Survey rate is probably one of the most well -displayed details on any room effect keyboard, only because large numbers emphasize one of the most important aspects of these keyboards: speed. That a keyboard has a survey rate of 1,000 or 10,000 Hz, this number represents the number of messages sent from the keyboard to the PC every second. For example, a keyboard with a 1,000 Hz survey will send 1000 messages every second. Most desktop equipment operates at 125 Hz. In high performance games, a higher survey rate is almost always preferred, because more information during transfer reduces the chances that a movement or pressure is not recognized immediately. That said, 1,000 Hz are more than sufficient – you will not really notice many advantages of going higher.
Software He also turned out to be made with hall keyboards. Almost all the keyboards rely on software to make adjustments and customizations, so it is an essential aspect of a good keyboard. By assessing this, I consider the ease of use, the functionality and the scope of the personalization. Software that makes customization difficult, has stability problems or uses a lot of processing power will only make problems on the road.
Construction quality is important for both obvious and less obvious reasons. It is important for a keyboard to feel good to type and have a rigid construction, but it is also important to what extent quality control is a good control with the switches and how well settled stabilizers. Given that Hall effect keyboards are based on magnets and sensors to record drop drops, a misalignment of a magnet or a sensor can cause inscription to keys at incorrect distances without any obvious clue, which can cause problems with your performance during the game.
Actuation is generally measured in millimeters and indicates the distance that a key has been pressed. Hall effect keyboards are generally measured by a tenth of a millimeter, although they sometimes extend to a hundredth of a millimeter. Most keyboards measure it from the higher rest position, zero millimeters. The background distance, where the key is fully pressed, is generally between 3 and 4 millimeters. The distance between the top and bottom of the keys pressure is the movement distance, and the maximum possible movement distance is determined by the switches you use and the keyboard itself. If you have a switch with a 4 mm travel distance and a keyboard that only measures up to 3.5 mm, you can only define the actuation distance over 3.5 mm at the lowest.
