BANC3 has been awarded a US defense contract to design and deliver a wideband, non-blocking RF switch matrix, a technology set to advance electronic warfare and signals intelligence operations. The system is intended to strengthen the Department of Defense’s ability to maintain information superiority in contested electromagnetic environments.
The solution under development is a 16×12 switch matrix, engineered to connect 16 input channels to 12 outputs simultaneously without interference. Operating across the 6–18 GHz range and scalable to 40 GHz, it will be built in the 6U VPX form factor, a compact and rugged standard for military and aerospace electronics where space, weight, and energy efficiency are key.
Such non-blocking systems are central to spectrum surveillance, as they allow multiple antennas to feed into multiple receivers without conflict. This flexibility is critical for countering adversary systems that increasingly exploit frequency-agile operations in the X- and Ku-bands.
Looking ahead, BANC3’s technology is being designed with adaptability for various platforms. These include potential upgrades to the US Navy’s P-8 Poseidon maritime patrol aircraft, the MQ-4C Triton surveillance drone, and Air Force Special Warfare units’ Tactical Air Control Party operations. The program is also aligned with the Pentagon’s JADC2 initiative, which aims to link sensors, platforms, and communication networks across the services.
While neither cost details nor timelines were disclosed, the project reflects ongoing DoD investment in advanced spectrum dominance tools. Industry observers note that beyond defense, wideband RF switch technology could see future roles in spectrum monitoring by regulators and in commercial RF testing applications.
