MMIC Solutions Press Release - July 23, 2009

MMIC Solutions MMIC Solutions Ships World’s Smallest MMW Receiver MSi200 range of 100GHz receivers has wide range of applications in people screening systems for security and theft prevention

Ledbury, UK. 23rd July 2009 - MMIC Solutions Ltd. has announced first commercial shipments of the world’s smallest millimetre wave receivers to security imaging customers in both Europe and the USA.

Millimetre waves (MMW) penetrate most fabrics, enabling detection of weapons, explosives and contraband concealed under clothing.

Unlike conventional metal detectors, MMW imaging can detect both conventional metallic and non-metallic threats such as ceramic or plastic weapons, explosives and drugs. Unlike X-ray scanning, threat detection can be achieved by receiving naturally occurring millimetre waves, without transmitting radiation and without the privacy concerns common with transmitting systems.

MMW people screening systems are now being deployed in many courthouses, prisons, airports, and other critical infrastructure locations. These systems can also be used to eliminate theft of high value merchandise in warehouses etc.

MMW receivers are traditionally built using metal machined to high tolerances and are the most expensive component of MMW people screening systems. An array of perhaps more than 100 is needed for high-resolution MMW images. MMIC Solutions’ technology allows the use of low cost circuit board materials and automated manufacture at 100GHz, which provides substantial savings in cost and size compared to the conventional approach.

Lower-cost people screening systems capable of detecting the latest non-metallic threats have major implications for the security field. They can be much more widely deployed, at potential target venues such as buildings, sporting stadiums, and even shopping malls. Vehicle mounted and handheld screening by security professionals is also a likely next step. In addition, a tightly packed array of small receivers delivers higher resolution and enhanced detection performance.

The MSi200 series modules are direct detection receivers offering industry leading performance; operating from less than 80GHz to more than 100GHz, with excellent sensitivity. The receiver modules use patented technology; a multi-layer substrate incorporating the millimetre-wave waveguide interface. They are also only 8.4mm wide ideal for use in tightly packed receiver arrays for high-resolution imaging. MMIC Solutions also provides supporting solutions for feed-horn antennas and interface circuits.

Rodger Sykes, MMIC Solutions’ President and CEO said, “The new MSi200 series of receivers offer world-class performance, and we’re delighted to have been designed in by several security imaging customers in the USA and Europe. We see substantial worldwide growth over the next few years for people screening equipment based on millimetre wave technology”.

About MMIC Solutions:
MMIC Solutions Ltd. is fast becoming a global leader in the millimetre wave industry, developing solutions for equipment makers in several markets including security imaging, high bandwidth communications, and high-resolution radar. The company designs, manufactures, and supplies innovative solutions for a range of systems operating at frequencies between 50GHz and 250GHz. For more information about MMIC Solutions Ltd, please visit www.mmicsolutions.com


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About MMIC Solutions:

MMIC Solutions Ltd. is fast becoming a global leader in the millimetre wave industry, developing solutions for equipment makers in several markets including security imaging, high bandwidth communications, and high-resolution radar. The company designs, manufactures, and supplies innovative modules and sub-systems operating at frequencies between 50 GHz and 250 GHz.

More information about MMIC Solutions Ltd, is available at http://www.mmicsolutions.com or by calling +44 (1531) 651235.


MMIC Solutions Contact:
John McNicol
Director of Business Development and Marketing
Email: john.mcnicol@mmicsolutions.com
Phone: +44 (0)1531 651235



Posted 7/232009