Revolutionary Liquid Crystal Antenna Technology

Conformal and Flexible

Episode A-014

Sponsored by SDB Partners LLC (http://www.sdb-partners.com)

Here is an opportunity for aerospace and defense companies to get a leg up on their competitors and impress the Defense Department with their smarts. A new Georgia-based company has invented and patented a Liquid Crystal Polymer antenna technology that is a leap forward in antenna design and promises to make major inroads in aerospace and defense applications and in commercial use.

The company is VerseQ and it has already won patents for its antenna system. A Liquid Crystal Polymer or LCP is a high performance, flexible RF materials that uses a single, multilayer platform both for the antenna and the RF circuitry.  The result is that VersaQ is able to create dense, integrated solutions covering a wide range of operating conditions.

VersaQ is open for investment and licensing its technology.

In visualizing the product, keep in mind that these antenna are actually flexible and conformal and are electronically, not mechanically, steered.  They are very lightweight.

An important application that will benefit significantly from the VersaQ LCP system are unmanned aerial vehicles or UAVs.  Today’s UAV reconnaissance systems incorporate large bubble radomes for ground radars and satellite communications.  The radomes can be replaced by a VersaQ LCP system fitting the aerodynamic profile of the UAV instead of the UAV platform being designed to meet the size and shape requirements of the payload.

A conformally mounted antenna array reduces drag by reducing protrusions into the airstream and is much lighter than the traditional, standard antennas they replace. This means the UAV can fly further or carry a larger payload.

VersaQ uses a packaging process that places active and passive electronics close to the antenna elements, which assures a higher degree of integration thereby also reducing size, weight and overall complexity.

UAV applications include synethetic apearture radars, ground moving target indicator radars, satellite communications, airborne early warning and control (AEWC) and airborne data relay.

Like UAVs, manned and unmanned helicopters also can take advantage of VersaQ’s antenna system. Among other applications where a conformal antenna on a helicopter will be beneficial and eliminate the need for radomes, are brownout radars, IFF, ASW and Anti-Surface warfare systems, C4ISR, surveillance, smuggling and interdiction scanning and SAR (search and rescue) applications.

VersaQ will improve helicopter efficiency and agility, speed and range, and reduce weight.

Nick Fuhrman of SDB Partners is shepherding the introduction of the VersaQ system to the aerospace community.  He is the former Director of the Georgia Center for Innovation in Aerospace and in that capacity built key technology partnerships between the private sector and the US Air Force and with NASA.  He can be heard on the audio portion of this Technology and Security episode.  Nick is joined on the broadcast by the Chief Technology Officer of VersaQ, Chad Peterson.  Himself an electrical engineer (M.S.E.E.) graduate of the Georgia Institute of Technology, Chad specializes in the design of high frequency antennas and packages based on LCP and RXP.  Previously, Chad worked for the Army Research Laboratory on automated measurement systems.

Nick Furhrman (nick@sdb-partners.com) of SDB Partners is in charge of the VersaQ opportunity.  To discuss this opportunity contact Nick or visit the SDB Partners web site.

Advertisements
Tagged , , , , , , , , , , , , ,

One thought on “Revolutionary Liquid Crystal Antenna Technology

  1. Janessa says:

    advertising and *********** with Adwords. Well I’m including this RSS
    to my e-mail and could look out for a lot more of your respective interesting content.

    Make sure you update this again very soon.

    .

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s

%d bloggers like this: