The Huawei Optical Modules 1.25 Gbit/s BIDI eSFP Optical Module is a high performance, compact, and energy efficient solution designed for data transmission in telecommunications and networking applications. Here's a breakdown of its key specifications and features:

Basic Information:

  Part Number: 34060540

  Type: BIDI (Bidirectional) eSFP (Enhanced Small Form factor Pluggable) Optical Module

  Data Rate: 1.25 Gbit/s

  Wavelength: Tx (Transmit) at 1490 nm and Rx (Receive) at 1310 nm

  Optical Interface: LC (Lucent Connector)

  Fiber Type: Single Mode (SM)

  Maximum Reach: 40 km

Transmitter Receiver Characteristics:

  Optical Power Budget:  2 dBm to 3 dBm

  Receiver Sensitivity:  23 dBm

  Wavelength Tolerance: ± 10 nm

  Output Power: The module is designed to operate within a specific range of output power to ensure optimal signal quality and reliability.

Additional Features:

  Hot swappable: The eSFP module can be inserted and removed without interrupting the operation of the host device.

  Digital Diagnostics: Provides real time information about the module's performance, including temperature, voltage, and optical power levels.

  Compatibility: Designed to be compatible with a wide range of networking equipment that supports eSFP modules.

  Environmental Specifications: The module is built to withstand various environmental conditions, including temperature and humidity variations, ensuring reliable operation in diverse settings.

Applications:

  Telecommunications: Ideal for long haul and metro networks where high data rates and long distances are required.

  Data Centers: Can be used in data center interconnects to support high speed data transfer between servers and storage devices.

  Enterprise Networks: Suitable for upgrading existing networks to support higher bandwidth demands.

This optical module is a critical component in modern communication systems, offering a balance of performance, reliability, and cost effectiveness. Its bidirectional capability allows for simultaneous transmission and reception of signals, making it an efficient choice for various networking scenarios.

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