What is the Xbox controller polling rate on PC?

An Xbox controller polls at 125 Hz on a PC, whichever way you connect it. Gamepadla measured 125 Hz over the cable, 124.69 Hz over the Xbox Wireless Adapter and 133.16 Hz over Bluetooth on the Xbox Series controller, and the same 125 Hz band on the Xbox One controller and both Elite Series 2 models. The one exception is slower, not faster: the Elite Series 2 Core polled at 62.5 Hz on the adapter. There is no documented way to raise any of these, so the useful decision is the link: cable first, adapter a close second, Bluetooth last.

Why "1000 Hz wired" keeps coming up

Two things blur the answer. The first is the DualSense, which can be overclocked from 250 Hz to 1000 Hz over USB, so players assume any pad can. The second is third-party controllers sold for Xbox. KitGuru's launch report on the Razer Wolverine V3 Pro says it is "designed for Xbox and PC" and that you get "the 1000Hz polling rate when wired in" on PC. GameSir's page for the G7 Pro advertises "1000Hz polling rate over both wired and 2.4G wireless". Both claims hold up on gamepadla's rig: 999 Hz and 1001 Hz wired. They describe those pads, not Microsoft's.

Microsoft's own controllers measured 125 Hz on every link in every test we found. On the console the number is built in: Microsoft's developer documentation for Dynamic Latency Input, the Xbox input synchronization system, states that "DLI is limited to a cadence of 125 Hz" and that a higher cadence "results in DLI disabling itself". The same page says the feature is not available on PC.

Four Microsoft pads, measured

Gamepadla's Prometheus 82 rig presses the buttons and moves the sticks physically and times the result on the PC. The mean polling delay column is ours, using the half-interval rule from our mouse polling rate page: at 125 Hz a report goes out every 8 ms, so an input waits 4 ms on average.

Sources: Xbox Series controller, Elite Series 2 Core, Elite Series 2, Xbox One controller. Two of the three Elite Series 2 stick tests on gamepadla were run with replacement or tightened sticks, and the three disagree by up to 5.41 ms, so we left them out.

Which link to use

The polling rate barely moves between links, but latency does. On the Xbox Series controller the adapter costs 0.71 ms on buttons and 0.58 ms on sticks over the cable. Bluetooth costs 5.73 ms on buttons and 4.68 ms on sticks, at a slightly higher polling rate. The extra delay sits in the Bluetooth link itself, which polling arithmetic cannot see.

The Elite Series 2 Core breaks the pattern on the adapter. Gamepadla recorded 62.5 Hz there, half the usual rate, and buttons at 14.81 ms, 6.29 ms slower than its own cable and slower than its Bluetooth result. If you own a Core and play on PC, use the cable. For every other Microsoft pad the order is cable, then adapter, then Bluetooth only when nothing else is available.

For scale, 5.73 ms is more than the 4.17 ms a 240 Hz display takes to draw one frame, which is why the link matters more in the click-to-photon chain than most settings on a controller.

Can it be overclocked?

No documented method exists. The hidusbf filter driver that takes a wired DualSense to 1000 Hz is distributed by Battle Beaver, whose guide says: "This program will not work on Xbox Series X, Xbox One, or Xbox Elite controllers at this time." We found no other tool that claims to raise a first-party Xbox pad's rate on Windows.

If you want more than 125 Hz on an Xbox-compatible pad, buy one that ships with it. Check stick latency as well as polling, because a high rate does not guarantee a fast stick:

The G7 Pro on a cable is the clear upgrade: buttons and sticks both under 3 ms, against 6.50 and 8.30 ms for a wired Xbox Series pad. The Wolverine V3 Pro wins on buttons but measured 13.66 ms on sticks wired, slower than the stock Microsoft pad, which polls at an eighth of the rate. It was also tested by a different person on Windows 10, so compare it with care. Sources: G7 Pro, Wolverine V3 Pro.

Where this stops applying

Everything here is Windows on PC. On the console, DLI works at a 125 Hz cadence, and a PC polling test says nothing about it. Each gamepadla figure is one unit tested by one person, and the Elite Series 2 results span two firmware versions, so treat any single number as a point in a range, not a specification. A firmware update could change the Core's 62.5 Hz adapter result; retest before you rely on it. Polling also says nothing about stick wear: the standard Xbox pads use potentiometer sticks, and a worn stick needs a bigger deadzone, which costs precision no link choice can recover. Hall effect sticks remove that wear.