Amg Systems SFP-MM-100M-BX2-31 Multimode Sfp 100mbps

Product Description

The AMG SYSTEMS SFP-MM-100M-BX2-31 is a multimode small form-factor pluggable (SFP) fiber optic transceiver rated for 100 Mbps Fast Ethernet transmission. It is designed for single-fiber bidirectional (BiDi) operation over a multimode fiber link with a maximum reach of 2 kilometers. The module slots into SFP-compatible network switches, media converters, and routers used in enterprise and industrial LAN infrastructure. Network technicians and low-voltage systems integrators install this transceiver when extending copper-to-fiber connections or upgrading backbone links in structured cabling environments.

This transceiver is suited for enterprise media converter deployments where 100 Mbps multimode fiber runs are required over single-strand fiber. Typical install scenarios include building-to-building backbone runs, in-building horizontal distribution, and network edge connections where fiber strand conservation is a priority. The unit ships as a single transceiver module intended for insertion into a host device with an open SFP port.

Key Features

• 100 Mbps Fast Ethernet data rate over multimode fiber
• Single-fiber BiDi operation reduces fiber strand count per link
• 2 kilometer maximum link distance on multimode fiber
• Standard SFP form factor for broad host device compatibility
• Sold as a single unit quantity for flexible deployment

Compatibility

Designed as an OEM-style SFP module for use in enterprise media converters and network switches equipped with standard SFP slots supporting 100 Mbps multimode fiber interfaces.

Installation Notes

Installation is performed by qualified low-voltage network technicians or structured cabling professionals. Power down or disable the SFP port on the host device before inserting or removing the transceiver module to prevent electrostatic discharge damage. Use the appropriate fiber cleaning tools on all fiber end faces before mating connectors. Follow ANSI/TIA-568 and applicable local codes for fiber optic cabling and termination practices.