Virtual Laser Keyboard VK200 Keyfob

Virtual Laser Keyboard VK200 Keyfob Summary:

The Virtual Laser Keyboard acts exactly like any other "ordinary" keyboard. The VK200 projects a keyboard onto any flat surface. You can type away accompanied by simulated key click sounds. With 63 keys and a full size QWERTY layout the Virtual Laser Keyboard approaches typing speeds of a standard keyboard in a size no larger than a matchbox.

Virtual Laser Keyboard VK200 Keyfob Features:

• Projects a full-size laser keyboard onto any flat surface
• Allows the convenience of full-size typing in a tiny form factor
• Connects wirelessly via Bluetooth to iPhone, iPad, many Smartphones and most Laptops
• Mouse mode allows you to use your finger as a mouse rather than typing when using with a laptop
• Rechargeable battery lasts for 120 minutes of continuous typing
• Charges via USB. No drivers to install
• Keyboard in a size no larger than a matchbox.
• Compatibility: iPhone 3GS or higher, iPad (iOS4) or higher, Blackberry Q10, Z10 or higher, Android 2.0 and higher, Windows Phone 7 and higher, Windows XP or higher, Mac OS
• Interface: Bluetooth HID, and USB 2.0
• Keyboard Layout: 285mm sized QWERTY layout
• Detection rate: Up to 400 characters per minute
• Operating Surface: Most flat opaque surfaces
• Battery duration: Approximately 120 minutes, 500mAh built in rechargeable battery
• Manufacturers Warranty

Virtual Laser Keyboard VK200 Keyfob Package Includes:

• 1 x VK200 Keyfob
• 1 x USB Cable
• 1 x User Manual
• 1 x Quick Start Guide

Note: Pictures are for illustration purposes only and colours schemes may differ from those supplied.

Virtual Laser Keyboard VK200 Keyfob How?:

The Virtual Laser Keyboard uses a light projection of a full-sized computer keyboard on almost any surface. Used with iPhones, iPads, Android Smart Phones, Laptops, etc, the Virtual Keyboard provides a practical way to do e-mail, word processing and spreadsheet tasks, enabling users to leave laptops and computers at home. Virtual Lasers adaptable technology studies the user's finger movements to interpret and record keystrokes. Because the virtual keyboard is an image projected by light, it disappears completely when not in use.