19 Inch Rack Patch Panel

The 19 Inch Rack Patch Panel is an embedded hardware unit that contains a series of port positions that can be used to connect different communication devices and systems, such as data lines, voice lines, fiber optic lines, etc. Through it, users can flexibly connect, disconnect and reconfigure lines, thereby achieving effective management and allocation of communication lines.

About this item

48-port blank keystone shielded patch panel

 2U 19” rackmount ready

 Use with TC-K06C6A Cat6A shielded keystone jacks (sold separately)

Fully customizable with standard HD keystone jacks, Numbered cable management bar, Numbered and writable labels for keystone jacks

Sturdy metal construction, Shielded housing protects against EMI/RFI noise

NDAA compliant

Specification

Hardware Design

HD keystone patch panel features a 19” 2U sturdy metal rackmount hardware design.

48-Port

48-Port blank keystone 2U patch panel is designed for use with TRENDnet’s Cat6 keystone jacks (sold separately).

Connectivity

Ideal for high-speed gigabit and 10G Copper Ethernet network applications when used with TRENDnet's Cat6A shielded keystone jacks.

Main features

Standard size: 19-inch rack-mounted patch panels meet international standard sizes, which are easy to install in standard cabinets, save space and facilitate management.

Multiple port types: According to application requirements, 19-inch rack-mounted patch panels can provide multiple types of ports, such as RJ45, RJ11, LC, SC, FC, etc., to meet different communication needs.

Easy to manage: By centrally managing communication lines, 19-inch rack-mounted patch panels make line connection, testing, maintenance and troubleshooting more convenient.

Protect the line: It provides physical protection for the communication line, avoids communication interruption caused by external force damage to the line, and extends the service life of the line.

19-inch rack-mounted patch panels are widely used in various communication systems and electronic and electrical systems, mainly including the following aspects:

Data center: In the data center, 19-inch rack-mounted patch panels are used to connect network equipment such as servers, switches, routers, etc. to achieve high-speed network interconnection and efficient data transmission.

Enterprise network: In the enterprise network, 19-inch rack-mounted patch panels help enterprises build and maintain complex network topologies and support the collaborative work of multiple departments and multiple business lines.

Audio system: In the audio system, 19-inch rack-mounted patch panels are used as jumper trays to centrally manage the input and output of all audio devices, which is convenient for flexible connection and troubleshooting of devices.

Smart home: With the development of smart home, 19-inch rack-mounted patch panels have also begun to be used in home network wiring to achieve interconnection and intelligent control of home devices.

When purchasing and installing 19-inch rack-mounted patch panels, the following aspects need to be considered:

Compatibility confirmation: Ensure that the patch panel is compatible with the interface of existing communication equipment (such as switches, routers, etc.). At the same time, considering future expansion needs, a patch panel with certain expansion capabilities should be selected.

Standardized design: Follow international standards such as EIA/TIA, ISO/IEC for purchase and installation to ensure the standardization and normalization of the wiring system.

Installation location selection: Select a suitable installation location according to the layout of the computer room and the direction of the line to facilitate line access and management. At the same time, pay attention to keeping the patch panel clean and tidy to avoid dust and debris from interfering with the communication lines.

The 19-inch rack-mounted patch panel plays a vital role in the communication system. Through its centralized management and distribution of communication lines, it improves the flexibility and scalability of the communication system.