Modulo ricetrasmettitore in fibra ottica BlueOptics S26361-F3986-L6-BO SFP+ 10000 m

The BlueOptics S26361-F3986-L6-BO SFP+ 10000 m is a single-mode fiber optic transceiver module designed for long-distance 10G data transmission. Housed in an aluminium enclosure and weighing 20 g, this SFP+ module fits MSA-compliant slots and uses an LC duplex connector to send and receive optical signals at 1310 nm. It is suitable as a replacement for compatible 10GBASE-LR modules and supports high-speed network links over distances up to 10,000 meters when installed in hardware that accepts SFP+ 10GBASE-LR optics.

Advantages

The module provides a compact, lightweight form factor with an aluminium body that aids heat dissipation and mechanical durability. As an SFP+ transceiver it supports 10 Gbps link rates over single-mode fiber with LC duplex connectivity, enabling simultaneous transmit and receive channels. The design follows MSA standards for broad interoperability with devices that support compatible 10GBASE-LR SFP+ optics. Its tested compatibility approach reduces the risk of interoperability issues when used in supported switches, routers and storage systems.

Suitable for

Key specifications

How to use

Install the SFP+ transceiver into an appropriate MSA-compliant SFP+ slot on your network device until it clicks into place, then connect an LC duplex single-mode fiber patch cable matching the link polarity. Configure the host device interface for 10G operation as required by your platform. Ensure the remote endpoint uses a compatible 10GBASE-LR SFP+ transceiver and that both sides are properly aligned for single-mode operation. Power up the devices and verify link status and negotiated speed on the host equipment.

Recommendations

Use high-quality single-mode LC duplex patch cords and maintain clean connector end faces to achieve optimal range and signal quality. Confirm that the target hardware supports third-party or compatible SFP+ modules and enable Digital Diagnostics Monitoring (DDM/DOM) on the host device if remote monitoring of optical parameters is needed.