Fiberoptisk transceivermodul BlueOptics DIS-S302SX-BO 2000 m

The BlueOptics DIS-S302SX-BO fiber optic transceiver module is an SFP form-factor device intended for single-mode multimode applications that require reliable gigabit optical links. Constructed in aluminium and weighing approximately 20 g, this SFP transceiver supports optical data transmission up to 2000 m using an LC duplex connector and complies with MSA-compatible SFP interface conventions. It is designed for integration into network equipment that accepts standard SFP modules and for use in systems where a compact, low-weight transceiver is needed.

Advantages

The module offers a compact SFP interface and a lightweight aluminium housing that simplifies installation and reduces chassis load. Built to MSA-compatible mechanical and electrical standards, it supports optical transmission at typical gigabit rates and provides a cable-compatible LC duplex connection. The product’s construction and component selection are intended to deliver long operational life and consistent optical performance over distances up to 2000 m.

Suitable for

Key specifications

How to use

Install the BlueOptics DIS-S302SX-BO into an empty SFP port of compatible network equipment while the host device is powered down or following the manufacturer’s hot-plug procedure. Connect LC duplex fiber patch cords to the transceiver making sure transmit (TX) and receive (RX) channels are correctly paired with the remote module. Configure the host interface for the appropriate 1000BASE-X optical mode if required by the device’s network settings. Verify link status and optical levels from the host device interface or management system.

Recommendations

Use high-quality LC duplex fiber patch cords and follow bend-radius and connector cleanliness best practices to ensure optimal performance. Confirm SFP compatibility with the host device and enable any digital diagnostic monitoring (DDM/DOM) features if both the module and equipment support them for real-time optical parameter monitoring.