Ethernet cables have many types with different cords.
Most of these cables are found in solid and patch forms of cord and wire.
What really interesting about these cables is that they can come with different connectors, the RJ-45 is one of them.
solid wire cable
The use of Ethernet patch cords is rapidly becoming more commonplace as Ethernet systems become increasingly flexible and cost-effective in their ability to transmit voice, data, and multimedia over integrated networks.
As a result of this, Ethernet patch cords are quickly becoming a part of our everyday experience.
We are able to spot them in the work areas of commercial and educational facilities, where they trail away from the backs of computers and onto wall plates and other computers.
If we follow their course, we will watch them wind their way down the pathways leading from wall plates to patch panels, and then we will see them emerge once more from the patch panels and make their way to adjacent hubs or switches.
However, despite the fact that the modular qualities and abundance of patch cables give the impression that their application can be applied in any setting imaginable, there are significant distinctions between each of them that can hinder their capacity to be interchanged with one another.
The changes in the wiring configurations of their cable conductors and connection pins are the source of some of these discrepancies, and it is these distinctions that will be addressed in more detail in the following paragraphs.
- Patch Cords for Ethernet and RJ-45 Connectors both can be found here.
Patch cables for Ethernet are flexible leads that are equipped at each end with an 8P8C ("8 positions, 8 conductors") connector plug.
These cords are used to connect two 8P8C jacks that are identical to one another.
The 8P8C connectors that are used in Ethernet systems have taken on the common name RJ-45, which is an FCC designation for a Registered Jack that also has an 8P8C configuration.
This is because the 8P8C connectors look very similar to the modular connectors that were initially used in telephone wiring systems.
These RJ-45 connectors and jacks come together to form a gendered, modular connector system that is used in Ethernet networks.
This system makes it simple and quick to relocate workspaces and alter network components.
The male plugs and the female jacks are kept together by a spring-loaded tab, which is called a hook.
This tab ensures that the plugs and jacks remain firmly in place when in use, but also makes it simple to unplug them when adjustments need to be made to a network system or a work area.
This modularization is made possible by the eight conducting pins that can be seen on top of RJ-45 plugs and immediately inside the tops of RJ-45 jacks.
