Mercury Systems’ Post

Explore the benefits and tradeoffs of direct RF and how it can revolutionize electronic warfare (EW) and radar systems for the military. #AOC2023 #electronicwarfare #radarsystems #directrf

Navy approaches industry for electronic warfare (EW), RF surveillance, and artificial intelligence (AI) - Military & Aerospace Electronics: Navy approaches industry for electronic warfare (EW), RF surveillance, and artificial intelligence (AI)  Military & Aerospace Electronics http://dlvr.it/TCBW1p #ai #artificialintelligence

In the world of #RF for #military and #defense, #SDRs bring much to the table for applications like radar transceivers, spectrum monitoring, and electronic warfare. https://bit.ly/3W9eaCs #softwaredefinedradio

Mach 3+ missiles? Lenticular? Yes, the United States already did that: Pye Wacket, 1961 USAF Proving Grounds, Eglin Air Force Base, Florida Report Declassified after 12 years. See attached Report PDF Original testing by the USAF was for hypersonic missiles - we reviewed this for multi sensor probes that can be rapidly launched into or through weather including at hypersonic speeds. The Computer Dudes, Inc does not make weapons or weapon systems - our application research here was for upper atmospheric probes, sensors, and signal relay. Computer Dudes Research and Proving Grounds: DECLASSIFIED Regards Todd W. Byars Computer Dudes Global Operations and Space #computerdudes #hypersonic #research #lenticular #probe #design #earth #orbit #reentry #hypersonicshapes #usaf #pyewacket #declassified from 1961

SOSA is playing a crucial role for designers creating new electronic warfare systems. Learn more in this Military Embedded Systems article about how SOSA and MOSA initiatives are influencing specifications for new DoD EW programs and upgrades. https://lnkd.in/evaaUAz7 #ogSOSA #MOSA #EW #AitechSystems

Read how CRFS has integrated highly sensitive RF receivers into assets operating in the land, sea, and air domains. Tactical deployments of networked sensors help turn RF data into actionable intelligence and allow military forces to gain battlefield superiority through spectrum dominance. Published in the latest edition of 'Military Systems & Technology'. #RFtechnology #RFintegration #SpectrumDominance #CRFS 👉Full article here https://lnkd.in/e3XEigYR (pages 24–26)

"Through the use of open architectures and new technologies such as digital beamforming, resources can be efficiently shared among several different helicopter systems." - Jason Wilden, Cubic Defense Technical Fellow   Read more in Military Embedded Systems guest blog about Cubic's Secure Communications and how the adoption of consolidated avionics is revolutionizing helicopter operations: https://lnkd.in/eJUWsFT2

Electronic warfare (#EW) systems must identify targets and opposing force signals to respond in a very dynamic environment. Military #radar engineers use EW simulation tools to protect personnel who may be stepping into harm's way. Download our new application note to learn about radar and EW system basics and how to generate signals for effective EW simulation. https://lnkd.in/e5buBxPC

Trusted by government, military and defense organizations worldwide, today’s thermal imaging cameras provide greater accuracy, faster speeds, improved resolution, and software development kits that deliver first measurements faster than ever before. Download the handbook here - #CBRN #CBRNE #military #defense #thermalimaging #thermalcamera #INFRARED CBRNE ATLANTIC BRIDGE (CAB)

#FunFactFriday 💡 Did you know that during World War I in 1914, copper coils played a pivotal role in revolutionizing military technology? These coils powered telegraphy systems, radios, and electrical machinery, enabling rapid and secure communication between military units and transforming battlefield tactics. The use of copper coils in telegraph systems and early radio equipment during World War 1 laid the groundwork for modern communication systems in warfare, revolutionizing military operations and laying the foundation for today's advanced military tech!