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Fast and reliable download of 5 GB file - try it now

Your #1 resource to download free test files either for speed test or for any other purpose! Our dummy files include audio, video, PDF, images, text, and many other formats. Simply click on the desired box below and download your test file. Here are our speed test files to download below.

Downloading our files is easy, simply click on your desired box (like 10GB, 5GB, 1GB, 512MB, 200MB, 100MB, 50MB, 20MB, 10MB, 5MB, 1MB, 100KB) above and it will start downloading the file. These files use IPv6 when available otherwise IPv4. All of our files are served over HTTP, FTP will be added soon.

download 5 gb file

No matter if you are using 5G wireless, Atlantic, spectrum, kyrio, Xfinity, Verizon, AT&T, Astound, Mediacom, HughesNet, rise, Suddenlink, or any other internet provider, our test files work everywhere.

However, if you are a programmer/developer and looking for a test file containing test data from a programming perspective, stay tuned! Soon, we will upload data files for different testing purposes like bash, audio, video, c#, CSV, image, cucumber, java, JUnit test files, etc.

Test files are used for different purposes. From a programming perspective, such files are used to test units and code. However, the main reason for our test files is to test downloading speed on different broadband or using tools.

Downloading time depends on your broadband package. However, we have tested downloading these files on various packages and, as a result, we have listed the average results under each file. These results are verified from different locations.

Test files of various sizes can be useful for network and application testing. Below are download links to a few popular file sizes as well as a tool to generate custom size files. The files contain randomly generated binary data.

These locally generated files will download much quicker than the network downloaded files since their content's are generated on the fly. Their download speed is restricted only by your device's processor and storage drive speed.

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All file sizes here conform the ISQ and IEC standards where 1KiB = 1024 bytes and 1KB = 1000 bytes. A lot of websites still refer to 1KB as 1024 bytes. If you do not receive the file size you are looking for try downloading the other variant.

To download a file with a custom size enter the size you would like below and click download. Note: these custom files are also generated locally, they should not be used as an indication of download speed.

Just wondering, since right now I'm importing all my pictures from a CD my dad burned for me. I was curious if 5 GB of pictures took the same exact amount of time as 5 GB of text when doing these kinds of transfers. Since there might be 'overhead' associated with the different file formats even if they are cumulatively the same size...

If you're downloading from a web site, than some sites automatically compress files "on the fly", and text compresses very well, while JPEG is already compressed, so it won't compress at all. In this case, there will be a big difference.

If you're just using a copy command to copy files from one computer to another, than there will be no difference. However, if you're employing some kind of a specialized tool, then again, it depends if that tool uses automatic compression or not. The only difference between jpeg and text is a possibility to compress the files.

With 5GB of pictures you are likely to be talking about a few thousand reasonably sized files, say 3MB+ each. If you were download 5GB of text files, you'd typically expect each file to be a lot smaller. So you'd likely be dealing with an order of magnitude or two extra files (hundreds of thousands or millions of files).

Also, talking about overhead, a million of small files 5GB total size will take more [actual] space and usually more time to copy than a single 5GB file, because that 5GB does not include space needed to store file names, dates and other metadata.

We found this interesting, and tried it while transferring different sorts of files, and found that as a rule, plain text going over the network always used 100% of the bits available in each packet, where binary transfers often had unused bits. Why this is, I couldn't tell you, but several experiments bore this out.

First off, JPEGs are compressed. To view the image, the file must first be uncompressed, and for the overwhelming majority of such images you must have the whole file to do this. There are progressive JPEGs that provide an iteratively sharper picture as it is loaded, but they're rarely used anymore in an age where DSL and other high-speed connections are very common. Text, on the other hand, is more or less streamable; as soon as you have a byte (or two or four, depending on the UTF encoding used), you can show that character. Even the oldest data transfer mechanisms can load text faster than you can read it. So, a 5GB JPEG would take longer to be able to display something than a 5GB text file.

Second, also because JPEGs are compressed, they don't work well with browsers or file-transfer programs/protocols that compress large amounts of data before transmission. You can see this by ZIPping a ZIP file; unless the second ZIP process was configured to do more compacting (slowing it down), you won't see much difference in size. That means that when using one of these tools, 5GB is not 5GB; the JPEGs are still going to be about 5GB, but the text can be compressed, maybe down to 1GB or less. If you were comparing 5GB of bitmap files to 5GB of plain text the comparison would be much closer.

However, simply moving 5GB of files from one computer to another using NTP, FTP or HTTP, without any compression or "doanload booster" mechanism used, will take about the same time overall; any difference would be a result of differing network traffic levels at any given second during each transfer.

Requests is a really nice library. I'd like to use it for downloading big files (>1GB).The problem is it's not possible to keep whole file in memory; I need to read it in chunks. And this is a problem with the following code:

Here is additional approach for the use-case of async chunked download, without reading all the file content to memory.It means that both read from the URL and the write to file are implemented with asyncio libraries (aiohttp to read from the URL and aiofiles to write the file).

Yet another option for downloading large files. This will allow you to stop and continue later (press the Enter key to stop), and continue from where you left off if your connection gets dropped otherwise.

Our custom-made UDP transfer acceleration protocol enables you to achieve blistering fast file transfer rates. Available for both Windows and Mac. Benchmarking shows we are faster than most file sharing services.

With our file transfer app for iPhone and iPad you can send large files and videos to anyone with an email account. Alternatively you can upload the files and share the link wherever you want. There is no need to register to use our free service.

Use our Android file transfer app to send files for free. No registration is required to send files of up to 5 GB. If you need to send bigger files, just get out a subscription, and enjoy many more benefits such as 1 Tb storage, password protection, and longer storage duration.

With our business account you can integrate our file upload form and also place the download page on your own site. Custom Fields can be added, and you can specify your own Javascript/CSS to completely branded/customize Filemail to to fit your needs.

I have used Filemail for several months and find it very easy to use. It solved problems we have here at the bank when we need to send large files. The platform also provides a secure way to send confidential information back and forth between the bank and our customers.

Filemail is the easiest and fastest way to send large files. Some of my clients have been so impressed with Filemail when they have received my videos that they have started using it for their own businesses

Filemail has solved all my file transfers problems I have had in the past. Fast reliable, friendly to use. Very happy with the service. We send our shows all over the world, Filemail is a great help.

To find the file ID, you need to access Google Drive somehow. You can do this on the web or by using a file browser, Windows Explorer, macOS Finder, or any other means of accessing your Drive that you prefer. Navigate to the folder your file is in.

Pasting this full URL in your browser window will start a download for your file, bypassing any confirmations or file processing. Typically, this will be faster than downloading a large file manually.

The nice thing with this method is that you only have to generate the API key once and can use the same API key whenever you want to download a file. However, you need to fetch the unique file ID for each file you want to download.

The downside to this option is that it takes up a lot of space, both on your local device and on your Drive, since the files are present in both locations. If you want to minimize this issue, you can get more storage for Google Drive or clean and audit your Drive to make the best use of your space.

This download time calculator will help you determine the time it will take to download a file at a given internet bandwidth. An internet bandwidth provides information about a network's upload and download speed, and the faster the internet download speed is, the faster we obtain the file or the data we need. Keep on reading to learn how long it takes to download, let's say, your favorite video clip.

Computer file sizes vary depending on the amount of data or information a computer file stores. When storing data, computers use what is called bits, an abbreviation of "binary digits." A bit can save either a yes or a no, black or white, and so on. Data stored in bits are represented by 1's and 0's and can be combined with other bits to form useful files like texts, images, audio, or videos.

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