The contract, announced Monday by the Department of Defense, will see Raytheon focus on digital tile architecture and scalable apertures with transmit and receive components for the MIDAS program.
Phased-arrays operating at very high frequency millimeter wave are already being researched as part of the emerging 5G cellular network. As opposed to military communications, civilian systems are designed for relatively short ranges and simplicity of use.
Department of Defense networks need to operate in much more complex communications scenarios in ranges that can stretch for hundreds of miles. They also need to be able to operate in 3D environments.
"Imagine two aircraft both traveling at high speed and moving relative to one another," DARPA program manager Timothy Hancock said in a statement in January, when DARPA announced the program. "They have to find each other in space to communicate with directional antenna beams, creating a very difficult challenge that can't be solved with the phased-array solutions emerging in the commercial marketplace."
MIDAS is being developed as a common digital array tile for multi-beam directional communications. Research will focus reduction of size and power of digital millimeter wave transceivers which would allow phased-array technology for mobile platforms.
The program will focus on raising mobile communications to less congested millimeter wave frequencies for secure military communications.
Work on the new contract is expected to be completed by November 2020.
| The content herein, unless otherwise known to be public domain, is Copyright 1995-2026 Space Media Network. All websites are published in Australia and are solely subject to Australian law and governed by Fair Use principles for news reporting and research purposes. |
