06.23.22 -- Introducing A Transceiver That Can Tap Into The Higher Frequency Bands Of 5G Networks

From in-flight systems to power supplies, every single system contributes to the success of a space project, so they must maintain high quality and safety standards for long durations. Building and maintaining high-reliability applications is an expensive endeavor, especially if the team needs to send parts back to the ground for repair.

O-RAN was created as a catalyst to transform the wireless community, to enable new channels of wireless equipment, and to enable innovation to fulfill the promises made by 3GPP about 5G.1 To be successful and cost-effective, open sources of radio equipment and optimized 5G technology devices must be available.

Digital isolation devices were created to meet safety regulations while maximizing the benefits of modern CMOS technology by harnessing semiconductor process technology to create either transformers, or capacitors to transfer data instead of light. With this technology, performance and feature integration are both improved.

To support ever-increasing computational challenges in radar, engineers must consider new innovative design approaches to meet real-time performance expectations. Utilizing new technology, it's now possible to solve the most advanced radar, cognitive EW and AI challenges, all on a single board.