Tripp Lite N785-H01-SFP-D RJ45 Sfp Media Converter

Product Description

The TRIPP LITE N785-H01-SFP-D is a network media converter designed to bridge copper RJ45 ethernet connections and fiber-optic SFP links within a structured cabling system. Media converters of this type allow network technicians and IT infrastructure professionals to extend or interconnect network segments that use different physical media. The unit accepts a standard RJ45 copper interface on one side and an SFP transceiver slot on the other, enabling flexible deployment across enterprise and commercial networking environments. Installation is typically performed by licensed low-voltage contractors or network engineers.

This media converter is suited for enterprise networking applications where copper-to-fiber transitions are required at the edge of a network or between distribution and access layers. It fits into commercial building infrastructure, data center edge deployments, and campus network installations where extending ethernet over fiber is necessary. The SFP slot supports field-installable transceiver modules, giving installers flexibility over fiber type and link distance based on project requirements.

Key Features

• RJ45 copper interface to SFP fiber slot conversion in a single unit
• SFP slot accepts standard hot-swappable transceiver modules for flexible fiber type selection
• Compact form factor suitable for rack-mount or standalone deployment
• Designed for enterprise and commercial structured cabling environments

Compatibility

Designed as an OEM-style media converter for enterprise structured cabling systems requiring RJ45 copper to SFP fiber interconnection.

Installation Notes

Installation should be performed by a qualified low-voltage network technician or licensed data cabling contractor. Power down or disconnect network equipment at the affected ports before inserting or removing SFP modules to avoid interface damage. Follow applicable TIA-568 structured cabling standards and local low-voltage codes during installation. Do not force SFP modules into the slot; verify module orientation before seating.