• 1x2 Fiber Optical Switch
    12 Channel 1×2 Optical Switch
    Features Low insertion loss, Fast switching. RS232 Control and Ethernet RJ45 Management. The serial port adopts RS-232 female interface. Optical path switching can be controlled through buttons, serial ports, and network ports. And it can be operated by locking the keys through instructions.
  • 1x2 fiber optical switch
    4 Channel 1×2 Optical Switch
    Features Low insertion loss, Fast switching. Optical switch internal circuit self-detection, fault alarm notification. RS232 Control and Ethernet RJ45 Management. LED display panel. Visual display, Convenient operation. Optical path switching can be controlled through buttons, serial ports, and network ports. And it can be operated by locking the keys through instructions.
  • 100Channel 1×2
    100Channel 1×2 Optical Switch
      Features Low insertion loss, Fast switching. Ethernet RJ45 Management RS232 Control Management Independently controls each optical switch optical path
  • China 24 Channel 1×2 Optical Switch
    24 Channel 1×2 Optical Switch
    The rack-mounted optical switch consists of 24 1X2 optical switches, enabling control over the switching of 24 1X2 optical fiber channels. The device is equipped with an Ethernet RJ45 and TYPE-C communication interface, allowing for control via commands or keys. It plays a crucial role in various optical communication applications including multi-channel optical monitoring in optical transmission systems, LAN multi-light source/detector automatic switching, and dynamic monitoring systems for optical sensors. Additionally, it is utilized in the testing of optical fibers, devices, networks, field engineering cables as well as the installation and adjustment of optical devices.
  • 4 Channel 1×2 Optical Switch
    4 Channel 1×2 Optical Switch
    The rack-mounted optical switch consists of 4CH 1X2 optical switches, enabling control over the switching of 4CH 1X2 optical fiber channels. The device is equipped with an Ethernet RJ45 , allowing for control via commands. It plays a crucial role in various optical communication applications including multi-channel optical monitoring in optical transmission systems, LAN multi-light source/detector automatic switching, and dynamic monitoring systems for optical sensors. Additionally, it is utilized in the testing of optical fibers, devices, networks, field engineering cables as well as the installation and adjustment of optical devices.

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