TSB-4815-35DCR 2.5G BIDI Transceiver distance 15km wavelength 1310nm/1550nm -5℃ ~+70℃ SMF

Fiber-to-the-Home (FTTH): The TSB-4815-35DCR transceiver can be used in FTTH deployments to provide high-speed internet access to residential users. It enables bidirectional data transmission over a single optical fiber, optimizing the utilization of the fiber infrastructure.

Metropolitan Area Networks (MANs): In metropolitan areas, the transceiver can be used in MANs to connect different network nodes over longer distances. It allows for efficient data transmission and supports high-bandwidth applications.

Enterprise Networks: The transceiver finds applications in enterprise networks where reliable and high-speed connectivity is required. It can be used for interconnecting different buildings or departments within a campus or corporate network.

Data Center Interconnect (DCI): The TSB-4815-35DCR transceiver can facilitate the interconnection of data centers over medium distances. It enables high-speed data transfer between data centers, supporting storage replication, disaster recovery, and other critical applications.

Telecom Infrastructure: The transceiver is suitable for telecom infrastructure applications, including connecting base stations, remote radio heads, and central offices. It enables efficient and reliable transmission of voice and data signals in telecommunications networks.

Transmission Distance: The standard transmission distance for the transceiver is 15km. However, it can be customized to support longer or shorter distances based on the specific network requirements.

Wavelength: The transceiver operates at bidirectional wavelengths of 1310nm for upstream traffic and 1550nm for downstream traffic. If there are specific wavelength requirements or compatibility needs, the transceiver can be customized accordingly.

Temperature Range: The transceiver is designed to operate within a temperature range of -5℃ to +70℃. If the deployment environment requires a wider or narrower temperature range, the transceiver can be customized to meet those specifications.

Fiber Connector Type: The transceiver is typically available with standard fiber connectors such as LC or SC. However, it can be customized to support other connector types based on the existing network infrastructure or specific requirements.

Digital Diagnostic Monitoring (DDM): The transceiver can be customized to include DDM functionality, which provides real-time monitoring and diagnostic information about the transceiver's performance, such as optical power levels, temperature, and voltage.

Compatibility with different network equipment: The transceiver can be customized to ensure compatibility with specific network switches, routers, or other network equipment. This includes conforming to specific protocols, standards, or interfaces.