SFP+ Network Transceiver Module CBO 90Y9415-BO 10 Gbit/s 1550 nm

SFP+ Network Transceiver Module CBO 90Y9415-BO 10 Gbit/s 1550 nm is an optical transceiver designed for 10 Gbit/s links over single-mode fiber at a wavelength of 1550 nm. The module fits into standard SFP+ ports on switches, routers and optical transport equipment to provide long-reach connectivity. It is intended for deployments where stable, high-speed optical transmission and compatibility with SFP+ interfaces are required.

Advantages

The transceiver delivers 10 Gbit/s data throughput with 1550 nm optical signaling suitable for long-distance single-mode fiber runs. Its SFP+ form factor ensures hot-pluggable installation and wide compatibility with equipment featuring SFP+ ports. The module is engineered for optical performance and signal integrity over extended fiber links, supporting carrier-grade and data center transport requirements.

Suitable for

• Data center uplinks and server aggregation
• Metro Ethernet and long-haul network segments
• Carrier and telecom optical links
• Inter-switch connections across campus or between sites

Key specifications

• Form factor: SFP+
• Data rate: 10 Gbit/s
• Wavelength: 1550 nm
• Fiber type: single-mode fiber (SMF)
• Connector: LC duplex
• Typical reach: optimized for long-distance/metro links (dependent on fiber and system loss)
• Hot-pluggable: yes

How to use

Insert the SFP+ module into an empty SFP+ slot on a powered network device until it seats securely; no additional tools are required for mechanical installation. Connect LC duplex single-mode fiber cables to the module, ensuring correct transmit and receive orientation. Configure the network device’s port settings as needed for 10 Gbit/s operation and verify link status through device management interfaces. Follow standard fiber handling practices to avoid contamination of fiber endfaces.

Recommendations

For reliable operation, use single-mode fiber with appropriate attenuation and dispersion characteristics for 1550 nm and verify endface cleanliness before mating. Match transceiver specifications to the remote end to ensure compatibility and expected link distance. Monitor link quality and power levels through network management to detect degradation, and avoid excessive bending or stress on fiber to maintain optical performance.