Antennas

Syntech Technologies specialise in the design and manufacture of a wide range of antenna systems for both commercial and military applications. With comprehensive design and simulation tools, the team have produced a range of unique high performance designs including flat plate antennas for Satellite TV reception, 3.5GHz Wireless local loop, GPS and Inmarsat transmission and reception. Designs techniques include quadrifliar helix, circular polarised, linear and dual polarisation feeds.

Syntech Technologies offer high performance designs to meet their customers specific requirements over a wide range of frequencies.

Our on-site, anechoic test facility enables us to fully test all our designs to meet the most stringent customer requirements. We 100% test every antenna we manufacture.

Our manufacturing facility produces many thousands of units a year for a wide variety of customers. Antennas can be provided with a range of ancillaries manufactured by Syntech including flexible waveguide and Low Noise Amplifiers. We would be pleased to quote for your specific application.

We also provide a comprehensive repair, test and upgrade facility from our site in the UK for third party systems.
Applications include;

Fixed Wireless Access, GPS location, Inmarsat D+, Rural broadband, Point to multipoint, Telemetry, Data links, Wi-Fi, Domestic TV reception, MMDS and GSM.

Flat Plate Antenna Designs

Synetch Technologies offers of Flat plate Antenna designs for a wide range of applications. The team at Syntech have produced designs that have resulted in over 400,000 units being deployed world wide. Contact us now to see what we can offer for your application.
Typical examples are shown below;

	Flat plate antenna for use with DBS, operating at 11.5GHz with a gain of 33dBi dimensions of 470x470mm integral Low Noise Amplifier.
	Flat plate antennas for Digital audio Broadcast, dimensions of 200x200mm integral Low Noise Amplifier (gain 55dB, Noise Figure 0.6dB)
	Flat plate antenna for Fixed Wireless Application operating at 3.5GHz, dimensions of 300mm dia. gain 19dBi.