Well, probably notbut it can reduce the time data is transmitted from your mouse to the computer.
This reduction in timing may lead to better tracking of your movements, improving your gameplay.
But how do you decide which mouse transmits data faster when compared to others?
Well, you look at the polling rate it offers.
Back in the day, mice used a ball connected to multiple axles to register users' movements.
Below is a brief explanation of the parts that enable mice to track your movements.
Although invisible to the naked eye, no surface around us is entirely smooth.
This surface unevenness causes the high wavelength to be reflected at different intensities.
This variation in intensities helps the mouse understand the changes in its location.
To put things into perspective, a mouse clicks over 1,700 images in a second.
The DSP compares the images captured by the IAS to detect user movements.
You see, any peripheral connected to your system cannot continuously transfer data to the CPU.
In the case of normal mice, the data transfer rate is 125 Hz.
This means that data is transmitted 125 times a second to your CPU.
But is this polling rate good enough?
Well, let’s find out with a quick example.
Does a High Polling Rate Matter?
As explained earlier, faster polling rates on your mouse send data to your system at a faster frequency.
However, are these improvements even worth it?
Given below is a table showing the various polling rates offered by gaming mice and the delay they offer.
