The Extron UCS 900 Series is a high-performance, fiber optic-based extension system designed to transparently extend USB 3.0 (5 Gbps) and USB 2.0 connections over exceptionally long distances, far exceeding the limitations of copper cables. This system comprises a paired transmitter and receiver unit that converts USB signals into optical data for transmission over single or multi-mode fiber optic cables. It is engineered to solve a critical challenge in AV, broadcast, and control system integration: the need to place a high-speed USB peripheral—such as a touch screen, document camera, high-resolution webcam, or storage device—hundreds of meters away from the host computer while maintaining full bandwidth, performance, and plug-and-play functionality as if the device were locally connected.

A key advantage of this fiber optic approach is complete immunity to electromagnetic interference (EMI), radio-frequency interference (RFI), and ground loop problems that commonly plague long copper runs, ensuring a stable and reliable data link in electrically noisy environments like industrial facilities, large auditoriums, or broadcast trucks. The system supports the full USB 3.0 SuperSpeed data rate of 5 Gbps, enabling the use of bandwidth-intensive devices like video capture hardware or fast external SSDs over the extended link. It also provides robust power delivery over the USB connection to power or charge connected peripherals, eliminating the need for separate local power supplies at the remote location.

Housed in compact, rugged metal enclosures, the UCS 900 units are designed for professional rack mounting or discreet placement. Setup is streamlined, typically involving simple connections of the host computer to the transmitter via a standard USB cable, the peripheral to the receiver, and the two units together with the appropriate fiber optic patch cable. By leveraging the distance and noise immunity of fiber optics, the Extron UCS 900 Series enables system designers to centralize sensitive and valuable computer equipment in secure, controlled locations while deploying interactive USB peripherals exactly where they are needed, thereby enhancing system design flexibility, security, and reliability in the most demanding installation environments.