Modern military platforms demand increasingly sophisticated radio-frequency (RF) interconnect solutions that can perform reliably in the most challenging environments while meeting strict size, weight, and power (SWaP) requirements. Decades of development across the RF industry have led to considerable innovation in supporting these mission-critical applications.

In the realm of aerospace and defense, robust and reliable radio-frequency (RF) systems for mission-critical applications are critically important. They serve as the backbone for a range of vital technologies, including satellite communication, electronic warfare, intelligence, missile guidance, radar, hypersonic systems, and more. Meeting the high demands of these advanced technologies and ensuring they perform without fail in variable and extreme environments requires continuous evolution of hardware components and interconnect solutions.

The defense industry relies on durable, dependable RF [radio frequency] systems for mission-critical military avionics applications, such as electronic warfare (EW), to enable continuous real-time data transmission with high accuracy. These systems must be extremely reliable and offer consistently high performance for many years in demanding, confined, and variable environments within the airframe. This creates unique requirements for the custom RF interconnect solutions that support them.

WALLINGFORD, Ct. Times Microwave Systems announced the release of its new XtendedFlex 178 continuous flex coaxial cable, aimed at applications that need materials that can handle constant motion and flexibility,

WALLINGFORD, Ct. Times Microwave Systems has introduced its new InstaBend 141 (IB-141) high-performance microwave assembly that is aimed at both inside-the-box and between-box connections in such applications as space flight, thermal vacuum, microwave test, and many other commercial and military applications.

Radio frequency (RF) system manufacturers are creating advanced new system designs to accommodate extremely restricted space constraints and rising operating frequencies in military avionics applications.