Tripp Lite by Eaton 24-Port Cat6/Cat5 Low Profile Feed-Through Patch Panel

The Tripp Lite by Eaton 24-Port Cat6/Cat5 Low Profile Feed-Through Patch Panel is designed to enhance organization, reliability, and scalability in data centers and network closets. With a compact 1U footprint, it maximizes port density while delivering clean cabling and quick access to connections. Built for mixed environments, this patch panel supports Cat5e and Cat6 cabling, enabling easy upgrades from older systems and smooth integration with current networks. Its sturdy construction, versatile mounting options, and clear labeling make it an essential component for maintaining performance and reducing downtime in professional IT spaces.

• High-density 24-port design: Consolidates Ethernet connections into a single, space-efficient patch panel, improving cable management and simplifying switch access in busy racks or closets.
• Low-profile 1U footprint: A compact form factor that fits standard 19" racks and tight workspaces without compromising port accessibility or performance.
• Feed-through architecture for easy terminations: Facilitates clean routing of cables through the panel, reducing clutter and enabling straightforward expansion as your network grows.
• Cat5e/Cat6 compatibility: Supports current and evolving network standards, enabling seamless migration and backward compatibility with existing cabling while delivering reliable performance.
• Versatile mounting and durable construction: Suitable for rack-mount or wall-mount installations, crafted from sturdy steel with clear port labeling for quick identification and long-term wear resistance. TAA-compliant for procurement flexibility.

Technical Details of Tripp Lite by Eaton 24-Port Cat6/Cat5 Low Profile Feed-Through Patch Panel

• Ports: 24 RJ45 Cat5e/Cat6 ports for high-density networking
• Mounting options: 1U rack-mount and wall-mount compatibility to fit diverse deployment scenarios
• Cable compatibility: Cat5e and Cat6 cabling support for mixed networks and future upgrades
• Construction: durable steel housing with clear, color-coded port labeling for easy identification
• Compliance: TAA-compliant for government and corporate procurement

How to install Tripp Lite by Eaton 24-Port Cat6/Cat5 Low Profile Feed-Through Patch Panel

Preparing for installation ensures a clean, reliable network setup. Follow these best-practice steps to maximize performance and maintainability:

• Plan and label: Map out each cable run and assign a clear identifier for every port to simplify future changes and troubleshooting.
• Choose mounting method: Determine whether you will mount the panel in a 19" rack or on a wall bracket, ensuring the chosen method supports your weight and space requirements.
• Mount the panel: Secure the patch panel firmly to the rack rail or wall bracket according to the manufacturer’s instructions to prevent movement and damage.
• Terminate cables: Route Cat5e/Cat6 cables to the panel ports, using the feed-through design to pass terminations cleanly and avoid excessive bending radii.
• Organize and test: Bundle cables neatly with ties, verify port mappings with a network tester or switch, and label the front for quick future reference.

Frequently asked questions

• Q: What networks does this patch panel support? A: It supports Cat5e and Cat6 networks, providing compatibility for current Ethernet deployments and a pathway for future upgrades as your cabling improves.
• Q: Can it be mounted on a wall? A: Yes. The design accommodates both standard 19" rack mounting and secure wall-mount installations for flexible deployment.
• Q: Is the panel compatible with standard 19" racks? A: Absolutely. The 1U form factor is optimized for standard 19" rack systems used in data centers and network closets.
• Q: Is this patch panel compliant with procurement standards? A: Yes, it is TAA-compliant, making it suitable for government contracts and other procurement programs.
• Q: How many ports are available and what cables can be terminated? A: The unit provides 24 ports capable of terminating Cat5e and Cat6 cables, enabling robust, scalable network connectivity in medium-density environments.