Traditional mechanical keyboards require pressing the switch and reaching the actuation point to activate a key. In contrast, magnetic switches operate differently. They comprise a bottom Hall sensor and an upper magnet. When a key is pressed, changes in the distance within the sensing magnetic field lead to a fluctuation in current. Activation is determined by evaluating the strength of the induced current.

Additionally, automatic calibration via the Baseline Calibration algorithm ensures no abnormal functions due to temperature, humidity, magnetic differences, etc.

Utilizing the unique traits of magnetic switches, key activation and reset are determined by the distance traveled rather than fixed points. This precision enables keys to activate upon pressing and reset upon release, facilitating seamless consecutive key presses. This capability empowers you to swiftly execute a series of actions during gaming.