Patch Cord and Ethernet Cable have become quite prevalent in our day-to-day lives. However, many of us have a lot of confusion surrounding both the type of cables.
Today, in this post, we’ll talk about the technical differences between the patch and ethernet cables, so scroll down to check out:
What’s Ethernet Cable?
Ethernet cable is a protocol type that defines how the bits of information will travel over a specific medium.
The cables such as fiber optic, coaxial or twisted pair belong to the category of the ethernet. The two most common ethernet types are the optical network cable and fiber optic cable
Now, Coming to Patch Cable?
Typically, the term patch has been derived from “patch-in,” which means this cable patches a signal from one switch, hub, another hub or the router. It is a type of cable that has two ends which are used to connect an end device to something such as the power source.
There are two types of patch cables, one is the fiber patch cables and the other being the ethernet patch cables.
There are two types of patch cables, one is the fiber patch cables and the other being the ethernet patch cables. The patch cables are widely employed for short-distance connections, typically in corporate offices. On the flip side, ethernet network cables are perfect for connecting a computer to a network hub or the ethernet switch.
Patch Cable Can Be Used As An Ethernet Cable
More often than not, the ethernet and patch cables are more or less the same thing.
But, when it comes to ethernet, it refers to the flow of information across the diverse locations, while the latter ones are the best option for shorter distance connections as they are supported by the patch cables that lack flexibility.
The biggest shortcoming associated with the patch cables is that the attenuation is on the higher sides.
Another difference between the patch and the ethernet cable is the former has two connectors at both of the ends, while ethernet cable may not have two connectors and often terminate directly to the device interface directly.