![]() ![]() I am a bit of a sports fan and was watching an NFL game when I was assaulted by the spinning circle in the middle of the YouTube TV picture. We might have four connections going simultaneously if we are both watching TV and on a computer or iPad at the same time.Īll was fine until late one Sunday afternoon in December. For the most part, there are only two people using WiFi. ![]() We do use the Internet to stream YouTube TV as well as our other online activities. I do not live in a huge house and there are not many devices that are connected at one time. So here it goes:Īfter enjoying years of trouble-free WiFi I began to have issues with the system in late December. His natural curiosity and determination (and our wonderful brainchild NetSpot) assisted him in figuring out how to get his WiFi working as it was meant to. In that case, your only option is to upgrade to a newer router, which, of course, isn’t free.īut what if you have a newer router, let’s say one that supports the 802.11ac WiFi protocol, which has a multi-station throughput of at least 1 Gbps and single-link throughput of at least 500 Mbps? If that’s the case, consider yourself lucky because you should be able to utilize your internet connection to its maximum capacity even over WiFi.Ī great story shared by a great friend of ours. If you have an older wireless router that only supports the 802.11g WiFi protocol, and you pay for a 100 Mbps internet connection, it’s impossible for you to utilize your connection to its maximum capacity. The oldest still commonly used WiFi protocol is 802.11g, and it supports transmission speeds of only 54 Mbps, or roughly 6.75 megabytes per second. What’s more, WiFi routers use several different IEEE 802.11 protocols, which provide the basis for wireless network products using the WiFi brand. WiFi routers broadcast on two main frequencies - 2.4 GHz and 5 GHz - and each of these frequencies is divided into several channels. When you download a file over WiFi, you introduce several important variables, with your wireless router being the most important one. Under ideal conditions, of course.īut that assumption is only applicable for hard-wired connections and not for wireless networks. In other words, it should take you approximately 1 second to download a 12.5 megabytes-large file from the internet. Since nobody except for ISPs thinks in megabits, it’s useful to convert the number to megabytes per second, which gives us 12.5 megaBYTES per second. Let’s say you have a 100 Mbps connection going into your house - that’s 100 megaBITS per second. If you’re not sure, contact your internet provider and ask. To start with, you should find out how fast your home internet is. You might find out that the speeds you’re currently getting are actually the maximum speeds you can reasonably expect to get. Before you embark on the quest for faster WiFi, you should first figure out how fast your WiFi is supposed to be.
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