OptoMedia Mini SFF Brings High-Speed Fiber Connectivity to Industrial Cameras
Ultra-compact, board-mounted optical transceivers help industrial camera designers save PCB space while gaining the bandwidth, transmission distance and EMI immunity of fiber.
OptoMedia Technology introduces its Mini SFF (Small Form Factor) Optical Transceiver Series, a compact, board-mounted fiber solution designed for space-constrained GigE Vision, SDI, and other high-speed industrial imaging applications.
As industrial cameras move toward higher resolutions, faster frame rates, and uncompressed SDI video transmission, traditional copper interconnects reach their bandwidth and distance limits. OptoMedia’s Mini SFF enables designers to integrate high-speed fiber connectivity directly onto the system board, combining a compact footprint with the long-distance transmission and EMI immunity of optical fiber.
Key advantages include:
- Ultra-Compact Footprint: Up to 50% shorter than a standard SFP module, helping camera designers save valuable PCB space and reduce overall system size
- Board-Mounted Reliability: The direct solder-down design eliminates pluggable SFP interfaces and cages, delivering superior shock and vibration resistance in harsh industrial environments.
- Scalable High-Speed Connectivity: Available in 1.25G, 10G, 25G, and 12G/3G-SDI versions to easily support GigE Vision and other bandwidth-intensive machine vision protocols.
- Industrial-Grade Fiber Performance: Enables reliable, long-distance transmission with complete immunity to electromagnetic interference (EMI)—ideal for electrically noisy factory settings.
- Extended Temperature Range: Designed for reliable operation across a wide temperature range from -40°C to +95°C.
- Flexible Design Integration: Available in both single-mode and multimode versions, with horizontal and vertical PIN layouts to fit diverse camera enclosure constraints.
With its compact footprint, rugged board-mounted architecture, and scalable bandwidth options, OptoMedia’s Mini SFF gives industrial camera designers a practical way to integrate the distance, bandwidth and EMI immunity of fiber into next-generation vision systems.
