Frame Rate, Refresh Rate and Mouse Feel
Mouse feel depends on the visible response of the whole system, not only the device. Frame production and display behavior can influence how movement is perceived.
A practical approach
Record the application frame behavior and display configuration before changing mouse hardware. Use a familiar scene to compare stable settings, and distinguish frame-rate changes from input scaling. Do not add nominal report and refresh intervals together and present the sum as a measured total delay. A real end-to-end claim needs an appropriate measurement method.
Frame time and mouse reports are different clocks
Display refresh, rendered frame rate and mouse reporting frequency describe different parts of a system. Their numerical values should not be treated as interchangeable. A monitor refreshing at 144 Hz has an ideal refresh interval of about 6.94 ms, while a mouse reporting at 1,000 Hz has a nominal report interval of 1 ms.
Those figures do not simply add into a universal latency prediction, because timing and processing throughout the system matter. When comparing setups, record both frame behavior and input settings. A high reporting rate cannot create frames the game does not render, and a fast display does not establish the quality of every mouse input. The useful approach is to understand each measurement's role rather than select a matching number by appearance.
Separate the stages of the input-to-display path
A visible response follows several stages: physical input, device processing, communication, application work, rendering and display. A measurement of one stage should not be presented as the total delay of the entire system. This is especially important when comparing marketing claims or different test methods.
Ask what event starts the measurement, what event ends it and which equipment and settings were used. Click latency, motion latency and full system latency can answer different questions. Keep network delay separate as well. A practical troubleshooting process first identifies where the symptom appears, then changes a relevant variable. Replacing a mouse cannot be assumed to solve a problem caused elsewhere in the rendering or application path.
Informal scores are not a laboratory benchmark
An aim-trainer score or game result can be useful personal feedback, but it is influenced by familiarity, fatigue, task variation and chance as well as equipment. A single high score after changing a mouse does not isolate the hardware's effect.
Use repeated familiar tasks and record the conditions if you want a practical comparison. Include comfort and control observations, not just the final number. Alternate options when feasible and avoid changing sensitivity or surfaces at the same time. Be honest about the limits: an informal trial can guide your own choice without proving a universal performance advantage. The purpose of the record is to reduce guesswork, not manufacture scientific certainty from ordinary play.
An example to work through
For illustration, a 144 Hz display has a nominal refresh interval of about 6.94 milliseconds. That figure alone does not tell you when a particular input will become visible in a game.
What to check
- Record display and application settings.
- Separate scaling from visible smoothness.
- Avoid turning nominal intervals into an unmeasured latency claim.
Sources and further guidance
NVIDIA: understanding system latency