"The $179.99 Logitech G Pro X2 Superstrike is the first to feature analog sensors that use induction to register clicks faster than microswitches used in many mice. Those sensors allow for a host of cool features beyond just lower latency. There's a rapid trigger setting, popularized by Hall effect keyboards, that lets them quickly reset after being pressed to receive another input."
"One of the Superstrike's most interesting changes is that it has haptics in place of switches under its buttons. They simulate the sound and feel of a click with surprising accuracy, and unlike tapping on an unmoving MacBook trackpad, the mouse's main buttons move and bounce back up as you might expect them to. If their default click sensation isn't doing it for you, you can make it more intense (at the expense of battery life),"
The Logitech G Pro X2 Superstrike uses induction-based analog sensors and haptic-actuated buttons to change how clicks are registered and felt. The sensors register clicks faster than traditional microswitches and enable rapid-trigger behavior and adjustable actuation depth, letting users require almost no pressure or more force per primary button. Haptic actuators replace mechanical switches beneath the buttons, producing realistic click sound and rebound while allowing intensity tuning or complete silence. Adjusting haptic strength affects battery life and click feedback. The design bridges enthusiast keyboard technologies with mice, delivering customizable latency, tactile response, and input sensitivity for competitive gaming.
Read at The Verge
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