How 24 AWG, 26 AWG and 28 AWG Network Cables Differ
Once logged in you can set content preferences to let us know what you are interested in and whether you want to receive email from us.
Already Registered? Login
When purchasing Cat5e, Cat6 or Cat6a network cables, buyers may notice an AWG specification printed on the cable jacket. AWG is a standardized system for describing the diameter of the individual conductors that make up a cable. But what does wire gauge mean?
Markertek, a broadcast supply specialist who sells network cables, addressed the issue in a recent article to help customers choose the right cable for the application. To begin, AWG stands for American Wire Gauge. To understand the differences between similar network cables with different AWG sizes, it is helpful to look at what wire gauge means.
The first thing to learn about wire gauge, is its inverse relationship to wire diameter. The smaller the gauge, the larger the diameter of the wire. The larger the diameter of a wire, the less electrical resistance there is for the signals it carries.
Copper network cables with a smaller gauge (larger diameter) are typically available in longer lengths because they offer less resistance, allowing signals to travel farther. Less resistance also generates less heat. A 24 AWG network cable will offer less resistance than a 26 AWG or 28 AWG network cable.
There are thin versions of Cat5e, Cat6 and Cat6a cables. Commonly constructed of 28 AWG wire, these slim Ethernet cables can be more than 25 percent smaller in diameter than their full-size counterparts. The copper conductors have a higher AWG size (a larger gauge means thinner wire), reducing the overall outside diameter of the cable.
The thinner conductors may limit the length of slim cables and make them more prone to damage, but the smaller cable OD can provide some benefits, such as improved airflow in high-density racks, improved visibility of port labels on patch panels and other network equipment, easier installation in crowded racks and simpler routing of cables around corners and through cable managers.
Although the gauge of the conductors affects the diameter of an Ethernet cable, the thickness of the cable’s insulation and jacket contribute to its size. There are also other factors to consider when choosing a network cable.
The category of cable (Cat5e, Cat6 or Cat6a) needed depends on the connection speed of the network. An application may also require a shielded cable, a cable rated for outdoor installation or a cable that meets specific building codes.
You might also like...
Why AI Won’t Roll Out In Broadcasting As Quickly As You’d Think
We’ve all witnessed its phenomenal growth recently. The question is: how do we manage the process of adopting and adjusting to AI in the broadcasting industry? This article is more about our approach than specific examples of AI integration;…
Designing IP Broadcast Systems: Integrating Cloud Infrastructure
Connecting on-prem broadcast infrastructures to the public cloud leads to a hybrid system which requires reliable secure high value media exchange and delivery.
Video Quality: Part 1 - Video Quality Faces New Challenges In Generative AI Era
In this first in a new series about Video Quality, we look at how the continuing proliferation of User Generated Content has brought new challenges for video quality assurance, with AI in turn helping address some of them. But new…
Minimizing OTT Churn Rates Through Viewer Engagement
A D2C streaming service requires an understanding of satisfaction with the service – the quality of it, the ease of use, the style of use – which requires the right technology and a focused information-gathering approach.
Production Control Room Tools At NAB 2024
As we approach the 2024 NAB Show we discuss the increasing demands placed on production control rooms and their crew, and the technologies coming to market in this key area of live broadcast production.