Use this rack-mount patch panel from StarTech.com to build compact installations for your Cat5e cables. It allows you to accommodate 24 ports for RJ45 connectors into a 0.5U rack space. Port numbers are clearly marked on the front to help you easily identify cable runs and speed up your workflow.

Dual-type IDC headersThe Dual-type IDC headers are located 180˚ from the ports, allowing easy termination using a 110-type punch tool.
High-impact housingThe plastic housing stands up well to shock and impact, and it's also fire-retardant.

• Suitable for use with standard network cables and 26 to 22AWG solid conductors
• Compatible with 1000BASE-T Gigabit Ethernet, 100BASE-TX Fast Ethernet and 10BASE-T Ethernet applications for versatility
• Operating temperature range of -10°C to +50°C makes it suitable for industrial environments
• Tin-plated nickel and gold-plated phosphor bronze contacts ensure excellent signal transmission

The PANELHU24 Rack Mount patch panel condenses 24 ports into a 0.5U panel, making it an ideal solution for smaller installations.
colour coded for both T568A and T568B wiring, this network patch panel provides the perfect solution for any voice or LAN application and offers dual type IDC termination. For convenience, the port numbers are clearly marked on the front of each RJ45 port, offering a quick and easy way to identify cable runs.
Durably constructed of only top quality materials, this 24-port Ethernet patch panel is backed by StarTech.com’s 2 year warranty.

High impact plastic housing, flame retardant
Dual-type IDC headers, situated 180° relative to the RJ45 ports, terminated using 110-type punch tool
colour coded for both T568A and T568B installations
Organizes up to 24 patch cables, using only 0.5U of rack space
Clear numbering on the front of each RJ45 port makes it easy to identify cable runs
Backed by StarTech.com 2-year warranty
Applications
Convert a Ethernet cable into a Gigabit capable Crossover cable

Where would I use a patch panel?You can use patch panels in a rack when you need to organise a large number of cables. They're most commonly used when building an organisation's local area network (LAN).