
4 ms interval
Standard
500
2 ms interval
Competitive
1000
1 ms interval
Pro Grade

Connect controller via USB for polling rate test
How to Use This Tool

Three Steps. Ten Seconds. Done.

1

Connect Your Controller

Plug in via USB or pair over Bluetooth. The tool detects it instantly — no drivers or software needed.

2

Move Sticks or Press Buttons

A few seconds of continuous input gives the tool enough data to calculate an accurate polling rate.

3

Read Your Live Results

Your Hz, peak rate, interval delay and a performance rating all appear in real time above.


Reading Your Results

What Your Hz Number Actually Means

125 Hz is the standard for Bluetooth controllers — perfectly fine for casual gaming. 250 Hz is common on wired controllers and noticeably smoother for everyday competitive play.

500 Hz gives a real edge in fast-reaction games. 1000 Hz is pro-grade — the maximum most hardware supports today, with updates arriving every 1ms.

Polling rate test dashboard showing live Hz results

Wired vs Wireless

The Connection Type Changes Everything

USB wired connections deliver faster, more stable polling rates because there is no wireless signal to interpret. Bluetooth is convenient but introduces variability — especially under interference from other nearby devices.

USB Wired
  • Up to 1000 Hz polling rate
  • Rock-solid stability — no signal drops
  • Best for competitive and esports play
  • Zero interference from other devices
Bluetooth Wireless
  • Typically 125–250 Hz polling rate
  • Can dip under Wi-Fi or BT interference
  • Fine for casual and single-player games
  • Adds convenience at a small latency cost

FAQ

Frequently Asked Questions

What is a good polling rate for gaming?

250 Hz and above works well for most games. Competitive players often target 500 Hz or higher, while 125 Hz is perfectly fine for casual play.

Is higher polling rate always better?

Generally yes — higher Hz means your inputs reach the game faster. The real-world difference shrinks above 500 Hz, but every millisecond matters in competitive titles.

Does Bluetooth lower polling rate?

Yes. Bluetooth protocols package and send data differently than USB, which typically results in a lower and slightly less stable polling rate. Switching to wired usually raises it significantly.

What polling rate does a PS5 DualSense use?

DualSense controllers typically run around 250 Hz over USB. This can vary slightly depending on your USB port and firmware version.

What polling rate does an Xbox controller use?

Xbox controllers generally report between 125 and 250 Hz, depending on the model and whether connected wired or wirelessly.

Why is my controller not detected by this tool?

The browser needs a button press to register your controller. Connect it, press any button, and it will appear immediately. If not, try a different USB port or reconnect via Bluetooth.