100G SFP56-DD LR1 10km Optical Transceiver 1310nm PAM4 Duplex LC SMF Module

• Supports 100Gb/s Ethernet transmission over single-mode fiber
• Based on 100G Lambda LR1 optical architecture
• Supports transmission distances up to 10km over G.652 SMF
• Compact SFP56-DD form factor for high-density network deployment
• Single 106.25Gb/s PAM4 optical channel design
• 2 × 53.125Gb/s PAM4 electrical interface
• Integrated cooled EML TOSA transmitter for enhanced optical stability
• High-sensitivity PIN receiver for reliable signal reception
• Supports 1310nm wavelength operation with Duplex LC connectivity

• 100GBASE-LR1 Ethernet networks
• Data center interconnects (DCI)
• Enterprise backbone connectivity
• Cloud computing infrastructure
• High-density switch-to-switch links
• Data center leaf-spine architectures
• 100G aggregation networks
• Next-generation Ethernet deployments

FiberMania provides OEM and customized SFP56-DD optical transceiver solutions for network equipment manufacturers, system integrators, and enterprise customers. Customization services include firmware programming, EEPROM configuration, equipment compatibility testing, customized labeling, packaging solutions, and optical performance optimization.

For large-scale deployments, we can provide application-specific solutions including switch compatibility verification, temperature grade customization, power optimization, and quality testing to ensure reliable operation in different 100G Ethernet environments.

What is the transmission distance of the 100G SFP56-DD LR1 transceiver?

The 100G SFP56-DD LR1 module supports transmission distances of up to 10km over G.652 single-mode fiber, making it suitable for metro-access links, data center interconnects, and long-distance Ethernet connections.

What is the difference between 100G SFP56-DD FR1 and LR1 modules?

The main difference is transmission reach. FR1 modules are designed for shorter links up to approximately 2km, while LR1 modules extend the reach to 10km using optimized optical components while maintaining the compact SFP56-DD form factor.

Why does the LR1 module use a cooled EML transmitter?

A cooled EML TOSA provides improved wavelength stability and optical performance compared with lower-power laser technologies. It is commonly used in longer-reach optical modules where precise wavelength control and reliable transmission are required.

Is this module compatible with existing single-mode fiber cabling?

Yes. The transceiver uses a standard Duplex LC optical interface and is designed for G.652 single-mode fiber, allowing integration with widely deployed SMF cabling infrastructure.

Does the module support FEC functions?

Yes. The module supports KP-FEC, while KR-FEC support depends on the host equipment and system implementation. FEC improves error correction capability and helps maintain reliable high-speed transmission.