If you don’t place your router or computer near one of these appliances, you should be fine. Things like cordless phones and microwaves can cause interference if your router is near these appliances. This is the same as many common household appliances. A downside to a Wireless B device is that it operates at the unregulated 2.4GHz frequency range. The signal is good for up to about 150 feet. Wireless B supports a maximum theoretical transfer rate of 11mbps. So, it’s still important that you have some basic information about it. However, some newer routers still support wireless B. Routers with only Wireless B are no longer manufactured. Wikipedia has some good information about them, but it’s pretty technical so look out for that! Lets move on. If you’re still curious about these “other” standards, you can find good information about them by doing a quick search.
So that’s why you won’t hear much about those while you shop for wireless routers for your home network today. Wireless A devices were mainly used by businesses. However, Wireless B devices were cheaper so they were more popular with consumers. For example, Wireless A was released around the same time as Wireless B. However, these other protocols either did not catch on as fast as others or serve a purpose other than for home networks. It would make sense to start with Wireless A, right? That actually does exist. 802.11 Enhancementsīefore we move on, it’s important to note that B, G, and N are not the only extensions. This is where the different letter designations come in. Today, wireless routers are not manufactured to this standard. The main problem with this standard was that it was far too slow (about 2mbps… MegaBits Per Second). This 802.11 standard was released in 1997. There was no letter designation, such as “G”, “N” or “AC”. All wireless routers at the time were built around this standard. They created the standard for WiFi technology which all wireless routers will follow. The Institute of Electrical and Electronics Engineers (IEEE) is an organized group of engineers. In the end, we’ll relate this information to making a real-world decision based on your needs. We’ll start out with a bit of technical information about each. You’ll even be able to make recommendations to your friends and family when it’s their turn to buy a wireless router. By the time we’re done here, you will be able to make a confident decision. You have to make a decision: Do you want to buy a Wireless G, Wireless N or Wireless AC router? But more importantly, what is the difference? What is outdated? Is there an option for me if I just want to do basic things like read email and news? What if I play a lot of games and watch a lot of movies? You’ve come to the right place for the answers, my friend. You’re doing your research to find the best router for you, but you’ve come to a crossroads. So you’re in the market to buy a wireless router.
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