A mouse can report many times between two monitor refreshes, reducing when an input is first captured without creating extra displayed frames. High polling on a 60Hz monitor offers a small timing change beside the much larger display interval.

Quick Answer

High polling can reduce the wait between a mouse event and its next USB report even on a 60Hz monitor, but the display still presents a new frame about every 16.7ms. You do not gain extra visible frames from 8000Hz alone. The practical improvement can be small and the added CPU work can hurt frame time on a modest system. Start at 1000Hz, benchmark the same mouse movement, then test higher rates. A higher-refresh display often changes visible motion more, but choose upgrades from your measured bottleneck.

Report rate and refresh rate do different jobs

At 1000Hz, reports can arrive about one millisecond apart. At 8000Hz, the interval can fall near one eighth of a millisecond when sustained.

A 60Hz display scans sixty frames each second. The game can use a newer input sample for a frame, but the user still sees each update on that scan schedule.

The benefit depends on game frame rate too. A title running at 60fps has fewer input-sampling opportunities than one running far above display refresh.

Test CPU cost

Run a repeatable offline scene at 1000Hz and record average FPS plus frame-time lows while moving the mouse quickly. Repeat at every supported rate.

Keep the rate that stays smooth. A clean 2000Hz setting can beat 8000Hz with spikes.

Compare visible motion before buying

Use a fast camera pan or tracking drill at the monitor's current 60Hz. Record frame time and whether the mouse movement stays even.

Then try a higher-refresh display with the same PC where you can do so safely. The game must deliver enough stable frames for the refresh increase to show its full benefit.

Higher refresh shortens the display scan interval and makes motion samples visible more often. It can improve clarity and response across every input device, not only the mouse.

A monitor upgrade also needs the right cable, GPU output, resolution and Windows setting. Do not judge a 144Hz or faster panel while it is still configured at 60Hz.

Keep budget systems balanced

If the CPU cannot hold frame time at 8000Hz, use 1000Hz and spend the headroom on the game. If the GPU cannot reach the target refresh, lower settings or choose a realistic display mode.

One stable chain beats a high-rate mouse, unstable FPS and a monitor running the wrong mode.

Upgrade the chain in order

Confirm the monitor's current refresh and low-latency mode. Improve unstable frame time before buying around one USB number.

Compare peripheral best sellers for monitors and input devices that fit the complete chain. Browse gaming accessories for compatible receivers and desk parts.

FAQ

Does 8000Hz help at 60Hz?

It can reduce input-report timing, while the display still limits visible refresh. The end-to-end gain can be small.

Does high polling lower FPS?

It can add CPU work in some games and systems. Test frame time during fast mouse movement.

Should you upgrade monitor or mouse first?

Choose the measured limit. A stable mouse plus 60Hz display often gains more visible motion from refresh, subject to PC performance.

Benchmark 1000Hz through the mouse maximum at the same frame cap, then spend on the device or display layer that proves the larger limit.