RF & Microwave Industry News

Qorvo introduces high power plastic packaged GaN MMICs

 Qorvo, Inc., a leading provider of core technologies and RF solutions for mobile, infrastructure and aerospace/defense applications, announced the introduction of high power gallium nitride (GaN) monolithic microwave integrated circuit (MMIC) power amplifiers in plastic packages designed to improve the size, weight and power performance in commercial and military S-band radar applications. 


Read More

RFMW Ltd. and XMA Corp. announce global distribution agreement

 RFMW Ltd. and XMA Corp. have announced a worldwide distribution agreement effective April 1, 2015. XMA Corp., powered by Omni Spectra®, offers a complete line of RF coaxial passive components that range from DC to 50GHz and offer power handling up to 500 Watts.  RFMW Ltd. is a specialized distributor providing customers and suppliers with focused distribution of RF and microwave components as well as specialized component-engineering support. 


Read More

Industry's first open RFM-based wideband EW tuner introduced by Mercury Systems

Mercury Systems Inc., a leading high-tech commercial provider of more affordable secure and sensor processing subsystems powering today's critical defense and intelligence applications, announced the Ensemble® RFM-1RS18 tuner. This fast-tuning wideband device is the first tuner in the embedded industry to be developed using OpenRFM™ system building blocks, affordably delivering comprehensive electromagnetic spectrum coverage for electronic warfare (EW) applications.


Read More

Micro-flex and thin film circuits for antennas and MIL-COM apps on display by Metrigraphics at IMS

 As today's battlefield gets more and more tactical, critical communications have never been more important. And as radios and subsystems are being pushed to become smaller and even more ruggedized, it’s causing a chain reaction right down to the circuit level. Where once rigid and thick film technologies were primary go-to solutions, today's military communication applications are requiring antennas to be even more flexible, circuits to fit into tighter spaces, and signal integrity at higher frequencies to be perfect. And to add to that, today soldiers’ vital signs are as closely monitored as a radar screen — it’s easy to understand the push towards advanced circuitry is tasking traditional thinking. 


Read More