These advanced timing devices support high-frequency signals with minimal jitter, improving signal integrity across diverse platforms such as medical imaging, aerospace, and broadcast...
Rohde & Schwarz developed the first integrated testing solution for the Taiwan Space Agency, enabling seamless EMC and antenna measurements within a single chamber.
Infineon’s Bluetooth LE microcontroller and software development kit are now verified as part of the Engineered for Intel Evo laptop accessory program.
Using RF over fiber to control UAVs eliminates the possibility of jamming or interference while conferring the benefits of low jitter, high dynamic range, and high bandwidth.
By helping to minimize orbiting debris and making use of a very-low-Earth-orbit (VLEO) infrastructure, UNIVITY is supporting ESA’s Zero Debris Community.
A memorandum of understanding from Secretary of Defense Pete Hegseth emphasized the need for the DoD to work with industry to acquire greater numbers of low-cost drones for the...
With NASA’s funding, Swift Engineering is developing a high-altitude, drone-driven monitoring system capable of keeping watch continuously for 30 days or longer.
The Battlefield Assisted Trauma Distributed Operations Kit will work through the FORGE-IT program to electronically capture medical data on the battlefield.