BlueOptics 10G Ethernet Media Converter 2x SFP+ 10000 Mbit/s 1550 nm Black

The BlueOptics 10G Ethernet Media Converter (2x SFP+, 1550 nm) provides a compact solution for converting electrical Ethernet signals to optical 10GBASE-ER fiber links. Designed for wired network environments, the device supports Ethernet data rates of 10/100/1000/10000 Mbit/s, two SFP+ fiber ports and one RJ-45 copper port. It operates at a wavelength of 1550 nm and supports a maximum optical reach of up to 30 m with compatible transceivers and cabling, enabling extension of high-speed links and integration of fiber into existing copper infrastructure.

Advantages

The media converter supports up to 10 Gbit/s throughput and uses pluggable SFP+ modules for flexible fiber interface selection. Auto-negotiation and automatic SFP+ detection simplify installation and interoperability with different transceiver speeds. Additional features such as link pass-through, fiber fault alert, auto-MDIX and remote loopback on the fiber interface improve fault visibility and ease of maintenance. The compact, rack- or shelf-mountable form factor and black enclosure suit professional network racks and equipment rooms.

Suitable for

Key specifications

How to use

Install compatible SFP+ transceivers in the SFP+ slots and connect the fiber cables to the transceivers. Connect the RJ-45 copper port to the Ethernet device using a suitable Cat6A (or higher) cable for 10G operation, or standard Ethernet cable for lower speeds. The converter uses auto-negotiation and will detect and adapt to copper port speed and the installed SFP+ transceiver. Observe electrostatic discharge (ESD) precautions when handling the unit and transceivers. For detailed mounting, cabling and safety instructions consult the manufacturer's manual.

Recommendations

Use certified SFP+ transceivers and appropriate fiber cabling for 10GBASE-ER at 1550 nm to achieve reliable performance. Verify compatibility of transceivers and follow ESD protection procedures when inserting or removing modules. Monitor link indicators and use the link pass-through and fiber fault alert features to detect and isolate faults quickly.