You have probably used a computer mouse for thousands of hours, and yet, have you ever stopped to wonder how it works?
Well, essentially, the modern computer mouse is a merger of many different technologies and some rather ingenious engineering.
At the bottom of the mouse, there is the image acquisition system, which is composed of an infrared LED, a pair of lenses, and the image pixel array. Infrared LED, generated by the LED, passes through a lens and illuminates the surface directly underneath the computer mouse. Then the infrared light bounces off the surface, passes through a second lens, then through a tiny aperture, and financially hits this rather sophisticated image pixel array, or image seensor, which is composed of sixteen hundred pixels, laid out 40×40. This is important. Your mouse does not capture the colour or design of the mouse pad or surface. Rather, because the light is emitted at a shallow angle, it illuminates the texture, or the ridges and valleys of the surface. Kind of like a sunset falling across rolling hills. The tops of the hills catch and reflect the light and are illuminated, but the light does not reach into the valleys, and thus they remain dark. You might see just a uniform black mouse pad or wooden deesk, but because of the shallow agle of the infrared light and the focus of the lenses, the image sensor is able to capture a topographically and teexturally complex landscape. Note that if the surface were smooth with no imperfections, the mouse would struggle to work on it, which is why some computer mice do not work on the glass. This image sensor, with its 1600 pixels, focuses only on a tiny area, just 1/200th the size of a of a penny. It can take 1700 pictures every single second; even if you move your mouse across the mousepad for just a tenth of a second, the image sensor would take around 1700 pictures during that quick time.
Difference between gaming and non-gaming mice!
With the sharper-looking shape of the mouse, a different number and layout of buttons, and LED lights, the first main difference is the specified DPI, or dots per inch. Gaming mice have a DPI specification of 1200 to 25000, while non-gaming mice are closer to 850 to 4000 DPI. But that raises the question: what exactly is the DPI?
When you move your mouse too the right by 1 inch, the number of units your cursor moves across the screen results in the value of dots per inch. A DPI of say 25000 means your cursor will move 25000 units for every 1 inch of movement of the mouse.
How does a keyboard work? You must know this!
Best gaming mice!
Top 5 best gaming mice in 2024 in the USA. Through extensive research and testing. I used those games for my own. I have put together a list of options that will meet the needs of different types of buyers. Whether its price or performance, we’ve got you covered.
1.Rival: This mouse is rich with features commonly found in more expensive devices, despite being a budget mouse. It boasts remarkable performance.
- Logitech: The Logitech G502X mouse is budget-friendly and has the smoothest performance. I used it more than 2 month and didnot not have any issues. It has excellent latency and is very handy.
3. Razer viper v2 pro its a chaper mouse my eyes are always on its fantactic ponteer that suits a range of gamers but best turned towards fps.
4. Corsair: Corsair m75 wireless, which is the best for its battery life.
5. Roccat: When you use it, you will understand what this is.. I didnot get this types of gaming mouse ever. Basically, roccat xp air is the best option for every gamer. And its a wireless mouse. But its price is something high.
