Transceptor óptico SFP+ BlueOptics BO55J33610D 10GBASE-BX-D monomodo 10 km

BlueOptics BO55J33610D is an SFP+ optical transceiver module engineered for 10GBASE-BX-D single-mode fiber links up to 10 km. The module delivers a compact, hot-pluggable 10 Gbit/s interface compatible with industry-standard SFP+ ports, suitable for data center and carrier Ethernet environments. It supports unidirectional 10G transmission on single-mode fiber and is intended for extending uplinks, interconnecting switches and routers, and creating long-reach 10G connections with minimal rack space and straightforward installation.

Advantages

The transceiver offers hot-pluggable installation for rapid hardware changes without powering down equipment and a small form factor that conserves slot space in network devices. It provides reliable single-mode optical performance over distances up to 10 km, enabling longer links than typical multimode modules. The device conforms to common electrical and optical interfaces for 10G SFP+ deployments, which simplifies integration with existing switches, routers, and optical equipment.

Suitable for

Key specifications

How to use

Insert the SFP+ transceiver into a compatible SFP+ slot in your switch or router until it seats securely. Connect single-mode fiber with the appropriate LC connector and ensure correct orientation for the BX-D wavelength plan (transmit and receive directions as required). Configure the network device ports as needed for 10 Gbit/s operation and verify link status using the host equipment management interface. Handle the module by its housing and avoid touching the optical interfaces; use dust caps when ports are not connected.

Recommendations

For reliable operation, use single-mode fiber of suitable quality and maintain clean endfaces; verify transmitter/receiver orientation for BX-D links and confirm compatibility with your network equipment's SFP+ slot. Observe electrostatic discharge precautions during installation and follow the host device vendor guidance for supported transceiver models.