SFP+-transceivermodule BlueOptics AT-SP10LR/I-BO 10000 m

The BlueOptics AT-SP10LR/I-BO 10000 m is an SFP+ fiber optic transceiver module designed for long-distance 10G data transmission over single-mode fiber. Housed in an aluminium casing and weighing approximately 20 g, this compact module provides a standardized LC duplex interface and complies with MSA form-factor expectations for SFP+ modules. It is intended for use in network equipment that accepts SFP+ optical modules and where a LR (long reach) 10GBASE-LR solution for distances up to 10,000 m is required.

Advantages

The module offers a lightweight aluminium design that facilitates heat dissipation and mechanical protection while keeping insertion weight low. It supports 10G optical transmission suitable for Ethernet, Fibre Channel over Ethernet or similar high-speed protocols over long single-mode links. The BlueOptics AT-SP10LR/I-BO is built to MSA-compatible dimensions and connectivity standards, enabling broad interoperability with switches, routers and storage interfaces that accept SFP+ LR transceivers.

Suitable for

• Long-distance 10G connections over single-mode fiber (up to 10 km)
• Data center uplinks between switches and aggregation points
• Inter-building or campus backbone links
• High-speed storage and SAN interconnects that use SFP+ modules

Key specifications

• Form factor: SFP+
• Optical reach: up to 10,000 m on single-mode fiber
• Connector type: LC duplex
• Housing material: aluminium
• Weight: approx. 0.02 kg
• Intended data rate: 10 Gbit/s (10GBASE-LR class)

How to use

Insert the SFP+ transceiver into a compatible SFP+ port until it latches, then connect LC duplex single-mode fiber patch cords with correct polarity. Ensure connected equipment (switch, router or storage device) supports LR-class SFP+ modules and configure interface settings according to the host device documentation. Allow the link to settle and verify optical link status and data rate in the host device management interface.

Recommendations

Use single-mode fiber with appropriate connectors and maintain clean fiber endfaces for reliable performance. Confirm host-device compatibility and enable any required optical diagnostics support in the network hardware to monitor supply voltage, optical power and temperature where supported.