INDUSTRY INSIGHTS
Uncertainty quantification builds on single deterministic simulations by providing realistic outcome ranges, greatly improving real-world accuracy in electromagnetic design.
LATEST HEADLINES
- VisionWave Advances Development-Stage RF Sensing Portfolio For Counter-UAS, Electronic Warfare And Non-Line-Of-Sight Applications
- BAE Systems Awarded U.S. Space Force Contract For Space Resilient Satellite Communications Terminals
- Carillon Technologies To Present ReflecTek™ Technology For Low-Cost Broadband Satellite Terminals At ARRAY2026
- TrustPoint And Calian Deliver Industry's First Mass-Market Ready C-Band GNSS Antenna
- Altair Semiconductor Integrates Iridium NTN Direct Into ALT1350 And ALT1550 Cellular IoT Chipsets
FEATURED SOLUTIONS
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![UAV,-USV-And-C-UAS-Data-Link-Solutions]( "UAV, USV And C-UAS Data Link Solutions")
UAV, USV And C-UAS Data Link SolutionsRF and microwave solutions support reliable, secure data links for UAVs, USVs, and C-UAS platforms, reducing interference and enhancing performance in contested environments.
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![evibe]( "PLL Integrated e-Vibe® Compensated OCXO")
PLL Integrated e-Vibe® Compensated OCXOThe PLL-integrated e-Vibe® OCXO combines ultra-low phase noise, frequency stability, and vibration compensation for reliable timing in demanding aerospace, radar, and electronic warfare applications.
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![Octoplexer]( "Octoplexer For C-UAS Applications")
Octoplexer For C-UAS ApplicationsThis RF octoplexer combines eight frequency-selective channels into one antenna port, supporting multiband counter-drone systems with low insertion loss and high channel isolation.
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![AMP20052 450x550]( "20 - 500 MHz, 1000 W Solid State High Power Amplifier: AMP20052")
20 - 500 MHz, 1000 W Solid State High Power Amplifier: AMP20052The Exodus AMP20052 is a Class A/AB solid-state high-power amplifier delivering 1000 W minimum output power with 60 dB gain across an instantaneous bandwidth of 20 to 500 MHz.
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![QPF5012]( "8.5-10.5GHz 10W Transmit/Receive Module: QPF5012")
8.5-10.5GHz 10W Transmit/Receive Module: QPF5012QPF5012 is a multi-die front-end module (FEM) designed for 8.5-10.5GHz X-Band applications. The FEM integrates T/R switch, limiter, low-noise amplifier, and power amplifier.
FEATURED VIDEOS
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![IMS Microapps Final Glamorized small]( "RF Wireless System Digital Twins And Automation For AI")
RF Wireless System Digital Twins And Automation For AIDiscover how integrating XFdtd® and Wireless InSite® creates RF digital twins that improve wireless system validation, reduce physical testing, and accelerate AI-driven design.
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![The Need For High Performance RF Interconnectivity And How We Deliver It]( "The Need For High Performance RF Interconnectivity And How We Deliver It")
The Need For High Performance RF Interconnectivity And How We Deliver ItWhat separates reliable test infrastructure from costly failure? Frequency range, phase stability, and connector design all play critical roles in measurement accuracy.
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![High Density RF And Photonics Solutions For Modern Spacecrafts]( "High Density Rf And Photonics Solutions For Modern Spacecraft")
High Density Rf And Photonics Solutions For Modern SpacecraftShrinking spacecraft footprints and rising satellite density are reshaping interconnectivity requirements, demanding compact RF, DC, and fiber optic solutions that perform reliably from integration through launch.
FEATURED WEBINARS
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![knowles webinar 5-4]( "Inside the Modern Missile: How RF Passive Components Are Reshaping Guided Weapons")
Modern missiles rely on advanced RF passives, with AESA seekers and multimode systems driving increased component density across subsystems, enabling performance from VHF through 67 GHz.
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![knowles webinar]( "Minimizing Outgassing & Multipaction Risks In RF Filters For Space")
Explore how to mitigate outgassing and multipaction risks in space-grade RF filters through smart material choices, design strategies, and rigorous testing to ensure mission reliability and performance.
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![450x300 Remcom Time-Based Mobility of RF Systems in Wireless InSite]( "Model And Simulate Dynamic RF Scenarios Using Time-Based Mobility")
Explore how to simulate dynamic RF environments, model antenna interactions with people and vehicles, and analyze performance metrics for advanced wireless applications.
