Etherwan Systems EX-1250TBP-MB1LS Gigabit Sfp Module

Product Description

The ETHERWAN SYSTEMS, INC. EX-1250TBP-MB1LS is a Gigabit multimode WDM (Wavelength Division Multiplexing) Type A SFP transceiver module rated for distances up to 550 meters. It is designed for use in managed switches, routers, and compatible network infrastructure equipment where small form-factor pluggable fiber connectivity is required. Network engineers, system integrators, and industrial IT professionals install this module to extend or establish fiber-based Gigabit Ethernet links in commercial, industrial, and enterprise environments. The SFP form factor allows hot-swap installation in compliant SFP-capable switch or router chassis.

This module is suited for installations requiring multimode fiber runs up to 550 meters, typical in campus backbones, industrial automation networks, and building distribution systems. WDM Type A designation indicates this module operates on a specific transmit and receive wavelength pair, requiring a complementary Type B module at the opposite end of the fiber link. It is sold individually as a single unit.

Key Features

• Gigabit (1 Gbps) multimode fiber SFP transceiver
• WDM Type A wavelength configuration for bidirectional fiber transmission
• Supports multimode fiber links up to 550 meters
• SFP form factor for use in compatible switch and router SFP slots
• Sold as a single unit (EA, QTY 1)

Compatibility

Designed as an OEM-style SFP module for use in Gigabit-capable switches and routers with standard SFP slots that accept multimode WDM transceiver modules.

Installation Notes

Installation should be performed by a qualified network technician or systems integrator familiar with fiber optic transceiver handling. Power down or administratively disable the target SFP port before insertion where possible, and follow the chassis manufacturer's hot-swap guidelines. Handle the module by its housing and avoid touching the optical connector faces. Pair this Type A module with a compatible WDM Type B module at the far end of the fiber link to complete the bidirectional optical path.