When searching for these types of cables, you’ll see they always have a version number, like Cat5, Cat6, Cat7, etc. Unless your network equipment is up to the task, you are likely using 1 Gigabit Ethernet technology like 99% of the world. 10 Gigabit equipment is extremely expensive. While it is becoming more available, it is likely only found in medium and large businesses that have the need for very high speed. Cat7 cable will not make your existing network equipment or internet any faster. You will simply waste money. For the average home and small business user, purchasing anything higher than Cat6 is of no benefit either. This all said, if your network is designed to run 10 Gigabit speed, and you need this speed past 110 feet (165 feet depending on conditions) then indeed Cat6A is the way to go. For help with deciding what network technology best matches the cable to use, take a look at The Need for Speed. This has resulted in little to no developmental work on Cat7A-compatible products, making it mostly useless, despite its impressive capabilities. CAT 7 is much more resilient to interference compared to a CAT 5 cable. Why? CAT 7 has an overall shield as well as individual shielding of every pair. Cat 7 Ethernet cables can support a higher 600Mhz bandwidth than even Cat 6A and introduced support for 10Gbps Ethernet speed a full four years before Cat 6A was ratified. However, Cat 7 cables do not use standard 8P8C connectors, but rather TERA GG45 connectors. They are compatible with 8P8C, but by virtue of not using that more recognized and supported standard, Cat 7 cables further alienate themselves as atypical, making them less desirable for network installation.

Cat 7 Cables | Kenable

I've done that a few times and if your network switch has a sfpm type connector you're in good shape. Which connectors are required to finish the job? Our Connector Finder is here to help. Answer a couple of questions and let trueBOT guide you to the perfect solution. Given the WiFi speeds are the limiting factor, any cable that supports 100mbps over 300ft/100 meters will be suitable. It has four pairs of stranded twisted network cables that can carry data signals at speeds of up to 350MHz. What is Cat6 Ethernet Cable?Like some of the Cat 7 Ethernet cable’s earlier battles with Cat 6 and Cat 6A, it ultimately doesn’t stand much of a chance against Cat 8 cables. Although Cat 7 and Cat 7A are impressive cables and connectors, the standardization of Cat 8 is too much for it to compete with. Cat 8 is a true evolution of Cat 6A and the perfect upgrade path for anyone looking to expand their network’s capabilities. Alongside its unique launch timeframe , Cat7 has some unique eccentricities where other categories of cable adhere to strict specifications for all parts of their design. Partly because of that, but also because more standard Ethernet cables are now readily available and can compete directly with Cat7 , it's not hugely popular, despite its impressive specifications (especially considering when it was released). But the magic of that higher number means that comparable cables of lower categories are occasionally mis-sold as Cat7 cables instead. In fact, if you come across a Cat7 cable from some other retailer, you’re almost certainly buying a Cat 6A cable. When planning or shopping for the right type of Ethernet networking cables for your needs, it’s important to remember that there are numerous grades, distinctions and categorisations even within a particular version/revision of Ethernet cabling. It’s 100 feet long and works best with a host of devices, including your laptop, desktop, router, switch, modem, DSL, Hub gaming consoles (Xbox, PS2,3, and more). In this case, Cat6a (“a” here standing for “augmented”) is a better cable than the original Cat6 and is also capable of supporting twice as much bandwidth as Cat6.

Cat7 vs. Cat8: Which Cable is Right For You? Cat5, Cat6, Cat7 vs. Cat8: Which Cable is Right For You?

Where you see Ethernet cable labelled as either Cat7(a) STP or FTP, these acronyms stand for Shielded Twisted Pair or Foiled Twisted Pair respectively, and they essentially mean the same thing. Going one step further than F/UTP above, both STP and FTP denote that the cable features an additional layer of protective foil screening wrapped around each individual pair of twisted wires inside. The idea was to ensure that this newer, more enhanced option would eliminate unwanted signal interference and transfers that resulted in crosstalk between communication channels. Couple that with the fact it’s both weatherproof and UV resistant, and you have the kind of cable that telecommunications companies love to use. Is Cat8 the Best Ethernet Cable? Unfortunately, this strays further from the plans of the IEEE, which ratified in 2016 (six years after Cat7A was ratified) that Ethernet cables officially supporting 40 Gbps speeds would require support for up to 2,000MHz, meaning Cat8 cables are the only ones to officially support such speeds. Those other categories of cable were part of the standard development of Ethernet cables. They improved incrementally generation upon generation and were released in a fairly uniform manner over the years, but Cat 7 was an attempt to leapfrog ahead of that, delivering much greater performance potential years ahead of comparable Ethernet cable designs.Cat 6, Cat 6A, and Cat 7 have a lot of features in common, but there are some real differences between them. That means there are some good reasons to use them, and for Cat 7, some very real reasons that you shouldn’t. I’m going to run a 300 foot Ethernet cable from my motorhome to the roof of my bosses office and plug it into a special Wi-Fi range extender in repeater mode. This standard of Ethernet cables promises a maximum frequency of about 2,000 MHz with impressive speeds of about 40Gbps at a range of about 98 feet (30 meters). That said, whether you’re building a new network or upgrading an older one, leave Cat7 well enough alone. It’s a dead standard that isn’t going to see any further adoption and its benefits are easily matched and outweighed by competitor cables, like Cat 6A, or the latest and greatest, Cat8. So, what is Cat7? It's an Ethernet cable for sure, but you probably don’t need to worry about it. In fact, we’re almost certain you’d be better off with a Cat6A, or Cat 8 Ethernet cable instead. By the numbers

4 Simple Reasons Why Choosing CAT 7 Cable Really Pays Off 4 Simple Reasons Why Choosing CAT 7 Cable Really Pays Off

When Cat 6A cables became available a few years after the launch of Cat 7, they cannibalized any potential market for Cat 7. It was further improved to Cat 7A a few years later, and that specific standard did find some use in Europe in niche A/V systems, but ultimately Cat 7 Ethernet cables have been left as a forgotten standard; even if you can still get Cat 7 cables today. Cat 6 vs. Cat 6a vs. Cat 7: Comparison Cat6a can be used on a LAN (local area network) with printers, servers, VoIP phones, network media players, routers, modems, switch boxes, and so many other devices connected to it. What is Cat7 Ethernet Cable? Compatible with its predecessors (Cat5, Cat5e, Cat6, and Cat6a), this cable is ideal for use with a host of network devices, including modems, ADSL, Hubs, gaming consoles, and so much more. What is Cat7a Ethernet Cable?

Life can be unpredictable to say the least, so it makes sense to plan your new home with the future in mind. With a CAT 7 cable, you can create an expandable and flexible cabling system which will save you the expense of re-wiring for new features in the future! As Cat5 fades into obscurity (it’s currently rated as obsolete), Cat5e is one of the most popular Ethernet cables in the telco industry. It will be laying this 300 foot Ethernet cable on the ground and through some weeds etc and it WILL be exposed to rain and about 100 feet of it will have constant direct exposure to the sun the temperatures range from 35°-75°-110° in East County San Diego (no snow). In terms of Cat7 vs Cat8 networking performance, the latter is now available on the open market, but buyers should bear in mind that it’s currently intended almost exclusively for use in smaller footprint data centres (where there’s very little distance between servers and switches).