Μονάδα πομποδέκτη οπτικής ίνας BlueOptics ASG0000LX-BO SFP LC αλουμίνιο 20g

The BlueOptics ASG0000LX-BO SFP LC Aluminium 20g is a fiber optic transceiver module designed for single-mode optical links. It implements the SFP form factor with an LC duplex connector and a lightweight aluminium housing, enabling 1.25 Gbps class optical transmission over long distances on single-mode fiber. The module follows MSA-compliant SFP interfaces and supports bidirectional optical transmit and receive functions at the 1310 nm wavelength suitable for 1000BASE-LX applications.

Advantages

The aluminium casing offers mechanical protection while keeping the module weight to approximately 20 g. Compliance with SFP multi-source agreement (MSA) standards ensures interoperability with SFP-capable ports that accept 1000BASE-LX modules. Built for single-mode fiber links, the transceiver provides low susceptibility to electromagnetic interference and supports optical transmission over extended distances. The module also supports digital diagnostic monitoring (DDM/DOM) when the host hardware provides that capability.

Suitable for

Key specifications

How to use

Install the transceiver into an SFP slot of a compatible network device while the device is powered according to the host vendor recommendations. Connect an LC duplex single-mode patch cable to the module’s LC connector, ensuring correct transmit-to-receive alignment between link endpoints. Verify link status on both devices' interfaces and configure the network port for 1000BASE-LX as required by the host system. If digital diagnostics are required, enable and read DDM/DOM values via the host management interface when supported.

Recommendations

Use single-mode LC patch cords with appropriate attenuation and quality for the deployment distance, follow electrostatic discharge (ESD) precautions during handling, and verify compatibility with the network device’s supported transceiver list. For predictable long-distance performance, use clean connectors and proper fiber management to minimize insertion loss.