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A free scan shows the junk files, broken settings and background clutter dragging Windows down - then fixes them in one click.Free scan · Windows 10 & 11The best general-purpose gaming mouse setup is a stable one: use a single DPI stage—800 or 1600 DPI are sensible starting points—set Windows pointer speed to its neutral setting, turn off Enhance pointer precision, enable raw or native input in games that offer it, begin at 1000 Hz polling, disable angle snapping and unnecessary filtering, use the lowest reliable lift-off distance, and lock your active profile.
- Keep one fixed DPI instead of switching constantly.
- Use 10/20 in the modern Windows pointer-speed slider, equivalent to 6/11 in the classic Mouse Properties dialog.
- Turn Enhance pointer precision off for a predictable Windows baseline.
- Start with 1000 Hz polling; test 2000–8000 Hz only if your game and system remain smooth.
- Keep angle snapping, prediction, ripple control, and unnecessary smoothing off for competitive FPS aiming.
- Lower lift-off distance until the mouse stops tracking when lifted, but increase it again if tracking cuts out during normal use.
There is no universally correct DPI or sensitivity. The goal is not to copy a professional player’s number; it is to find a sensitivity you can control consistently, then avoid changing several variables at once.
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What each mouse setting actually changes
Mouse movement passes through several layers:
Sensor DPI/CPI → mouse firmware and software → Windows processing → game input API → in-game sensitivity
Those layers are related, but they are not interchangeable.
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| Setting | What it controls | Where it matters |
|---|---|---|
| DPI/CPI | How many sensor counts the mouse reports for each physical inch of movement. | Usually the mouse hardware or its configuration software. |
| Windows pointer speed | Scaling applied to the Windows cursor and some applications. | The desktop, menus, older games, and applications that use Windows cursor input. |
| Enhance pointer precision | Windows pointer acceleration: the relationship between hand speed and pointer distance changes. | Windows-processed pointer input; often bypassed by games using raw input. |
| In-game sensitivity | The game’s multiplier for turning or cursor movement. | That game only. |
| Polling/report rate | How often the mouse reports its current position to the PC. | The device-to-PC connection and the game’s input processing. |
DPI is the familiar term, although CPI—counts per inch—is technically more precise for a mouse sensor. A higher value means smaller physical movements produce more sensor counts and therefore more on-screen movement after the other multipliers are applied. It does not automatically make aim faster, smoother, or more accurate.
Two useful comparison measures are:
- eDPI:
DPI × in-game sensitivity. For example, 800 DPI at 0.5 sensitivity and 1600 DPI at 0.25 sensitivity both produce an eDPI of 400 in a game where that convention applies. - cm/360: the physical distance required to turn 360 degrees. This is often more useful than eDPI when comparing settings between different games, because games can use different sensitivity scales and field-of-view behavior.
eDPI is a convention rather than a universal physical unit, so do not assume the same eDPI produces the same cm/360 in every title. Likewise, changing DPI can affect menus, cursor behavior, and the granularity of a game’s input even when you compensate the in-game sensitivity mathematically.
For a broad starting range, many players find approximately 800–3200 CPI comfortable, but the appropriate value depends on your grip, desk space, sensor, display, game, and control preference. RTINGS’ CPI testing also treats the choice as personal rather than identifying one best value.
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Set one primary DPI stage and build your sensitivity around it. 800 or 1600 DPI are practical starting points because they offer a useful balance between physical travel and cursor control. 400, 3200, or another value can work just as well if it suits your setup; there is no performance prize for choosing a particular number.
Lower DPI gives you more physical mouse travel for the same in-game turn. That can make slow tracking and tiny corrections feel easier, but it demands more desk space and larger arm movements. Higher DPI reduces the distance your hand must travel and can be convenient on a small desk, but it can make fine control more demanding if you compensate with an excessively high in-game sensitivity.
Do not keep changing DPI in the middle of aim practice. Constantly switching between 800, 1600, and 3200 makes it difficult to learn the relationship between your hand movement and the reticle.
Remove accidental DPI changes
- Open your mouse software and select the profile used by the game.
- Keep one active DPI stage, or keep a second stage only if you have a deliberate reason to use it.
- Remove unnecessary DPI stages and remap, disable, or relocate the DPI-up, DPI-down, and DPI-cycle buttons.
- Save the configuration to onboard memory if you want the same setup to follow the mouse to another computer.
- Check the active profile before a competitive match.
In Logitech G HUB, the documented path is to select the mouse and open Sensitivity (DPI). G HUB supports multiple DPI speeds, but removing the stages you never use makes accidental changes less likely; Logitech documents removing stages by dragging them away from the DPI slider. Equivalent controls in Razer Synapse, SteelSeries GG, and Corsair iCUE can have different names depending on the model and software version.
A temporary DPI clutch can be useful for a specific purpose, such as a flight simulator or a deliberate precision mode. It is usually unnecessary for FPS play and can create a surprising sensitivity change when pressed accidentally.
2. Tune in-game sensitivity with a repeatable test
There is no best sensitivity number. A good setting lets you make small corrections without shaking past the target while still allowing a fast turn when an opponent appears behind you.
Use this six-step process
- Pick one DPI and leave it fixed.
- Choose a reasonable starting sensitivity in the game.
- Estimate or measure your cm/360. Record it so you can return to the setting after experimenting.
- Test tracking: follow a moving target smoothly without repeatedly lifting the mouse.
- Test flicks and turns: perform short target-to-target flicks, a 180-degree turn, and a full-width swipe across your usable pad.
- Change only one variable. Adjust sensitivity in small steps, then use the setting for several sessions before deciding whether it works.
Lower sensitivity generally requires more arm movement and more desk space. It can make small corrections and sustained tracking easier, but emergency turns take more effort. Higher sensitivity makes rapid turns easier and requires less physical travel, but demands more precise finger and wrist control. EA’s current Apex Legends guidance describes the same trade-off and recommends testing tracking and flicking in the firing range rather than treating a fixed number as universal.
For tactical FPS games, prioritize repeatability and precision. Fast arena shooters may justify a medium or somewhat higher sensitivity because turning speed matters more. In MOBAs and RTS games, cursor placement, target selection, and camera control may matter more than a very low FPS-style sensitivity. MMO players should usually prioritize comfort and button access.
Preserve a setting when changing DPI
If a game responds linearly and you want to preserve the same eDPI, use:
new sensitivity = old sensitivity × old DPI ÷ new DPI
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For example, changing from 800 DPI at 0.50 sensitivity to 1600 DPI would suggest 0.25 sensitivity. Verify the result in the game, because not every title exposes sensitivity in the same way and identical eDPI does not guarantee identical feel across games.
3. Set Windows pointer speed to its neutral baseline
Use a neutral Windows setting rather than the lowest possible pointer-speed value. The lowest value is not a universal gaming optimization and can reduce desktop cursor movement or introduce undesirable scaling. Microsoft’s mouse-speed documentation describes a 1–20 modern range with 10 as the default, while the classic dialog uses an 11-position scale with 6 as the neutral midpoint. A current Microsoft explanation identifies 10/20 and 6/11 as equivalent neutral settings.
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Windows 11
- Press Win + I.
- Open Bluetooth & devices → Mouse.
- Set Mouse pointer speed to 10/20.
- Select Additional mouse settings.
- Open the Pointer Options tab.
- Set the classic pointer speed to 6/11 if that dialog is shown.
- Clear Enhance pointer precision.
- Click Apply, then OK.
References: Microsoft’s mouse-speed API documentation and its explanation of the modern and classic settings.
Windows 10
Open Settings → Devices → Mouse → Additional mouse options → Pointer Options. Set the classic pointer speed to 6/11 and clear Enhance pointer precision. The menu wording differs from Windows 11, but Microsoft’s support guidance covers the relevant mouse controls on both versions.
Microsoft’s Windows input-device guidance covers the settings, and its mouse troubleshooting guide is useful if the cursor behaves incorrectly.
Why this may not change your FPS aim
Windows pointer speed and Enhance pointer precision affect the Windows cursor path. A game that reads raw mouse input can bypass much of that processing, so changing the Windows slider may appear to do nothing to camera movement. The Windows baseline is still worthwhile for the desktop, menus, launchers, older games, and applications that use processed cursor messages.
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Raw input allows an application to receive device data directly through Windows’ raw-input system. Microsoft describes this data as being delivered through WM_INPUT, distinct from the processed WM_MOUSEMOVE messages used by traditional cursor input. In practice, a game using raw input can ignore Windows pointer speed and Windows acceleration for camera movement.
When a game offers Raw Input, Raw Mouse Input, or Native Input, it is generally the sensible choice for a competitive game. However, raw input does not automatically remove every possible transformation. Mouse firmware and configuration software can still apply angle snapping, smoothing, prediction, ripple control, or other sensor-level processing before the game receives the data. The game itself can also apply sensitivity scaling, filtering, or aim behavior.
Do not promise that a raw-input toggle always lowers latency. Riot’s original VALORANT Raw Input Buffer documentation said standard devices had identical input latency under the normal and buffered paths, while the main benefit was aimed at handling high-report-rate mice. Riot later removed the setting: VALORANT Patch 11.06, released September 16, 2025, made Raw Input Buffer permanently enabled. If you are following an older guide that tells you to enable that option in VALORANT, the instruction is obsolete. See Riot’s Raw Input Buffer introduction and Patch 11.06 change notes.
For games without raw input, the Windows baseline matters more. Menus and inventory screens may also use cursor input even when gameplay uses raw input, which is why the desktop can feel different from the in-game camera.
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Polling rate, or report rate, is how often the mouse sends its position to the PC. The nominal maximum interval is:
| Polling rate | Nominal report interval |
|---|---|
| 125 Hz | 8 ms |
| 500 Hz | 2 ms |
| 1000 Hz | 1 ms |
| 2000 Hz | 0.5 ms |
| 4000 Hz | 0.25 ms |
| 8000 Hz | 0.125 ms |
The interval is calculated as 1000 ÷ Hz. A higher rate can provide more frequent movement updates, but it does not guarantee a lower end-to-end input delay. The practical result depends on the mouse, receiver, USB path, game engine, frame rate, CPU scheduling, and how quickly the game samples the input.
Which rate should you choose?
- 1000 Hz: the safest modern baseline for almost everyone.
- 2000–4000 Hz: worth testing on a modern gaming PC with a high, stable frame rate.
- 8000 Hz: an enthusiast or competitive option, not an automatic upgrade.
- 500 Hz: still perfectly adequate, especially on older systems or mice that are designed around it.
High report rates increase CPU work and can reduce wireless battery life. Corsair’s high-polling-rate guidance provides manufacturer-specific system advice for 2000, 4000, and 8000 Hz; those recommendations should not be treated as universal hardware requirements.
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In Logitech G HUB, the documented path is to select the mouse, open the Performance tab, select the performance icon, and choose Report Rate. Other applications may put the same control under Performance, Device, Wireless, or Sensor settings.
Test polling rate in the actual game
- Record the current rate and confirm the game profile is active.
- Start at 1000 Hz and play a repeatable practice scenario.
- Try 2000, 4000, or 8000 Hz one step at a time.
- Watch for frame-time spikes, stutter when moving the mouse, inconsistent aim, menus that become sluggish, heat or CPU-load changes, and rapid battery drain.
- Keep the highest rate that remains stable, or return to 1000 Hz if the difference is not practically useful.
Do not rely only on a browser polling-rate tester. Logitech warns that browser-based and third-party tests can misreport high report rates, particularly with mice that dynamically vary their reporting behavior. Use the game and your frame-time graph as the final test. See Logitech’s report-rate testing explanation.
6. Disable angle snapping and unnecessary sensor filtering
Competitive FPS aiming usually benefits from a sensor path that follows your hand rather than correcting it. The exact labels vary by brand, but the important features are different:
| Feature | What it does | Competitive FPS default |
|---|---|---|
| Angle snapping/correction | Corrects the path toward straighter horizontal or vertical lines. | Off. |
| Prediction | Attempts to anticipate or regularize the intended movement. | Off. |
| Smoothing/filtering | Alters or averages sensor data, sometimes to reduce irregular movement. | Off unless the sensor behaves poorly without it. |
| Ripple control | Filters visible jitter, commonly at very high DPI. | Off for the most direct input; test if high-DPI jitter is a real problem. |
| Motion Sync | Synchronizes sensor reports with the mouse’s polling schedule. | Test it; it is not angle snapping. |
Logitech describes angle snapping as helping produce flatter horizontal and vertical lines. Corsair distinguishes angle snapping from ripple control and Motion Sync: angle snapping changes the path, ripple control filters high-DPI jitter, and Motion Sync synchronizes sensor output with the polling schedule. See Logitech’s pointer-settings explanation and Corsair’s sensor-feature guide.
Motion Sync is therefore not automatically good or bad. It may improve timing consistency on a particular mouse, while adding a small device-specific trade-off. Compare it on and off using the same DPI, sensitivity, polling rate, and game scenario.
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Angle snapping can be useful for straight-line drawing or some productivity tasks. It is normally undesirable for competitive FPS play because deliberate curves, diagonals, and corrections can be changed into a path you did not make.
7. Lower lift-off distance and calibrate the actual mousepad
Lift-off distance, or LOD, is how high you can lift the mouse before its sensor stops tracking. A low LOD is useful for low-sensitivity players who frequently lift and reposition the mouse: the crosshair should remain still while the mouse is off the pad.
Set LOD safely
- Place the mouse on the gaming surface you actually use.
- Select the lowest LOD, tracking-distance, or lift-off-range option available.
- Lift the mouse slowly and check whether the cursor or crosshair stops immediately.
- Perform normal lift-and-reposition movements in a practice range.
- If tracking cuts out during ordinary use, raise the setting slightly.
- If the mouse supports surface calibration, calibrate it to the current pad.
- If tracking becomes erratic after calibration, reset the calibration or disable it and test again.
On supported devices, Razer Synapse 4 uses Mouse → Calibration. Select or add the mouse surface, then adjust Tracking Distance or Lift-Off Range. Some devices also expose Asymmetric Cut-off, which gives separate lift-off and landing behavior. Use that option only when you understand the two thresholds and the device supports it.
Razer’s calibration instructions describe the Synapse 4 controls, while its calibration recovery guidance recommends recalibrating when tracking is improper.
The lowest setting is not always the best setting. An uneven, rough, multicolored, glossy, or shiny pad can be difficult for a sensor to read. If calibration makes movement erratic, reset it, disable it, clean the sensor and pad, and test a plain, non-glossy surface. Razer’s tracking troubleshooting guidance also recommends trying another surface when tracking is unreliable.
8. Lock profiles and map buttons deliberately
A perfect setting is useless if software silently changes it when a game launches. Decide whether you want:
- Onboard memory: a simple configuration stored in the mouse and portable between computers.
- Application detection: a per-game profile that changes DPI, buttons, lighting, or other settings when the game is detected.
Onboard memory is usually the safer choice for a single competitive setup. Application profiles are useful when different games genuinely need different bindings, but confirm the active profile before playing. Logitech explains the difference between onboard memory and application detection in its profile documentation.
In Logitech G HUB, select the relevant game or application profile before editing Sensitivity (DPI), button assignments, or report rate. Razer Synapse 4, SteelSeries GG, and Corsair iCUE use different interfaces and model-specific feature sets, so do not assume that a control shown in one application exists on every mouse.
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Useful mappings by genre
- FPS: side buttons can hold melee, push-to-talk, an ability, ping, or reload. Use only buttons you can press without changing your grip or creating accidental activations.
- MOBA: extra buttons can handle abilities, items, or camera controls, but reliable access and avoiding misclicks matter more than filling every button.
- MMO: side-button layouts and game profiles can provide convenient access to abilities and item slots. Prioritize comfort over the maximum possible button count.
- RTS: map frequently repeated commands, camera movement, and control-group functions only if the bindings remain easy to remember.
- Single-player games: convenience mappings, push-to-talk, screenshots, or utility commands may be more valuable than minimizing every theoretical millisecond.
Avoid macros that automate gameplay, rapid-fire functions, recoil scripts, or input transformations unless the game explicitly permits them. Check the game’s rules and anti-cheat policy before using any macro feature; a function that is technically available in mouse software may still violate a game’s terms.
Razer Synapse version note
Razer’s support documentation says Synapse 3 stopped receiving updates and cloud-service support after February 3, 2026. Installed devices may continue to be configurable, but supported devices should move to Synapse 4. This is a software-support caveat, not a reason to change sensitivity by itself.
9. Reduce click and power-related delay without creating failures
Set debounce conservatively
Debounce time is the interval used to prevent switch chatter from registering as multiple clicks. If your mouse exposes the control, lower it gradually rather than immediately choosing the smallest value.
- Reduce debounce one step.
- Test single clicks, rapid repeated clicks, drag selection, and any semi-automatic firing you use.
- Stop lowering it when double-clicks, missed clicks, or unintended releases appear.
- Raise the value again if errors return during normal use.
Lower is not automatically better: a setting that causes double-clicks is slower in practice because it creates mistakes. RTINGS’ click-latency testing guidance likewise recommends minimizing debounce only as far as the mouse remains free of double-click problems. Persistent double-clicking at a sensible debounce setting can indicate switch wear rather than a configuration problem.
Use performance mode while gaming
Wireless mice often offer performance and endurance modes. Performance mode generally permits a higher report rate and more responsive behavior, while endurance mode prioritizes battery life. The exact behavior is model-specific. For example, Logitech documents endurance mode at 125 Hz and performance mode up to 1000 Hz on the referenced G304SE and G305SE models.
Use performance mode while gaming if battery life permits. If the mouse is draining too quickly, reduce the polling rate, disable unnecessary RGB lighting, or use a wired connection while charging. See Logitech’s performance and endurance mode documentation.
Set up wireless correctly
“Wireless is slower than wired” is too broad. Modern 2.4 GHz gaming wireless can perform on par with, or faster than, many wired mice in sensor-latency testing. RTINGS’ sensor-latency methodology treats wireless performance as model-dependent.
Bluetooth is a separate issue. Some mice restrict Bluetooth operation to a lower report rate—for example, Logitech documents certain Bluetooth-connected models at 125 Hz while the dedicated receiver supports higher performance. For competitive play:
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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errors- Use the included 2.4 GHz receiver rather than Bluetooth when the mouse supports both.
- Place the receiver close to the mouse, using the supplied extension cable if one is included.
- Keep the receiver away from crowded USB devices and sources of wireless interference.
- Charge the mouse before diagnosing intermittent input.
See Logitech’s Bluetooth performance documentation for an example of model-specific limitations.
Update firmware and avoid troublesome USB paths
Before diagnosing inconsistent movement, install the current manufacturer software and firmware for the exact mouse model. Connect a wired mouse directly to the PC instead of through an unpowered hub. For a wireless mouse, update and pair through the manufacturer’s intended receiver procedure.
If an update is followed by stutter or odd sensitivity, power-cycle the mouse and receiver, reconnect the mouse directly, confirm DPI and profile settings, and return to the last stable polling rate. Microsoft’s troubleshooting steps include trying another USB port, removing hubs, checking power, cleaning the sensor, and testing the wireless receiver.
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Changing every setting at once creates placebo and makes failures difficult to diagnose. Use this sequence:
- Write down DPI, in-game sensitivity, eDPI or cm/360, polling rate, LOD, sensor features, power mode, and active profile.
- Set Windows pointer speed to 10/20 or 6/11 and turn off Enhance pointer precision.
- Test the game. If it uses raw input, judge only the settings that the game actually consumes.
- Change only the polling rate. Test movement, frame-time stability, battery drain, and stutter in the actual game.
- Change only sensor filtering, angle snapping, ripple control, or Motion Sync. Test tracking and flicking.
- Change only LOD or surface calibration. Test lift-and-reposition behavior.
- Adjust in-game sensitivity in small steps and keep each candidate setting for several sessions.
- Save the final configuration to the intended profile or onboard memory, then verify it after restarting the game.
Keep the configuration that is stable and repeatable—not simply the one with the largest DPI or polling-rate number.
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Troubleshooting common mouse problems
| Symptom | Likely cause | Recovery |
|---|---|---|
| Aim feels different after changing DPI. | The in-game sensitivity was not compensated, or another profile became active. | Restore the old DPI or calculate the new sensitivity from the old DPI and sensitivity. Confirm the active profile. |
| The mouse feels inconsistent only in one game. | That title may use a different input API, acceleration, smoothing, or profile. | Check the game’s raw/native-input and sensitivity options, then verify device-level filtering and the game profile. |
| The crosshair moves while lifting the mouse. | LOD is too high or surface calibration does not match the pad. | Lower LOD, recalibrate on the actual surface, or test another pad. |
| Tracking becomes erratic after calibration. | The surface profile is incorrect or incompatible with the sensor. | Reset calibration, disable it, clean the sensor, and test a plain non-glossy surface. |
| The game stutters when the mouse moves. | Polling rate is too high for the game or system, or a driver/software conflict is present. | Drop from 8000 to 4000, 2000, or 1000 Hz. Compare frame times and test without hubs or unnecessary mouse software. |
| The battery drains rapidly. | High polling, performance mode, RGB, a weak battery, or a poor wireless connection. | Use 1000 Hz, reduce lighting, charge or replace the battery, improve receiver placement, or use wired mode. |
| Single clicks register as double-clicks. | Debounce is too low or the switch is worn. | Increase debounce, test the mouse on another PC, and repair or replace it if the problem persists. |
| DPI changes accidentally. | A physical DPI button, DPI-cycle command, or automatic profile switch. | Remove extra DPI stages, disable or remap the button, and use onboard memory or a locked profile. |
| A wireless mouse feels delayed. | Bluetooth mode, low battery, receiver interference, or an endurance setting. | Use the 2.4 GHz receiver, charge the mouse, move the receiver closer, and select performance mode. |
| The Windows setting appears to do nothing in-game. | The game uses raw input. | This can be expected. Tune in-game sensitivity and device-level sensor features instead. |
| The mouse feels different after an update. | Firmware, software profile, or a game patch changed the input path or configuration. | Recheck DPI, polling, profile, raw-input behavior, sensor features, and the update’s release notes. |
Settings versus physical setup
A mousepad, grip, desk area, cable drag, and the way you hold the mouse can change comfort and control, but they are not mouse settings. A large, consistent pad is useful for low sensitivity; a bungee or wireless connection can remove cable drag; and a clean sensor and surface can prevent tracking problems. Treat those physical changes separately from DPI, sensitivity, and input-processing changes so you know what actually improved your aim.
Frequently Asked Questions
Is 800 DPI better than 1600 DPI for gaming?
Neither is universally better. Both are sensible starting points. Choose one fixed DPI, then tune in-game sensitivity around it. If you want to preserve the same eDPI when doubling DPI, halve the in-game sensitivity, then verify the result in the game.
Does Windows pointer speed affect games?
It depends on the input path. Games using raw mouse input can bypass Windows pointer speed and Enhance pointer precision for camera movement. Menus, older games, launchers, and applications using processed cursor input can still be affected, so 10/20 or 6/11 with Enhance pointer precision off is a predictable Windows baseline.
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Turn it off if you want a consistent relationship between physical movement and the Windows cursor. Raw-input games may ignore it during gameplay, but disabling it keeps the desktop and non-raw applications predictable.
Is 8000 Hz polling rate worth using?
Only if your mouse, game, frame rate, CPU, receiver, and battery life remain stable. Start at 1000 Hz, then test 2000, 4000, and 8000 Hz in the actual game. Revert when high polling causes stutter, frame-time spikes, inconsistent input, or excessive battery drain.
Does raw input reduce input lag?
Not automatically. Raw input changes how the game receives mouse data and can bypass Windows cursor processing. Riot’s VALORANT documentation indicated that standard devices had identical input latency under the original paths, with the main benefit aimed at high-report-rate mice. In current VALORANT, Raw Input Buffer is permanently enabled after Patch 11.06.
What is the best gaming sensitivity?
The best sensitivity is the one you can control repeatedly while still turning quickly enough for the game. Test tracking, flicks, small corrections, and 180-degree turns. Lower sensitivity usually favors fine control and larger arm movements; higher sensitivity favors faster turns and smaller physical movements.
Should angle snapping be enabled?
Usually not for competitive FPS aiming. Angle snapping corrects movement toward straighter lines, which can interfere with curved or diagonal aim. It can be useful for straight-line drawing or some productivity tasks.
What is a good lift-off distance?
Use the lowest setting that stops tracking during a normal lift without cutting out while the mouse is still on the pad. Calibrate on the actual surface when supported, and reset calibration or try another pad if tracking becomes erratic.
Is a wired mouse faster than a wireless mouse?
Not categorically. Modern 2.4 GHz gaming wireless can perform competitively with wired mice. Bluetooth may use a lower report rate on some models, so use the dedicated 2.4 GHz receiver for competitive play when available.
Why does my mouse stutter at high polling rates?
The game or system may not sustain the processing load, or the driver, USB path, or wireless connection may be unstable. Reduce the rate step by step from 8000 to 4000, 2000, or 1000 Hz and compare frame-time stability in the actual game.
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The debounce setting may be too low, or the switch may be worn. Increase debounce until repeated clicks and drag selections are reliable. If double-clicking continues at a sensible setting and on another computer, the hardware may need repair or replacement.
Why does my DPI keep changing?
A DPI button, DPI-cycle command, automatic game profile, or onboard-memory setting is probably switching it. Remove unused DPI stages, disable or remap the physical button, and verify which profile is active before playing.
The Bottom Line
For a dependable starting point, use one DPI stage at 800 or 1600, Windows 10/20 or 6/11 with Enhance pointer precision disabled, raw or native input where the game supports it, and 1000 Hz polling. Turn off angle snapping and unnecessary filtering, set the lowest reliable LOD, lock the correct profile, use performance mode while gaming, and lower debounce only until clicks remain reliable. Then change one variable at a time and keep the setting that feels stable across several sessions.
Quick Recap
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