The Huawei BiDi Transceiver is a high performance optical transceiver designed for use in telecommunications and data communication networks. This device is specifically designed to operate at a wavelength of 1270nm for transmission and 1330nm for reception, allowing for bidirectional communication over a single fiber. Here are the key specifications and characteristics of the Huawei BiDi Transceiver:

Model:

  Part Number: 34060918

Basic Information:

  Type: SFP+ (Small Form factor Pluggable Plus)

  Data Rate: 9.95 to 10.3 Gb/s

  Interface: LC (Lucent Connector)

  Optical Type: Single Mode (SM)

Transmitter Characteristics:

  Wavelength: 1270nm

  Output Power: 0dBm (typical)

  Maximum Output Power: 5dBm

Receiver Characteristics:

  Wavelength: 1330nm

  Sensitivity:  18dBm (typical)

Operational Range:

  Maximum Distance: 40km

Additional Features:

  The transceiver is designed to support high speed data transmission with minimal signal degradation, making it suitable for long distance communication.

  The SFP+ form factor allows for easy installation and replacement in compatible devices.

  The use of single mode fiber ensures that the signal remains clear and strong over the supported distance, which is crucial for maintaining data integrity.

Applications:

  This transceiver is ideal for use in 10G Ethernet networks, where high data rates and long distance transmission are required.

  It can be used in various network configurations, including point to point links, ring networks, and mesh networks.

Compatibility:

  Ensure that the transceiver is compatible with the equipment it will be used with. Compatibility can vary depending on the manufacturer and model of the equipment.

Note:

  Always check the specific requirements of your network and equipment to ensure that this transceiver meets all necessary standards and specifications.

In summary, the Huawei BiDi Transceiver with the part number 34060918 is a versatile and high performing optical device designed for long distance, high speed data transmission in telecommunications and data communication networks. Its SFP+ form factor, combined with its bidirectional capabilities and robust performance characteristics, make it a valuable component for modern network infrastructures.