Black Box CAT6 Feed-Through 48-Ports Patch Panel

Overview

The Black Box JPM820A is a Category 6 feed-through patch panel designed to streamline network cabling in environments like wiring closets, server rooms, and classroom labs. It fits into a standard 19-inch rack, occupying two rack units, and provides 48 RJ-45 ports that allow direct pass-through connections from front to back. This setup supports data transmission speeds up to 1 Gigabit, making it suitable for both voice and data traffic while simplifying moves, adds, and changes without the need for re-terminating cables.

Key features

• Feed-through design enables quick patch cable connections on either side without punching down wires, reducing downtime during network changes.
• Durable steel housing ensures the panel withstands frequent cable swaps and daily use in busy network environments.
• Includes a rear cable-management bar that provides strain relief and keeps cables organized and protected.
• Supports TIA/EIA-568-B.2-1 Category 6 standards, ensuring reliable performance for high-speed network traffic.
• Clear labeling options on both rows of ports help network administrators trace connections quickly and maintain organized cabling.
• Compact 2U height fits neatly into standard 19-inch racks, maximizing space efficiency in network setups.

Key specs

• Ports: 48 RJ-45 feed-through
• Rack size: 19-inch standard
• Rack units: 2U height
• Category: 6 (TIA/EIA-568-B.2-1 compliant)
• Data transmission speed: up to 1 Gigabit
• Housing material: steel
• Cable management: included rear cable-management bar

Connectivity and compatibility

This patch panel is compatible with any standard Category 6 cabling infrastructure and supports both data and voice traffic at speeds up to 1 Gigabit. Its feed-through ports allow seamless integration with existing patch cables, making it a flexible choice for expanding or reorganizing network racks without complex rewiring.

Ideal uses and environments

The JPM820A is well suited to environments where network layouts frequently change, such as small to medium-sized offices, educational facilities, and colocation data centers. Its design helps reduce downtime during network reconfigurations and keeps cabling neat and accessible, which is essential for efficient network management in dynamic settings.