Cat Cable Speeds Chart
However, as one would expect, it does not perform as well as cat5e or cat6 cable, but may be sufficient for slower internet speeds at your home. Cat5 cable is the cheapest of the three types listed here.
An enhanced version of cat 6, called cat 6a, supports up to 10 gbps speeds at greater distances.
Cat cable speeds chart. Cat2 is used mostly for token ring networks, supporting speeds up to 4 mbps. Ethernet cable speed of different categories. Another possible application is a 30 foot run at 3 gigabit on a cat 5e cable which should work correctly because its such a short run.
Cat5e versus cat6 comparison chart; Like many other cabling options, it relies on copper for data and power transmission. Cat 5 is suitable to carry ethernet signals, but also telephony and video.
Cat 7 has an overall shield as well as individual shielding of every pair. For business networks or gigabit internet service, cat5 support these services as well as the other two categories. Cat 7 cables are the latest to hit the networking market and enable speeds of up 10 gigabits per second (gbps).
Cat 6 has to meet more stringent specifications for crosstalk and system noise than cat 5 and cat 5e. Nothing changed physically in the cable itself. This also means the individual cores in cat 7 are easier to work with.
The cat 7 cable is backward compatible with cat 6, cat 5 and cat 5/e cabling standard and equipments. Cat2, cat3, cat4, cat5/5e,cat6 & cat 7 are network wire specifications. Cat 6a cables are well protected as a whole, so it is possible to eliminate the repellent path.
The cable comes as utp (unshielded twisted pair) cable, but can also be found as sctp (screened twisted pair). Cat6 works at 250 mhz and can get up to 1 gbps. The cable is identified as cat 6 by printed text along the insulation sheath.
Cat5 cat 5 cable cutout. For example, on a 10 gigabit application it is usually possible to go up to 35 meters on a category 6 cable. Around 2000 or so, cat5 overtook cat3 as the ethernet cable of choice for lan.
The following is the overview of ethernet cable speed of cat5, cat5e, cat6, cat6a, cat7 and cat8. In such cases the wiring between the customer's site and the telco’s network is performed using cat 1 type cable. It sets an excellent example for businesses which are looking forward to optimize their system performance with higher bandwidth.
Be sure to check with the customer on what device they plan on connecting with this cable. Cat5 is a twisted pair cable that is used in structured cabling for ethernet. The cable standard specifies performance of up to 250 mhz, compared to 100 mhz for cat 5 and cat 5e.
Cat7 ups the ante substantially with 600 mhz and 10 gbps rates. This type of wire can support computer network and telephone traffic. To be more specific, cat5 operates at 100 mhz and can transfer data at speeds up to 1000 mbps.
It is defined and specified in the iso/iec 11801:2002, class f specification. Cat 6 they’re tightly wound and usually outfitted with. The main differences between cat5 and cat5e can be found in the specifications.
Fiber optic cable is the fastest mode of broadband technology available today. Here, we’ll discuss the speeds of the most popular ethernet cables categories (cat5, cat5e, cat6, cat6a, cat7 and the newest cat8), to help you make a wise choice. Such limitations brought on new kinds of ethernet cables that could provide faster speeds over longer distances.
Then again, that’s the obvious stuff. Similar to cat5e but with slightly increased performance specs. The performance requirements have been raised slightly in the new standard (see comparison chart below).
There may be certain cases where special devices require cat6 and not cat5e. It eliminates alien cross talk with improved noise resistance. Many times it’s equipment like special audio and video adapters that have certain requirements.
If you have very short runs, you may be able to use the cable at a lower rating than officially required. However it can be used for networks carrying frequencies up to 20 mhz. The following chart lists the transmission distance of smf and mmf at different fiber optic cable speeds:
Category 6 cable (cat 6), is a standardized twisted pair cable for ethernet and other network physical layers that is backward compatible with the category 5/5e and category 3 cable standards. It allows users to get higher speeds with longer cables. It is used for data networks employing frequencies up to 16 mhz.
The cat5 cable provides a bandwidth of up to 100mhz, and its speed can range from 10mbps to a maximum of 100 mbps. This cable is not recognised by the tia/eia. Cat 7 is much more resilient to interference compared to a cat 5 cable.
Here we look at the difference between cat5, cat6 and cat7 kinds of ethernet cables. However, this makes them less flexible than cat 6 cables. Most importantly, cat8 ethernet patch cables can support a speed of 25 gbps or even 40 gbps.
Generally about 20% higher than cat5e. For each cable, cat stands for category. Cat 5e is currently the most commonly used cable, mainly due to its low production cost and support for speeds faster than cat 5 cables.
It's theoretical top speed is 10 gbps over 100 meters. The cat 6a cables are able to support twice the maximum bandwidth and are capable of maintaining higher transmission speeds over longer network cable lengths. It supports a frequency of up to 2ghz(2000 mhz).