Ron Stark

As RF systems continue expanding into higher frequencies, longer transmission distances, and more distributed architectures, engineers are increasingly turning to RF over Fiber technology to overcome the limitations of traditional coaxial cable. Whether you’re designing a satellite communications network, remote antenna system, radar installation, or aerospace application, selecting the proper RF over Fiber solution can

GPS and GNSS signals are essential for more than positioning. In many commercial, defense, wireless, SATCOM, data center, broadcast, transportation, and infrastructure applications, GPS/GNSS signals provide precise timing, synchronization, frequency reference, and system validation. As networks become more distributed, engineers often need to deliver GPS/GNSS signals far beyond the antenna location. A GPS antenna may

Satellite communications are changing quickly. Traditional SATCOM systems are being joined by new low Earth orbit constellations, non-terrestrial networks, direct-to-device connectivity, high-throughput satellites, and hybrid terrestrial/satellite architectures. These networks create new demands for RF infrastructure, antenna placement, signal transport, timing, monitoring, and system flexibility. As SATCOM and NTN systems evolve, engineers face a familiar challenge:

Naval and Submarine RF over Fiber Architecture Naval and submarine platforms rely on increasingly complex RF systems to support communications, radar, telemetry, navigation, timing, surveillance, and mission-critical data links. These systems often need to move high-frequency signals between antennas, radios, modems, equipment rooms, command centers, and mission systems across challenging physical environments. In many naval