APKR CAT 6 24 PORT PATCH PANEL SPECIFICATIONS AND DETAILS

Overview 

Excel Category 6 Unscreened Patch Panels have been designed to meet or exceed the latest ISO and TIA requirements for category 6 compliance.

Each panel has a screen printed labelling field positioned above each port, included with the panel is a pre printed self adhesive labelling sheet – pre numbered 1‐ 96, for fast and easy labelling on site.Use LSA-compatible tools to terminate connections, and position cable tie bridges between the IDC blocks to relieve cable stress. Each panel consists of a number of 8 way blocks of RJ45 sockets, housed in a high quality plastic moulding.

Features

The APKR CAT 6 24 Port Patch Panel is a critical component in modern network infrastructure. Serving as a central hub for organized and efficient data connections. This patch panel offers various features and advantages designed to enhance network management and performance. Here’s a detailed description of the APKR CAT 6 24 Port Patch Panel:

High-Performance Networking: The APKR CAT 6 24 Port Patch Panel enhances your network’s performance with its CAT 6 compatibility, handling high-speed data transmission, including Gigabit Ethernet, to keep your network running at peak efficiency.

Impressive Port Density: This patch panel offers 24 ports in a single, space-saving unit, providing remarkable port density. Such high port density is invaluable in environments with numerous network connections. Such as data centers, office buildings, and telecommunications rooms.

Efficient Cable Management: Effective cable management is essential for maintaining a tidy and efficient network infrastructure. The APKR patch panel features cable guides, labels, and strain relief bars to ensure your connections stay neat, well-organized, and easy to identify.

Reliable Connectivity: Each port on the patch panel ensures reliable and consistent network connectivity. This ensures uninterrupted data transmission, minimizes data loss, and prevents network downtime, crucial in business-critical applications and network-intensive environments.