VALORANT · PRACTICAL SETUP GUIDE
VALORANT Polling Rate Calculator: 1000 vs 4000 vs 8000 Hz
Compare nominal mouse report intervals, understand what the numbers leave out, and build a controlled comparison for your own setup.
Published and sources checked: · ProConfigVault editorial
What changes between 1000, 4000 and 8000 Hz?
They correspond to nominal report intervals of 1 ms, 0.25 ms and 0.125 ms. Those numbers come from division, not a measured VALORANT benchmark. A shorter report interval alone cannot tell you whether your complete setup responds faster or stays smooth.
If your mouse supports several rates, compare them without changing DPI or sensitivity. Keep a stable saved profile as your fallback. The calculator below makes the arithmetic visible before you test.
Polling-rate interval calculator
Compare two supported settings from your own mouse software. The list provides arithmetic examples; it does not mean your mouse or receiver supports every option.
At 1000 Hz: 1.000 ms between nominal reports. At 8000 Hz: 0.125 ms. Interval difference: 0.875 ms. At 240 Hz: 4.167 ms per nominal display refresh. These are independent calculations, not total latency.
| Polling rate | Nominal interval |
|---|---|
| 125 Hz | 8 ms |
| 250 Hz | 4 ms |
| 500 Hz | 2 ms |
| 1000 Hz | 1 ms |
| 2000 Hz | 0.5 ms |
| 4000 Hz | 0.25 ms |
| 8000 Hz | 0.125 ms |
Formula: report interval in milliseconds = 1000 ÷ polling rate in Hz. Display refresh interval = 1000 ÷ refresh rate in Hz. For example, 1000 ÷ 360 ≈ 2.778 ms. Subtracting 0.125 from 1 gives a 0.875 ms difference between nominal report intervals. It does not establish a 0.875 ms reduction in click-to-display delay: the devices and game are not a single synchronized clock.
Which rate should you actually use?
| Your situation | Useful next step |
|---|---|
| No input problem at the current rate | Save it. A larger number is a reason to compare, not a reason to discard a reliable profile. |
| You want to try 4000 or 8000 Hz | Confirm mouse, receiver and connection support with the manufacturer. Change only the polling rate first. |
| Stutter appears while moving the mouse | Repeat the same scene at a lower supported rate, then restore the original rate to see whether the symptom returns. |
| Wireless sessions matter more than the highest setting | Record charge change over comparable sessions. Do not assume a particular battery-life figure without a device-specific source or your own records. |
| You only have one supported rate | There is no comparison to force. Work on the actual symptom rather than installing a polling-rate “unlocker”. |
Razer’s HyperPolling guidance notes CPU resource demands at high report rates and suggests trying a lower supported rate when troubleshooting. That is a manufacturer reference for compatible Razer devices, not proof of the cause of stutter on every PC.
Make a comparison you can repeat
Use this original comparison card to keep a settings experiment interpretable. It is a suggested method, not a claim that ProConfigVault tested your hardware.
- Write the starting conditions. Record game build, OS, mouse and firmware, connection/receiver, DPI, in-game sensitivity, polling rate, display refresh and FPS cap. Save the device profile.
- Choose one repeatable task. For example, use the same Range location and repeat slow tracking followed by fast sweeps for a fixed period. Keep the scene, duration and measurement display unchanged.
- Compare A → B → A. A is your saved rate; B is one different supported rate. Repeat the sequence. Separate mouse-motion stutter from issues present while the mouse is still.
- Record observations without renaming them. Frame-time spikes are frame-time observations; a browser polling tester is a browser sample. Neither is automatically a full input-latency measurement.
- Keep an inconclusive result. If the behavior does not repeat, write “inconclusive” and keep a stable configuration. If one rate repeatedly causes problems, restore the other and investigate device-specific support.
| Record | A: saved rate | B: comparison | A: restored |
|---|---|---|---|
| Rate / DPI / sensitivity | Fill in | Fill in | Fill in |
| Scene and duration | Fill in | Keep equal | Keep equal |
| Exact metric name and tool | Fill in | Same metric | Same metric |
| Motion stutter / disconnects | Observe | Observe | Observe |
| Result and repeat count | Record | Record | Record |
Common questions
Should I increase DPI when I increase polling rate?
Keep DPI fixed for the first polling comparison so you do not change two variables. A separate DPI experiment can preserve calculated eDPI using our DPI-change calculator. DPI controls a different setting; it is not the polling rate.
Can this page measure my mouse’s actual polling rate?
No. It calculates nominal intervals from selected values. Browser event delivery, game timing and device reporting are different observation points. A measurement claim needs a named method, device conditions and actual results.
Does a 240 Hz screen make every rate above 240 Hz pointless?
The calculator does not establish such a cutoff. It shows two independent intervals. It cannot predict which input reaches a rendered frame or the result on your particular display and PC.
Sources and scope
- Riot Games — VALORANT Patch 11.06: the RawInputBuffer change, published 16 September 2025.
- Razer — HyperPolling technology and troubleshooting: device-specific support and high-rate troubleshooting; checked 18 October 2026. Its Raw Input Buffer example is outdated against Riot’s patch.
The table and calculator are arithmetic; the comparison card is original editorial guidance. No professional player configuration, native-game import test, latency benchmark or universal fastest rate is claimed.
Need the complete setup context? Read the Viper V3 Pro device guide for its other controls, the NVIDIA Reflex comparison guide for rendering latency, or browse all tools.
