AJA OG-FIDO-2T 2-Ch 3G-SDI - Single Mode LC Fiber Transmitter, DashBoard Support

For professionals seeking a high-performance, openGear compatible, 2-channel 3G-SDI to Fiber converter, the OG-FiDO-2T is an exceptional choice. This state-of-the-art device allows 3G-SDI signals to be extended up to an impressive 10 km (32,808 ft) over standard single mode fiber optic cable. The OG-FiDO-2T features two 3G-SDI inputs that operate independently, accommodating different 3G-SDI rates on each channel. This flexibility makes it an ideal solution for various broadcasting and video production needs. Designed for seamless integration with high-density openGear's 2RU frames, including AJA's OG-X-FR frame, this device also supports the new DashBoard Software on Windows, macOS, and Linux. This software provides remote control and monitoring of the openGear architecture, offering industry-standard configuration, monitoring, and control options over a PC or local network. The 3G-SDI inputs of the OG-FiDO-2T are re-clocked with top-tier input jitter tolerance, supporting 3G-SDI rates of 270Mb, 1.5Gb, and 3Gb. The fiber connector is securely attached to the main card, enhancing reliability and offering cost savings. As part of the openGear standard, the OG-FiDO-2T ensures compatibility with other certified openGear products, making it a future-proof choice for your rackframe product needs. The device also offers flexible I/O options with a modular rear panel that allows custom I/O connections per card. For added security, an optional redundant power supply can provide a secondary power source in case of a primary power failure. Lastly, a standard Ethernet connection enables the frame to be accessed via the Dashboard application for overall frame communication. An optional per-card Ethernet access can be installed in the frame for advanced communication with compatible openGear cards. In summary, the OG-FiDO-2T openGear 2-Channel 3G-SDI to Single Mode LC Fiber Transmitter with DashBoard Support is a robust, versatile, and reliable solution for extending 3G-SDI signals over long distances.