CNX ANIXTER

In constantly evolving industries, such as data transport systems, where needs and requirements are extremely diverse, it is necessary to rely on a common denominator capable of supporting the integrators’ installations tasks and to guarantee the operation levels end users and the network need.

In the specific case of data centers, although as varied as the organizations they manage, it is essential to rely on a cabling infrastructure that is capable of handling common concerns, such as managing a large number of cables in a constantly evolving environment, selecting cables with enough bandwidth, and efficiently routing the cabling infrastructure across the installation.

In data centers every device needs to be wired to another device with multiple cables. Therefore, it is essential to rely on an effective cable management strategy.

A typical data center in a mid-size corporation can have between 50 and 100 servers, while the same center in a larger financial institution can use several hundred servers. In such cases, the number of cables used is extremely large, especially in horizontal and main distribution areas.

Key Points for Successful Cable Management

1. Begin by using resistant frames, specially designed to support large network equipment and associated panels for crossed connections. Add copper patch panels and fiber optic cabinets, depending on the number of projected ports, and cable managers for both horizontal and vertical routing.

2. Do not underestimate the value of cable managers, since they truly protect cables, avoid blocking of the equipment interfaces and cooling fans, control bending radius, provide an orderly appearance, improve routing and facilitate tracking. Therefore, it is advisable to select cable managers following the useful area capacity tables showing how many cables will be hosted based on the 40% utilization capacity rule.

3. Eliminate arcs o sharp angles, and look for a solution designed for bending radius control that helps prevent twisting and sharp corners, which may hinder the cable performance and cause damages in the long run.

4. Implement a color-coded scheme for cables and ports, so that they can be easily identified.

5. Group common cables by using clamps and making sure cables are tightly held against support accessories on ladder racks and cable trays.

6. Use cabling products that are compatible with network equipment.