Objects that project inductive interference, such as phones, microwaves, television signals, computer signals, and other frequencies can cause a lot of interference with Cat 5 transfer.
Additionally, it can also pick up interference from cables that it is joint together with. This is referred to as cross-talk. Cross-talk can result in serious problems with transferring data and signals. Moreover, cross-talk also reduces transfer speeds. Commonly referred to as Cat 6, the Category 6 cable is another twisted pair cable used in Ethernet and network applications. Compared with Cat 5 and Cat 5e, these cables support higher bandwidths. However, they are also more expensive. They are expensive because of their QA standardization and are more tightly wound compared to their predecessors, and have an outfit of foil and braided shielding.
The shielding protects the twisted wires inside the Ethernet cables, which helps to prevent crosstalk and noise interference from happening. These cables can technically support speeds going up to 10 Gbps, but only to a length of 55 meters.
Compared to the Cat 5 model, the Cat 6 features stricter specifications with regards to crosstalk and system noise. Compared with the regular Cat 6 cables, the Cat 6a model supports twice the maximum bandwidth, and they are also able to maintain higher transmission speeds over cable lengths that are longer.
These cables are always shielded and so is their shielding, which makes them ideal when cross-talk occurs. They help to completely eliminate cross-talk, making the Cat 6 cable a lot denser, and less flexible than the Cat 6 model.
The Category 6 cable helps to set a standard for Gigabit Ethernet. This helps to create a high-speed computer network for both homes rarely and for larger companies as well. However, it only provides that level of performance if other components within the network are compatible with gigabit speeds as well.
One of the best things about this cable is the level of speed that it provides. The Cat 6 can handle speed performances for up to MHz. This performance makes the device possible to be used with a faster Ethernet network, which includes Gigabit Ethernet connections and even 10 GB Ethernet too. The introduction of this cable was done to complement Gigabit internet in particular which includes a wider range of interface cards, patch panels, routers, switches, and other components which make for a full gigabit network.
Many IT professionals realize that the Cat 6 cable provides a speedy network performance which delivers gigabit speeds. This advantage can be mixed with the versatility of Cat 6 cables as well. In terms of structure, both Cat 5 and the Cat 5e are the same. The Cat 6, Cat 5, and Cat 5e cables each have a combination of 8 wires twisted together to form four pairs. The only major difference is that one pair of Cat 6 cable is kept away from any contact with others so that it produces double the bandwidth of the Cat 5 and Cat 5e cable as well.
The plug and port of the Cat 6 cable are the same as the Cat 5 and Cat 5e cable. This means that it can be plugged into any particular port or connection that provides support to both the cables. If, for example, you choose to use the Cat 5 port, it will not provide the full speed that is able to handle. It will operate at the same speed you would expect for a computer network cable. However, speed is still better. The Cat 6 cable will not be operated at full speed if other units within the network do not support gigabit speeds.
PRICE Keep in mind that the price can vary considerably, depending on the manufacturer that makes them and the length of cable that is ordered. With that being said, Cat5 is cheaper than Cat5e when they are placed side-by-side with respect to price per foot of cable. The higher price for Cat5e cables is due to the greater performance that they provide.
With all of these differences taken into consideration, you might be wondering which network cabling will be best for your IT applications. Overwhelmingly, the consensus on this issue is that you are better off spending a few extra bucks to get the Cat5e cables. Keep in mind that having Cat5e cables that support Gigabit Ethernet is only one part of the picture — you also need hardware that can handle gigabyte speeds network cards, routers, etc.
That means that applying Cat5e cables to your decade-old desktop computer system or IT setup will give you a negligible change in the speed of data transfer. You also have to be cognizant of the fact that cable length has an effect on the speed of data transfer. It is a known fact that both types of cables are not to exceed meters in length.
As you go beyond this length, you start to experience slower and less reliable data transmission. You can remedy this problem by using fiber-optic cabling, but it is an extremely expensive addition that should be avoided unless absolutely necessary. If you are still using Cat5 cable, you are probably good to go.
With that being said, you should be aware that Cat5 technology is already obsolete and no longer in use by the majority of IT companies. In fact, if you go to most online IT stores, you will find that they are no longer selling Cat5 cables for purchase. With the innovation of Cat6, Cat6a, and Cat7 cables, Cat5e cables may soon meet the same fate as Cat5 cables. They also have a new arrangement of the inner wires that is known as shielded twisted pair STP cabling, where each individual pair of copper wires is coated with metal shielding to protect them from crosstalk and screened shielded twisted pair SSTP cabling that adds an additional layer of metal shielding to cover all of the shielded wire pairs.
With the need for faster networks in the near future, Cat6 cables and above are beginning to turn from novel advancements in network cable technology into the industry standard. The only thing that stops them from reaching this stage right now is the fact that they are rather expensive. It will take a few years before the cost can be mitigated by something that is more affordable. Additionally, they can only operate at maximum speed when they are roughly half the length of Cat5e cables 55 meters , which makes them somewhat impractical from an IT design standpoint.
Add on the fact that they are not entirely flexible, and you run into the problems that were discussed during the comparison of stranded and solid cabling in the Cat5 and Cat5e cables. Therefore, you can put aside any concerns you have about removing Cat5e cabling from your setup in exchange for more expensive cabling.
The majority of setups that are used in the IT world rely exclusively on Cat5e cabling, and it would take a major overhaul of all the machinery in order to make a switch to Cat6 cabling necessary. Even then, Cat6 cabling and all of the iterations that have been made since its creation are also backward compatible.
By the time that you have to make the switch, it will be as effortless as switching from Cat5 cabling to Cat5e cabling. All rights reserved. Our Ethernet Cable Finder is here to help. Answer a couple of questions and let trueBOT guide you to the perfect solution. What connectors do I need? Check out our in-depth blogs, white papers, and instructional videos about everything going on in the low voltage industry.
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Manage your cable with ease. Learn how we do it. Low-voltage tools and accessories should keep your networking installations clean and organized. Shopping and a bit confused about the differences between Cat5e and Cat6 Ethernet cable? You are not alone. They appear exactly alike in many ways and have similar performance specifications just to add to the confusion.
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