Quantum Leap in Computer Keyboard Technology

Zurich, Switzerland, August 22, 2009 --(PR.com)-- The first machine possible to classify as a keyboard was introduced in 1829 (typographer). In 1874, Remington had introduced its QWERTY keyboard layout. The most significant step towards keyboards becoming interfaces to computers started with the teletype in the 1900’s – the teletype had for the first time, converted the key presses of letters and symbols in to electrical impulses that could be sent over a telegraph wire and converted by a remote machine to type on a paper.

For a century, since the early days of the teletype, keyboards had changed very little in core concept and no significant technology innovations had arose or stayed.

In the end, the keyboard's interface has not itself changed substantially since introduction, except in cosmetic details, but the interpretation and importance of its output and its configurability have grown greatly alongside the march of technology.

Aymer International is proud to present MOBBAL™, the first quantum leap in computer keyboard technology. MOBBAL™ Technology™ represents a pioneering approach to computer keyboard mechanism, allowing the first ever non electric pulse based keyboard technology. Not using any circuit board and not requiring the key to close a circuit or actually touch any part, the MOBBAL™ Technology™ uses special meas to detect which keys are pressed. Visually, any keyboard working with the MOBBAL™ Technology™ is practically indistinguishable from a standard, run-of-the-mill computer keyboard and yet, this is by far no ordinary keyboard technology.

MOBBAL™ Technology™ brings a true liquid proof solution, not just water but any kind of liquid, basically since there is no circuit board under the keys and there’s no conductivity needed. Even dust and debris are no longer a problem, for MOBBAL™ Technology™ keyboards. On top of the non-controversial mechanical advantages, MOBBAL™ Technology™ also offer the added value of being electromagnetic emission safe technology, since the directionality of the beam helps ensure that data isn't leaked or spilled to nearby devices as it's transmitted, it is also immune to signals from other devices.

LEDs make the MOBBAL™ Technology™ cost efficient solution, with typical lifetime of 100,000 hours and very limited wear and tear, being a solid state components, LEDs are resilient and very difficult to damage with external shock. MOBBAL™ Technology™ keyboard is rugged and expected to operate flawlessly for more than a decade.

With very few international regulatory constraints, implementing of MOBBAL™ Technology™ in PC (Desktops or Laptops) keyboards requires manufacturing companies only minor structural adjustments, following Aymer International guidelines, to allow their products the edge of the new technology.

Contact Information
Aymer International Limited
P.O. Box 100, Sydney Vane House Admiral Park
St. Peter Port, Guernsey, Channel Islands, GY1 3EL
E-mail: info@aymer-int.com
www.aymer-int.com

All rights reserved. Aymer International and the Aymer logo are trademarks of Aymer International Limited. MOBBAL™ and MOBBAL Technology ™ and MOBBAL™ Logo are trademarks of Aymer International Limited. All other brand and product names are trademarks or registered trademarks of their respective owner(s).

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