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In file sizes, we also use a set of prefixes to express large amounts of data, and you can see these prefixes in the table below. As shown in the chart above, we can express a thousand bytes as one kilobyte, kilobytes as one megabyte, and so on, just like in SI units.

However, for a very long time, this conversion does not hold. Since data measurement follows the binary system, which uses powers of 2, a kilobyte used to be equivalent to 2 10 bytes or 1, bytes. On the other hand, a megabyte is equal to 1, kilobytes, and so on. Nowadays, we commonly use 1, or the SI conversion instead of 1, binary conversion to convert these units.

However, new prefixes have been developed for binary conversion in case we need to use them. These prefixes are shown in the table below. You can also learn more about this in the " What is the difference between Mb and Mib " section of our video file size calculator. Files cannot always be in just one computer or machine. When we take a picture using a digital camera, we need to have a way to transfer the picture file to a computer and then to a printer to end up with the image printed on a piece of paper.

With that said, several ways have been developed for us to be able to transfer digital files from one device to another. The simplest way to transfer a file is through a data cable specifically made to transmit data.

Nowadays, we can also transfer data wirelessly through radio frequencies like Bluetooth or Wi-Fi. We can now also upload or transfer data to the internet so that other people can access it.

The internet is a series of computer networks running all across the world. With the internet, we can now easily send any file to our loved ones, even if they are a thousand miles away from us, as long as they also have access to the internet. All we need to do is upload our file to the internet. Then, to access our file, people have to download it to their devices. Uploading and downloading data can take a while, depending on the file's size and transfer rate.

Think of it like pouring water into a beaker. Pouring water from one beaker to another will only take a little amount of time. However, if we place a funnel on one beaker, the amount of water flow will decrease due to the narrow part of the funnel.

The flow rate of the water in this analogy is similar to the transfer rate of a file. We can compare a funnel's narrow tube part to what is called the internet's bandwidth. The larger the bandwidth is, the more data that can be transmitted at a time. Therefore, a file can be transferred much faster if the internet connection has a larger bandwidth. Bandwidth is also, in a way, an internet connection's maximum capacity, and we can express it in units of bits per second.

Internet bandwidth can also represent the maximum speed an internet connection can have. However, when moving a file from one computer to another, the maximum transfer speed will depend on the slowest bandwidth that the data has to go through - which can be anywhere in the route. To better understand this, let us consider an example.

Let's say that your friend wants to send you his new MB megabytes video creation over his 10 Mbps megabits per second internet connection. On the other hand, you will be receiving the video file over your 5 Mbps home internet connection.

For this example, let us assume that the upload and download speeds for both connections can use their entire bandwidths. Since the file will also be coming through the much lower 5 Mbps connection, this will be the maximum transfer speed that we can get for this data transfer. But, to determine the upload and download speeds of your connection, you can use any third-party speed test applications that can be accessed online through your browser.

Now that we know how to determine the transfer speed for our uploads and downloads, we can now calculate a file's download time or duration. Calculating download time is as simple as dividing the size of the file you wish to transfer by the transfer speed of the network that the transfer will go through. However, we have to be careful with the units we use, since this could be quite confusing. Let us consider the example above for our sample computation.

To calculate how long to download the MB video over a 5 Mbps internet download speed, we can use the equation below:. But first, let us convert the units of the file size in terms of megabits, which is equivalent to 1 million bits. To do so, we'll be using the conversion table above under the SI system. With that said, we now have this computation:. As shown above, the MB video file will finish downloading in less than 11 minutes over a stable 5 Mbps connection.

However, if somebody else in the house uses the internet while you're downloading this video file, it could take much longer to complete the download because of congestion in the data transfer. Aside from calculating the download time of a file from the internet, you can also use this calculator to determine the transfer duration from, let's say, a computer to an external storage device like a USB flash drive. Notice: All files are uncompressed Notice: I'm not affiliated with Warmane.

Step 2: Extract - This should be pretty self explanatory.. Either use windows built in extractor or alternatively Winrar or 7zip for example. Step 3: Play - Run "Wow. Remember to login with your username and not email. Edited: September 22, Current Download Server status Updates every 5 mins. Edited: January 4, October 3, Added Cata link.. October 18, Links are down for maintenance.

Expected downtime is around hours. MoP links will be added in 30th of october. Originally Posted by stefeman. October 29, May I know when MOP links will be up? Desperately needing this as I cant torrent in my uni dorm..

Originally Posted by zenico. Originally Posted by skullbashat. Edited: October 29, November 11,