Eaton Tripp Lite Series 48-Port 1U High-Density Cat6/Cat5 Patch Panel – 568B RJ45 Ethernet, TAA

Introducing the Eaton Tripp Lite Series 48-Port 1U Rack-Mount Cat6/Cat5 High Density 110 Patch Panel, a meticulously engineered networking solution designed for professional installers and performance-focused data environments. This 1U, 19-inch rack-mount patch panel delivers an exceptionally dense port layout without sacrificing organization, reliability, or ease of use. Built to support both Cat5e and Cat6 cabling, it combines server-room-grade durability with flexible termination options, making it an ideal choice for modern data closets, small to mid-size data centers, and edge deployments. When you need clean cable management, precise wiring, and scalable growth, this patch panel is engineered to streamline your workflow from installation through ongoing maintenance.

• Ultra-High-Density 48-Port Layout in 1U: Optimized for space-constrained racks, this patch panel provides 48 RJ45 terminations in a single 1U field, dramatically increasing port density without requiring extra rack space. The high-density design supports rapid deployment of large network topologies, enabling IT teams to consolidate cabling into a single, organized backbone while preserving safe cable bend radii and tidy routing.
• Cat6/Cat5 Compatibility with 568B Wiring: The panel is engineered to accommodate both Cat6 and Cat5 family cabling with robust termination blocks and color-coded labeling. The 568B wiring scheme is supported for consistency with standard Ethernet installations, ensuring dependable performance across VLANs, PoE-ready configurations, and bandwidth-intensive applications such as video conferencing, cloud backups, and server-to-switch interconnects.
• Durable Construction for Professional Environments: Constructed from heavy-duty steel with a durable, corrosion-resistant finish, this 1U patch panel endures the rigors of data center floors and rack rooms. It provides stable, magnetic labeling, clean-edge punch-down blocks, and a rugged chassis that tolerates repeated insertions and removals—an essential attribute for fields teams that service multiple sites.
• TAA-Compliant and Ready for Enterprise Procurement: This patch panel meets Trade Agreements Act (TAA) requirements for federal and enterprise purchasing. It’s designed to integrate smoothly with other Tripp Lite and Eaton enclosure accessories, making it a trusted choice for regulated environments seeking compatibility with existing infrastructure and procurement policies.
• Effortless Cable Management and Labeling: A thoughtfully designed cable-management surface, clear port labeling, and standardized termination spacing help technicians route cables with precision. The result is easier troubleshooting, faster moves/adds/changes, and a neater rack facade that reduces signal interference and mis-wiring risk while simplifying future expansions.

Technical Details of Eaton Tripp Lite Series 48-Port 1U Patch Panel

• Port count: 48 RJ45 Ethernet ports in a 1U, 19-inch rack-mount footprint
• Supported cabling: Cat5e and Cat6 networks for modern Ethernet deployments
• Termination method: 110-type punch-down blocks designed for reliable and quick terminations
• Wiring standard: 568B color-coding for consistent, industry-standard terminations
• Construction: Heavy-gauge steel chassis with durable, rack-ready finish
• Labeling: Clear, durable port labels to reduce installation errors and simplify audits
• Rack compatibility: 1U height, 19-inch rack-mount configuration
• Compliance: TAA-compliant for government and enterprise procurement
• Compatibility: Designed to integrate with standard 19" rack systems and compatible accessories

How to install Eaton Tripp Lite Series 48-Port 1U Patch Panel

Installing this high-density patch panel starts with selecting a compatible 19-inch rack and ensuring adequate space for cable management in front and rear sections. Begin by preparing the enclosure or cabinet, ensuring the rails are properly aligned and secured before mounting the panel. Once the panel is fixed in place, it’s time to prepare your cabling, labeling cables according to your network plan to minimize confusion during termination. The steps below outline a straightforward, professional approach to install the patch panel with maximum reliability and future-proofing in mind.

1) Mounting and alignment: Attach the patch panel to the rack using the supplied hardware, aligning it with the rack rails so that the port label area remains accessible from the front. Ensure the unit sits flat and square to prevent misalignment with adjacent panels or vertical cable managers. Tighten mounting screws evenly to avoid warping the chassis.

2) Cable preparation: Pre-cut Cat5e/Cat6 cables to the required lengths for access switches, servers, or downstream devices. Label each run at both ends using clear, consistent identifiers that reflect your network map (for example, “Floor3_Switch_A_Port24”). Maintain uniform color-coding for each network tier to simplify maintenance.

3) Termination and routing: Terminate each cable into a 110 punch-down block according to the 568B scheme. Use proper stripping length, avoid nicking the insulation, and test each termination for continuity and shorts as you progress. Route terminated cables neatly to minimize cross-talk and ensure sufficient bend radius to protect the conductors over time.

4) Labeling and documentation: After termination, apply or confirm port labels visible from the front. Maintain a detailed site map that correlates port numbers to devices, including VLAN assignments, PoE requirements, and backup pathways. This documentation will expedite future moves, adds, and changes and improve overall network reliability.

5) Verification and testing: Use a professional cable tester to verify each port’s performance, ensuring correct wiring, shield integrity (if applicable), and proper termination values. Document results, and perform a final visual inspection to confirm cable management is tidy and that no cables are under tension or pinched by the rack or adjacent panels.

6) Final integration: Connect the corresponding patch cables from the patch panel to switches, routers, and other networking devices. Confirm link indicators on switches come online, and validate port throughput with a short data transfer test. Consider labeling a maintenance log for future reference and periodic audits to maintain performance levels.

Frequently asked questions

• Q: How many ports does the Eaton Tripp Lite Series 48-Port 1U Patch Panel support? A: It supports 48 RJ45 Ethernet ports in a single 1U, 19-inch rack-mount footprint, delivering high-density cabling for compact data centers and network closets.
• Q: What cabling standards are compatible with this patch panel? A: The panel is designed for Cat5e and Cat6 cabling. It supports standard Ethernet that benefits from higher performance, improved noise rejection, and better bandwidth for modern networks.
• Q: Which wiring scheme is recommended for termination? A: The patch panel uses the 568B wiring scheme for consistent terminations and interoperability with industry-standard installations.
• Q: Is this patch panel compliant with government procurement requirements? A: Yes. The unit is TAA-compliant, making it suitable for government and enterprise procurement programs that require adherence to Trade Agreements Act guidelines.
• Q: Can this panel be integrated with standard 19-inch racks and related accessories? A: Absolutely. The 1U, 19-inch rack-mount design is compatible with most standard rack enclosures and can be paired with cable management accessories, blanking panels, and grounding kits to create a clean, scalable network infrastructure.