Amg Systems SFP-CW-1G-EX40-47 Sfp Transceiver 1gbps 40km

Product Description

The AMG SYSTEMS SFP-CW-1G-EX40-47 is a small form-factor pluggable (SFP) transceiver module designed for 1 Gbps fiber optic network links over single-mode fiber. Operating at a 1470nm wavelength, this module supports extended-reach transmission up to 40km, making it well suited for long-distance infrastructure deployments. It uses two fibers for the optical connection. Network technicians and structured cabling professionals install this module into SFP-compatible switches, routers, or media converters to establish or extend fiber backbone connections across buildings, campuses, or metropolitan segments.

The SFP-CW-1G-EX40-47 is designed for enterprise and industrial network infrastructure where single-mode fiber runs span distances that standard short-reach modules cannot cover. Typical applications include inter-building fiber links, campus backbone connections, and carrier-edge deployments. It fits within enterprise media converter platforms and SFP-slot-equipped network equipment. The 40km reach makes it a practical choice for metropolitan area network (MAN) segments and wide-area access aggregation points where single-mode plant is already installed.

Key Features

• 1 Gbps data rate for standard Gigabit Ethernet fiber links
• 40km reach over single-mode fiber for extended-distance deployments
• 1470nm operating wavelength for CWDM channel compatibility
• Dual-fiber interface using two single-mode fiber strands
• SFP form factor fits standard SFP slots in switches, routers, and media converters
• Sold individually (each unit, quantity of one)

Compatibility

Designed for use in SFP-slot-compatible enterprise switches, routers, and media converters that support 1 Gbps single-mode fiber connections. Verify host equipment SFP compatibility and DOM support requirements before installation.

Installation Notes

SFP transceivers are installed by qualified network technicians following safe-handling procedures for fiber optic components. Always power down or observe hot-swap procedures as specified by the host equipment manufacturer before seating or removing the module. Clean fiber end-faces with appropriate fiber cleaning tools before mating connectors to prevent signal loss. Do not expose the optical aperture to direct viewing or bright light sources, as fiber optic signals can pose an eye hazard.