Magic Cube Laser Projection Virtual Bluetooth V3.0 Keyboard Mini Pocket Sized
Compact and ultra portable for mobility and convenience.
Fast and accurate data input and English QWERTY keyboard layout.
Detection rate over 350 characters per minute and low power consumption.
Easy connection via bluetooth or USB.
Compatible with latest operating systems: Window XP / Vista / 7 / 8 or higher, iOS 4 and later, Android 2.0 or higher, Windows phone 7 / 8 or higher, Mac OS, Blackberry 10, PS3 and all bluetooth HID compliant mobile device.
Latest sensor module can recognize the location and mobile track of user's fingers so as to detect the data input of operator.
Virtual laser keyboard.
Easily visible projection, even in fully lit room.
Can be operated via USB cable on your laptop / PC.
Bluetooth version: 3.0, HID profile Ver.1.0
Keyboard light source: Red laser diode
Keyboard layout: About 19mm tilt, QWERTY layout
Keyboard size: 100 x 240mm
Projected keyboard location: Approx. 80mm distance from the bottom of device
Required projection surface: Non-reflective, opaque flat surface
Detection rate: 350 Characters per minute
Operative surface: Any firm flat surface
Power source: Built-in Li-polymer battery
External power source: USB power / less than 5V 500mA
Battery capacity: 600mAh 3.7V
Battery working time: About 120 min
Battery charging time: About 120 min
Frequency range: 2402 - 2480 MHz
Compatible Software: Windows XP / Vista / 7 / 8, Windows Phone 7 / 8, iOS (iPhone 6 / 6 Plus 5 5S 4 4S and iPad), Android 2.0 and higher, Mac OS, Blackberry 10, PS3
Not recommended for use in direct sunlight
Avoid direct sunlight the product time too long, and away from heat source
In use porcess to avoid extreme changes in ambient temperature
Please use the mini USB with the specified USB cable connect with this product,do not attempt to tear open outfit
Please do not in the uneven or irregular surface anf transparent with reflecting
surface using this product
Leisure Life, Anytime Anywhere to Enjoy the Acme Brought by the Virtual Keyboard