Chinese engineers create travelling-wave tube which transmits radars with 500 watts of output, previously only possible in ...

They developed a miniaturized traveling-wave tube (TWT), a specialized vacuum tube that amplifies radio frequency (RF) signals in the microwave range. The crucial component for radar systems interacts ...

A self-protection jamming pod should provide the F-CK-1 Indigenous Defense Fighter with a boost in survivability as China’s ...

If successful in real-world testing, the technology would make electronic warfare less of blunt instrument and more of a ...

One item in the Air Force’s research and development budget requests $16.6 million dollars in fiscal year 2020 for “cyber technology development.” This specific item seeks to “demonstrate, develop and ...

The Pentagon’s top weapons tester is worried about how the Army will integrate new electronic warfare capabilities with specific platforms. In a Jan. 30 report, the Director of Operational Test and ...

Reinventing electronic warfare DOD’s first-of-its-kind electronic warfare strategy explores new paradigm-changing EW technologies. Kris Osborn, Defense Systems | September 6, 2017 C4ISR ...

An unclassified U.S. Army Cyber and Electronic Warfare Operations Field Manual released in April 2017 states that, “Employing cyberspace and electronic warfare capabilities under a single planning, ...

Electronic warfare isn't the same as cyber warfare, but similarities exist between the two, and the United States Department of Defense must address those commonalities to provide better defense ...

The U.S. Army is striving to develop a multifunction electronic warfare, or MFEW, system that will provide a defensive electronic attack capability. Melding the disciplines of spectrum combat will ...

Communications systems for electronic warfare are supported at both the Intelligence Center of Excellence at Fort Huachuca, Ariz., as well as the Signal Center of Excellence in Fort Gordon, Ga.