Webinar: AlixPartners: CMMC 2.0 and its Implications for the Defense Industrial Base

This article explores the evolution of RF technology, differentiation of RF requirements for wireless communication and spectrum analysis platforms, technology challenges and leading design strategies

Watch this video to learn the latest strategies and technologies to take advantage of Direct RF in critical defense applications.

The ARES line of radar environment simulators realistically replicate adversarial threats, targets, environments, and weather scenarios—all from a controlled environment.

Hosking discusses how Mercury’s innovations from direct RF digitization to advanced SoM platforms—are enabling real-time AI/ML, reducing SWaP-C, and accelerating mission success at the tactical edge.

Next-generation modular RFSiP [radio frequency system-in-package] designs will introduce a new degree of freedom to address diverse signal-processing applications.

Device, module and test/measurement experts will discuss and debate future trends in military radar technology such as high voltage GaN, AI/ML in radar, cognitive radar, DRFM developments etc.

This interview discusses new technologies for next-generation software defined radio (SDR) such as direct RF data converters that operate at speeds of 64GS/s, fiber optical links and AI.

This discussion explores the pressing challenges of managing the crowded electromagnetic spectrum and highlights scalable solutions to ensure stable and secure wireless communications.

MMICs are a pivotal technology in modern RF engineering, integral to analog and digital systems development. Learn about industry trends and how are they shaping future RF and MMIC designs.

In this interview, Vincent Pribble, Principal Product Manager at Mercury Systems, discusses current trends and the outlook for data recorders for space.

Inside Track Story highlighting the U.S. Army's LTAMDS radar and Mercury's processing subsystems that will perform signal processing, beamforming, and ethernet switching on LTAMDS.

In this interview, Bob Sgandurra, Director of Product Management at Mercury Systems, discusses the advancements in Direct RF data converters, system requirements and design engineering.

Learn how RF signal analysis, Direct RF technology, signal processing solutions and other components are enabling more sophisticated and responsive EW and SIGINT systems.

Microwave Journal interviews Mercury System' Rodger Hosking on direct RF technology for A&D applications.

Mercury's Rodger Hosking discusses the benefits and tradeoffs of direct RF and why he believes that direct RF can revolutionize Military EW and radar systems on the Fish Fry podcast.

Emerging FPGA architectures combine advanced RF converters and high-performance processing engines in a single package. Learn how to apply these devices to increase the effectiveness of EW systems.

This article discusses a new generation of “Direct RF” data converters, revolutionizing system architectures across a wide class of platform applications and radio bands.

Image processing technology allows military aircraft to operate in past prohibited areas. Multi-sensor systems allow aircraft to operate in smoke, fog, snow, and heavy rain environments.

By integrating commercially developed processing and high-speed digitization at chip scale, new microelectronic devices are poised to accelerate the latest defense applications.

Disaggregating processing is now enabling low-latency, network-attached everything at the edge with high-speed Ethernet connectivity, from GPU servers to NVMe-over-fabric storage devices.