Basic Information:

The Huawei PON Transceiver is a high performance networking device designed to facilitate data transmission over Passive Optical Networks (PON). It is equipped with an SFP+ (Small Form factor Pluggable Plus) interface, which is a popular industry standard transceiver used for data communication applications. This transceiver is specifically designed to support both 10.3125 Gbps downstream and upstream data rates, ensuring high speed data transfer capabilities.

The model number for this transceiver is 34061944, which is a crucial identifier for ordering and inventory management purposes. It is important to verify this part number when purchasing to ensure compatibility with the existing network infrastructure.

Transmitter Receiver Characteristics:

1. Data Rates: The transceiver supports dual data rates of 10.3125 Gbps for both downstream and upstream, which is essential for symmetrical data transmission in PON systems.

2. Optical Power Levels:

  Downstream: The transceiver can handle downstream optical power levels of 2dBm and 5dBm. These levels are crucial for ensuring that the signal is strong enough to reach the end users without significant degradation.

  Upstream: For upstream communication, the transceiver supports optical power levels of  29dBm. This is the power level at which the transceiver can receive signals from the end users and transmit them back to the central office.

3. Connector Type: The transceiver uses an SC (Square Connector) type connector, which is a standard for optical fiber connectors known for its durability and ease of use.

4. Wavelength: Although not explicitly mentioned, SFP+ transceivers typically operate within the 850nm to 1625nm wavelength range, which includes the common 1310nm and 1550nm wavelengths used for PON applications.

5. Distance: The transceiver is designed to support long haul transmissions, which is typical for PON applications where the distance between the central office and the end users can be several kilometers.

6. Temperature Range: It is also important to consider the operating temperature range of the transceiver, which should be suitable for the environmental conditions in which it will be deployed.

7. Compatibility: Ensure that the transceiver is compatible with the specific Huawei equipment it will be used with, as well as any other devices in the network.

8. Certifications: Look for any necessary certifications or compliances that the transceiver may have, such as RoHS for environmental standards or CE for conformity with health, safety, and environmental protection standards within the European Union.

When integrating this transceiver into a network, it is essential to consider the entire system's requirements, including the type of fiber used (single mode or multi mode), the distance over which the signal needs to travel, and the overall network architecture. Proper installation and configuration by a qualified technician will help maximize the performance and reliability of the PON system.

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