Ingiant customized Gigabit Ethernet optical transceiver

    The optical transceiver can be used on radar monitoring system, field weapon system, marine battleship system, and so on.

    Product Description：

    Support TTL, analog voltage, Ethernet, telephone, RS-485 and other signal composite transmission;

    Photoelectric port can be customized;

    Support RS-232/485 serial port, WEB and SNMP network management for marine application;

    Highly reliable and firm connectors are optional, anti-vibration;

    Convert multiple Serial port data to Ethernet signal;

    Can be customized.

    Category: Tag:

      Technical Parameters
      Physical interface:    1-way, shielded super class V RJ45 seat, automatic turnover (Atuo MDI/MDIX)
      Connecting cable:    Category 5 unshielded twisted pair
      Electrical interface:  It supports and is compatible with 1000M, full duplex or half duplex Ethernet standards of international IEEE802.3 and ieee802.3u, and supports TCP and IP protocols

      Specific indicators of optical interface
      Optical fiber interface:     SC/PC optional
      Light wavelength:         Emission: 1270nm; Receiving: 1290nm (Optional)
      Communication distance:   0~5KM
      Fiber type:               single mode single fiber (Optional)
      Size:                    76(L) x 70(W) x 28(H)mm (Optional)
      Working temperature:     -40~+85°C, 20~90RH%+
      Working voltage:          5VDC

      Appearance diagram and signal definition description：

      Indicator light description
      PWR:   Power indicator light is on when the power is connected normally
      +:      DC power supply “+”
      – :      DC power supply “-”
      FIB     Optical fiber interface
      100/1000M:   Ethernet interface
      There are two lights on the Ethernet RJ45 port:
      Yellow light:  Ethernet link indicator light, on means the link is normal, flashing with data
      Green light:  Optical fiber link indicator/activity light, on means the link is normal, flashing is data transmission

      Application description

      Generally, a star-shaped network is adopted, and the data signals such as TTL, analog voltage, Ethernet, telephone, RS-485 and other data generated by the front-end radar are transmitted to the field command center through the radar remote display extension and the field optical cable installed in the supporting cabin of the radar vehicle. The remote control display terminal of the radar, so that the front-end position can be operated synchronously through the operation seats of the command center.