SFP+ transceiver modul BlueOptics SIAE-E01435-BO 10000 Mbit/s 1310 nm

The BlueOptics SIAE-E01435-BO SFP+ transceiver module is a compact optical interface designed for high-speed fiber connections. It supports data rates up to 10,000 Mbit/s and operates at a 1310 nm wavelength over single-mode fiber. The transceiver uses an LC duplex interface and is housed in a durable silver metal casing. With a small form factor, lightweight construction and a 3.3 V operating voltage, it is suitable for integration into switches, routers and other network devices that accept SFP+ modules.

Advantages

The module delivers 10GBASE-LR class performance for links up to 10,000 meters and supports simultaneous transmit and receive operation via LC duplex connections. Constructed to MSA-compatible mechanical and electrical standards, it offers reliable optical transmission with low electromagnetic susceptibility and a lightweight metal housing for straightforward installation. The transceiver also supports digital diagnostic monitoring (DDM/DOM) when used in compatible hardware, enabling real-time monitoring of optical parameters and simplifying maintenance.

Suitable for

Key specifications

How to use

Install the SFP+ transceiver into an SFP+-compatible port on your network device while the device is powered down or following the vendor's hot-swap procedure. Connect an LC duplex single-mode fiber patch cord to the module, observing correct transmit/receive orientation. Verify link status and negotiate speed on the host device. If your hardware supports DDM/DOM, enable or inspect diagnostic readings in the management interface to monitor supply voltage, optical power and temperature in real time.

Recommendations

Use single-mode LC duplex patch cords and, where applicable, compatible BlueOptics accessories to ensure optimal link quality. Confirm that the target hardware supports SFP+ modules and the 10GBASE-LR profile, and verify DDM/DOM compatibility if remote diagnostics are required. Follow standard fiber-handling practices to avoid contamination of connectors and to maintain signal integrity.