'King's Assembly' is an ingenious computer peripheral -- still under development -- that combines a laser mouse, fill mechanical keyboard and analog joystick in one compact package. A contoured palm rest allows you to move your mouse cursor. The palm rest can be adjusted front-to-back, up-to-down and side-to-side in order to provide the position most comfortable relative to the keyboard and joystick thumb controls.
The joystick controls are used for vertical and horizontal scrolling movements usually controlled by a mouse wheel.
The keyboard includes 30 silent keys that provide good tactile feedback and are angled towards the user for comfortable access. Although a standard QWERTY layout is the default, other pre-programmed keyboard layouts are also available at the click of a button.
Hybrid Computer Peripherals
The 'King's Assembly' is a Mouse, Keyboard and Joystick All in One
Trend Themes
1. Hybrid Computer Peripherals - The 'King's Assembly' combines multiple input devices into one package, offering convenience and space-saving opportunities.
2. Compact and Adjustable Design - The 'King's Assembly' features a contoured palm rest and adjustable positioning, enhancing ergonomics and customization for users.
3. Enhanced Keyboard Functionality - The 'King's Assembly' includes 30 silent keys and offers pre-programmed keyboard layouts, catering to different user preferences and needs.
Industry Implications
1. Computer Hardware - The development of hybrid computer peripherals introduces opportunities for companies specializing in computer hardware to create innovative and versatile products.
2. Gaming - The 'King's Assembly' with its integrated joystick presents disruptive innovation opportunities for the gaming industry, offering a streamlined and comprehensive input solution for gamers.
3. Office Supplies/ergonomics - The compact and adjustable design of the 'King's Assembly' opens up possibilities for companies in the office supplies and ergonomics industry to develop ergonomic and space-saving solutions for computer users.