RF Design’s Post

🌐 Discover the Role of Embedded Systems in Modern Electronic Warfare At ECRIN Systems, we are committed to advancing innovation in rugged computing solutions. Our latest article explores how embedded systems play a pivotal role in shaping the future of electronic warfare (EW). From signal intelligence to real-time threat detection, embedded systems are transforming how defense operations are conducted, ensuring enhanced resilience and faster response times. 🔗 https://lnkd.in/eBrxfdY6 We invite you to dive into the article to learn more about: ✔️ Key applications of embedded systems in EW ✔️ Challenges and solutions in ruggedized environments ✔️ Emerging trends that are redefining the battlefield Your thoughts and insights are valuable—let’s start the conversation! #EmbeddedSystems #ElectronicWarfare #RuggedComputing #Innovation #EcrinSystems

https://buff.ly/4hf2pls "The UK’s Defence Science and Technology Laboratory (Dstl) has conducted a major trial of bleeding edge electromagnetic warfare techniques." #engineering #security

Key Electronic Warfare #EW applications such as searching, tracking, and communications rely on wideband functionality. Check out RFMW's latest article, featuring insights from our own Peter Matthews, to explore strategies for optimizing EW systems.

Electronic warfare is prevalent in several current conflicts, with near-peer adversaries disabling communications through electromagnetic interference and strikes targeting communication hubs via electromagnetic signatures. The Sigma XRI product line can mitigate the effects of electronic warfare through crossbanding and transcoding. This includes crossbanding waveforms that are resistant to electromagnetic interference, such as SATCOM and MANET systems with traditional RF waveforms, and by transcoding RF and IP networks towards distributed RF waveforms to reduce the likelihood of adversaries triangulating electromagnetic signatures.  Read the full post here: https://lnkd.in/eaFeMmEd

Explore how direct RF is redefining what’s possible in radar and software radio, from jamming to electronic intelligence to significant performance increases in bandwidth capture. https://ow.ly/QNoE50SnlVf #InnovationThatMatters #RF #Microwave #Defense

In electronic warfare receivers, the fundamental role of a filter is changing as technology advances. Here’s how we’re looking at it: https://bit.ly/4gGF3F3

Is prioritizing critical electronic warfare capabilities to stay ahead of today's threats at the top of your list? Are you focusing on EW and SIGINT capabilities to gain an edge against the challenges on the modern battlefield? Next week, connect with our experts in stand 52 at the Specialist Defence & Security Convention UK (SDSC-UK) taking place November 18-20 at the Telford International Center. Our low SWaP advanced EW solutions are designed for deployment at the tactical edge/man-portable, support mounted and dismounted operations, and are ideal for airborne, marine, and land-based platforms. • High performance software-defined radios • A-PNT position, navigation and timing modules  • Direction finding antennas • Tactical manpack solutions • Ultrawideband up/down converter • Wideband transceiver • CMOSS & SOSA aligned modular 3U VPX chassis and modules We will see you soon at SDSC-UK in Stand 52 to discuss the importance of advanced EW solutions and the numerous advantages including flexibility, adaptability and efficiency. If you are unable to attend SDSC-UK, you can always contact our experts at: marketing@herricktechlabs.com The role of high-performance EW solutions with advanced capabilities is more important than ever! Don't get left behind, and don't miss out. #HerrickTechLabsSolutions #SIGINTtech #SIGINT #ElectronicWarfare #SoftwareDefinedRadio #DirectionFinding #SDRbasedtechnology #3UVPX #PNTtechnology #PositionNavigationTiming #ManpackSolution #EWCapabilities #SIGINTmissions #ELINT #RadioFrequency 

This is a great summary of Target Radar Cross Section for the EW group in my network.

Russia furious: China’s electronics aren’t battlefield ready Reports from the front lines in Ukraine reveal a troubling trend: critical electronic warfare [EW] systems supplied by China are proving to be significantly less reliable than Russian military specialists had anticipated. This issue has surfaced at a critical time for Russia, as the protracted conflict demands dependable and high-performing technology to maintain strategic momentum. The situation poses serious operational risks, illustrating the complexities and consequences of relying on foreign suppliers in a technologically intensive battlefield. According to informed sources, a significant portion of the delivered electronic jamming devices suffer from structural and technical defects. One of the most concerning problems involves the power supply modules. Systems designed to deliver 25 amps are instead producing just 5 amps. This fundamental failure not only compromises the devices’ core functionality but also drastically increases the risk of total system shutdowns in moments where reliable performance is critical. Additional technical flaws exacerbate the situation. Many systems lack adequate cooling mechanisms. Most devices suffer from poor ventilation, leading to rapid overheating during intensive use. Without sufficient thermal management, these systems become virtually unusable in field conditions, particularly in prolonged operations where endurance is key. The manufacturing quality of these systems has also come under scrutiny. Russian technicians inspecting the equipment report finding residual metal particles, poorly soldered connectors, and substandard power amplifiers. These defects are not merely minor inconveniences—they compromise the structural integrity and long-term reliability of the devices, increasing the frequency and complexity of maintenance. Inconsistent module alignment complicates assembly, resulting in mechanical failures that make these devices unsuitable for rapid deployment. “These Chinese devices are not only defective but, in some cases, outright dangerous for operators,” remarked a Russian engineer directly involved in equipment evaluations. This sentiment echoes a broader frustration within the Russian military over the growing dependence on foreign technology of questionable quality. Electronic warfare remains a linchpin of modern military strategy. By leveraging the electromagnetic spectrum, EW capabilities disrupt enemy communications, radar, and navigation systems while protecting a nation’s own. https://lnkd.in/dbfcX_Bv

The quality vs quantity fight continues. Also those pesky technical requirements keep creeping in.