EVGA X20 Wireless Gaming Maus grau, USB/Bluetooth

While the X17 had several flaws, it also showed ambition by implementing true 8000 Hz polling and highly granular lift-off distance adjustment owing to a triple-sensor array. While the X20 keeps the LOD sensors, it loses the 8000 Hz polling in favor of wireless functionality. Unfortunately, and contrary to what one may expect, achieving a good wireless implementation turned out to be more difficult than 8000 Hz polling.

We have the EVGA X20 Gaming Mouse and we have another worlds first! Triple sensors! I know we technically already covered this in the review x17 review. 2 of those sensors are LOD sensors. These detect the lift-off-distance in conjunction with the main sensor. This system uses a triple sensor algorithm to detect the position where you lift the mouse off a surface and put the mouse back down, achieving the shortest and most accurate lift-off distance. EVGA’s 3-Dimension Array Tech algorithm can detect within a minimum of 0.4 mm to a maximum of 3 mm from the mouse to the surface, dynamically adjusting the best power-off height. Customize the power-off height in different directions to achieve the most accurate gaming in the world with EVGA UNLEASH RGB software.

As enthusiasts, we're often most enamored by the latest and greatest graphics cards, processors, and storage technology in our endeavors to squeeze as much performance from our systems as possible. However, it is the human interface devices -- like our keyboards, mice, and monitors -- that can have the most significant impact on our user experience. A high-quality keyboard and mouse, for example, can make you more productive, reduce fatigue, and even improve your gaming chops. So, when EVGA offered up their upcoming X20 and X15 gaming mice and Z12 RGB keyboard, we were eager to take a look.