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  • Small, Lightweight Connectors Enable Today's Most Powerful Optical Electronics
    High-speed cameras, machine learning, and robotics are changing the world for interconnects that support data services to and from the optical lens. Key designs are often selected from older, standard micro- and nano-sized connectors, but these almost always need physical and electrical adjustments
  • Connectors Serve Unique Medical Device Technologies
    Dramatic increase in the use of handheld digital stethoscopes, scanners, lasers, and pain management products depend on great connector and cables. With the evolution of new sensors and haptic interface methods, medical devices are evolving with the use of bracelets, skin sensors, vibration pads
  • Panduit Laboratories: Choosing the Best Ferrule Material for Your Network Application (.pdf)
    Fiber connectors are terminated onto optical cable to provide a separable interface that allows for moves, adds and changes (MACs). This allows for such media to be deployed into enclosures and panels to form structured cabling solutions, or in patch cords to facilitate transceiver connections
  • 10GbE Fiber
    The "best practice" to assure your installation will perform at the 10GbE level, is a systems. approach. What this means, is that you should assure that all of the materials used, such as cable, connectors, distribution enclosures, adapter plates, and optical patch cords all adhere to the same
  • 40Gb Ethernet QSFP+ Transceiver, Interoperable with 10GBASE-SR up to 100 m
    with low power dissipation. Using bundled fi ber cables. and MPO connectors, port density is triple that of SFP+ modules, and power consumption is reduced from 1000 mW. maximum per lane for SFP+ to 375 mW maximum per lane for QSFP+. To further expand its portfolio of innovative parallel fi ber optic
  • Fiber Optic Antenna Link OFW-5800 GPS
    cable and Mil Spec fiber optic connectors. The OFW - 5800/GPS enables the naval combat systems engineer to take advantage of the unique properties offered by optical fiber technology. These properties include extremely low signal loss, ultra-wide bandwidth, immunity to electromagnetic interference