Wirepath WP-MOD-DATA8X8 RJ45 Data Patch Module 8x8

Product Description

The WIREPATH WP-MOD-DATA8X8 is an 8-port by 8-port RJ45 data patch module designed for structured cabling installations in residential and light commercial settings. This module provides a clean, organized termination point for data runs, consolidating multiple network or low-voltage data circuits into a single panel-mount interface. Licensed low-voltage technicians and network cabling installers typically handle this component during new construction or retrofit structured wiring projects. The 8x8 configuration delivers 64 individual RJ45 ports, making it well suited for high-density patch panel or distribution enclosure builds.

This patch module is intended for use in structured wiring enclosures, wall-mount data cabinets, or rack-mount panels where a high port count is needed in a compact footprint. It is commonly installed in residential multi-room networking setups, small office data closets, and light commercial low-voltage distribution systems. Installers use it to terminate Cat5e or Cat6 horizontal runs and provide front-access patch connections to switches, routers, or media distribution equipment.

Key Features

• 8x8 layout provides 64 RJ45 ports in a single module footprint
• RJ45 connectors support standard data cabling terminations
• Panel-mount design integrates with structured wiring enclosures and data cabinets
• Sold as a single unit for straightforward procurement and installation planning

Compatibility

Designed as an OEM-style replacement and standard-fit module for structured wiring enclosures and low-voltage data distribution panels that accept modular patch inserts.

Installation Notes

Installation should be performed by a qualified low-voltage technician in accordance with applicable local codes and TIA-568 structured cabling standards. Power down or disconnect any active network equipment connected to the panel before terminating or re-patching ports. Use a punch-down tool appropriate for the keystone or IDC termination style on the rear of the module. Avoid exceeding the minimum bend radius of the cable during routing to maintain signal integrity.