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Silvus Technologies Inc.

Silvus Technologies to Research Beamforming Antenna Technology

September 16, 2013
George I. Seffers

 
Silvus Technologies Inc., Los Angeles, Calif., has been awarded an small business incentive research Phase II contract from the Air Force Research Laboratory to design and build a digital beamforming antenna array for airborne applications. This contract award is a result of a successful Phase I feasibility study that Silvus Technologies conducted under small business incentive research topic # AF131-038. The total dollar amount of the award including Phase I and Phase II is $900,000. Under this two-year contract, Silvus Technologies will build a digital beamforming antenna array for airborne and ground applications and demonstrate electronic tracking of multiple simultaneous transmit and receive beams to and from airborne assets and the ability to adaptively null out interferers. This program lays the foundation for a low size, weight, power and cooling directional antenna technology that can be mounted on small, unmanned aerial vehicles.

Silvus to Demonstrate Advanced Airborne Communications Link

September 12, 2013
George I. Seffers

Silvus Technologies Inc., Los Angeles, Calif. has been awarded a Defense Advanced Research Projects Agency contract for the 100 Gigabits per second (Gb/s) Radio Frequency (RF) Backbone (100G) program. The total dollar value of this 20 month Phase I contract is approximately $3.7 million. As a final deliverable of this phase, Silvus is to demonstrate a multiple input, multiple output system capable of multiplexing eight independent streams, each carrying one Gb/s data over a line-of-sight wireless range above 50 kilometers. The goal of the 100G program is to design, build and test an airborne-based communications link with fiber-optic-equivalent capacity and long reach that can propagate through clouds and provide high availability. The system will provide 100 Gb/s capacity at ranges of 200 kilometers for air-to-air links and 100 kilometers for air-to-ground links from a high-altitude (e.g. 60,000 ft.) aerial platform. Additionally, the system will provide an all-weather, including cloud, rain, and fog, capability while maintaining tactically-relevant throughput and link ranges.

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