Black Box CAT5e Feed-Through Patch Panel - 1U, Shielded, 48-Port

The Black Box CAT5e Feed-Through Patch Panel is engineered for enterprises that demand high-density networking with pristine organization and reliable performance. This 1U, shielded patch panel is purpose-built for 19" racks, delivering a compact, robust solution that simplifies cable management in data centers, server rooms, and network closets. With 48 CAT5e ports, it provides scalable connectivity for growing networks while maintaining signal integrity in crowded environments. Designed to support fast deployment, straightforward troubleshooting, and long-term durability, this patch panel helps IT teams optimize space, reduce cable clutter, and accelerate patch changes without sacrificing performance.

• 48-port CAT5e patch panel in a single 1U footprint, delivering high-density connectivity suitable for growing data centers and network closets.
• Shielded metal housing minimizes EMI and crosstalk, preserving Ethernet signal quality in racks with multiple active devices and dense cabling.
• Feed-through design enables straightforward front-to-back termination, enabling tidy cable routing and simplified patching while maintaining clean signal paths.
• 19" rack compatibility makes it an ideal fit for standard data center racks and cabinets, streamlining installation and space planning in busy environments.
• Cat5e-compliant performance supports reliable Ethernet connectivity up to gigabit speeds per port, making it suitable for core access, distribution, and edge deployments.

Technical Details of Black Box CAT5e Feed-Through Patch Panel - 1U, Shielded, 48-Port

• Port count: 48
• Cable type: CAT5e
• Patch panel style: Feed-through
• Shielding: Shielded
• Height: 1U
• Rack compatibility: 19" rack
• Application: Data centers, server rooms, and network closets requiring high-density cabling

How to Install Black Box CAT5e Feed-Through Patch Panel

• Plan your cabling layout by labeling ports and mapping panel positions in your rack to ensure an organized and scalable network topology.
• Power down affected networking equipment and prepare your 19" rack space, selecting an appropriate location for the patch panel to minimize cable lengths and crossings.
• Mount the 1U feed-through patch panel into the rack using standard mounting hardware, aligning the panel with the front and back rails for stable support.
• Route the CAT5e backbone cables to the back of the patch panel and terminate them into the back ports, ensuring clean, straight runs and proper cable management.
• Connect front-side patch cords from switches, servers, or patch panels to the corresponding front RJ45 ports, maintaining consistent labeling and port numbering.
• Secure neatly with cable ties or Velcro straps, verify continuity with a network tester, and document port mappings to facilitate future maintenance and upgrades.

Frequently Asked Questions about the Black Box CAT5e Patch Panel

• Q: What is a feed-through patch panel?

  A: A feed-through patch panel provides ports on both the front and back of the panel. Back ports are used for terminating incoming cables, while front ports connect to patch cords or devices, enabling clean, organized, and scalable cabling in a rack.

• Q: Is this patch panel shielded?

  A: Yes. The panel features shielding to reduce electromagnetic interference, which helps maintain signal integrity in dense data centers and environments with multiple energized devices.

• Q: How many ports does this panel have, and what type of cable does it support?

  A: The panel has 48 ports designed for CAT5e cabling, providing reliable Ethernet connections for gigabit networking per port.

• Q: What mounting standard does it fit?

  A: It is designed for 19" racks and fits common data center rack configurations, aiding in standardized layout and easy integration with other equipment.

• Q: What are typical use cases for this patch panel?

  A: It’s ideal for data centers, server rooms, and network closets that require high-density connectivity, organized cable management, and shielded performance in environments with heavy cabling traffic.