Articles 1 - 5
Radar/EW
RF tiptoes into the embedded world - Story
February 04, 2016
"There are no rules here, we are trying to accomplish something."
Radar/EW
OpenRFM: A proposed open architecture to support EW and SIGINT applications - Story
April 16, 2015
OpenRFM is an affordable, modular open systems architecture that standardizes the electromechanical interfaces and control planes to drive affordability, ease of integration, and interoperability within the radio frequency (RF)/microwave domain and is ideally suited to electronic warfare (EW) applications. Its modular approach and leverage of commercial technology enables scalability, adaptability, high channel density, and exportable features.
Radar/EW
OpenRFM: A proposed open architecture to support EW and SIGINT applications - Story
April 07, 2015
OpenRFM is an affordable, modular open systems architecture that standardizes the electromechanical interfaces and control planes to drive affordability, ease of integration, and interoperability within the radio frequency (RF)/microwave domain and is ideally suited to electronic warfare (EW) applications. Its modular approach and leverage of commercial technology enables scalability, adaptability, high channel density, and exportable features.
Radar/EW
Common EW and radar systems for emerging military missions - Story
January 29, 2014
Due to shrinking Department of Defense (DoD) budgets and ever-decreasing platform size, the need to use common apertures and sensor chain elements for Electronic Warfare (EW) and radar systems is becoming a necessity. System developers must use common elements from Radio Frequency (RF) to processing to build such systems. The linchpin of these types of sensor-based systems is the I/O interface between the RF and processing elements. FPGAs have traditionally been used as this I/O interface, but now they are serving as an integral part of the processing subsystem on common EW radar systems.
Radar/EW
MOSA provides cost savings, performance, flexibility for EW digital receivers - Story
February 11, 2013
The use of a Modular Open System Architecture (MOSA) can provide cost savings, and performance and upgrade flexibility gains, in digital receiver designs for use in Electronic Warfare (EW). Some approaches to employing MOSA in digital receivers are illustrated, as well as the benefits achieved.
Articles 1 - 5
