SFP-lähetin-vastaanotin BlueOptics BO05C13610D 1000BASE-LX 10 km

The BlueOptics BO05C13610D is a compact SFP transceiver module supporting 1000BASE-LX operation with a reach of up to 10 km over single‑mode fibre. Designed for Gigabit Ethernet links, this hot‑pluggable unit enables reliable high‑speed connectivity between switches, routers and optical equipment in data centres, enterprise campuses and metropolitan networks. Its small form factor and standardized SFP interface allow easy installation and replacement without interrupting network operation.

Advantages

This SFP transceiver offers stable Gigabit performance over single‑mode fibre with a practical 10 km link distance, making it suitable for short to medium metropolitan and campus connections. The hot‑pluggable design simplifies maintenance and upgrades by allowing insertion and removal without powering down the host device. The module follows standard SFP mechanical and electrical specifications to ensure compatibility with a wide range of networking equipment that supports 1000BASE‑LX optics.

Suitable for

Key specifications

How to use

Install the SFP module into an empty SFP slot on a compatible switch, router or optical transceiver bay. Ensure the host device supports 1000BASE‑LX optics and single‑mode fibre connections. After seating the module, connect the single‑mode fibre cable using an LC connector and verify link status through the host device management interface. The hot‑pluggable design permits in‑service replacement; however, follow your equipment vendor’s guidelines for handling and electrostatic discharge protection when inserting or removing the module.

Recommendations

Use single‑mode fibre with appropriate LC connectors and ensure end‑to‑end fibre cleanliness to maintain signal integrity. Verify transceiver compatibility with the host device and, if needed, consult the equipment vendor’s compatibility list. For reliable performance over the full 10 km range, use fibre with the correct attenuation and install link monitoring to detect degradation over time.