Since we’ve already calculated what the ideal-conditions saturation of your bandwidth pipeline looks like, the rest of the math is pretty simple. With thousands of television shows queued up in your How-To Turn Your Computer into a Supercharged TiVo with Sick Beardįor the sake of this exercise, we’re going to assume that you would have access to some sort of data stream that would allow you to totally saturate your connection for long periods of time (like 20 Mb/s advertised speed becomes 2.5 MB/s). For all those readers following along at home, just divide your advertised or speed-tested internet speed by 8 (e.g. As such, your 35ĭata connection can provide, under ideal conditions, 4.375 Suffice to say, in order to get from bits (the smallest measurement of data) to bytes (units of 8 bits) we need to divide by 8. For a closer look at that subject, check out For you see, data transfer is measured in The very first thing we need to do is translate the data transfer speed to the same notation used for data storage. First, let’s lay down some parameters we can use to begin constructing our calculation. How much could I download in a single month if I completely maxed out my internet connection? I figure that’s pretty impractical in application and I don’t even know what I’d download for a whole month straight, but how much would it be if I did? According to my ISP (and this jives with the test I ran at ), my internet speed is 35 Mb/s.Ī fun little question and a question we can solve with some good old fashion math. You mentioned in that response that you like fun geeky questions, so here’s one for you. You’ve probably never even attempted it, but wouldn’t it be a fun experiment? How much could you download from the Internet if you put the pedal down and maxed out your connection for an entire month?
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