It’s widely known that video is the most effective way of communicating your brand to your audience. It is also an extremely varied medium. Take a look at the existing videos in your media library, you’ll find videos with differing lengths, colors, brightness and density of content. All of these videos need to be optimized in a different way. Cloudinary’s new automatic video quality can intelligently analyze each and every video to encode it using the most optimized settings, ensuring the best trade-off between file size and visual quality, whilst also maintaining a consistent experience throughout. All you need to do is set the quality parameter to
auto (q_auto in URLs) and Cloudinary will take care of the rest.
Video plays an important role across the web, but that comes at the cost of production time and bandwidth. Cloudinary’s Dynamic Video Platform with on-the-fly encoding and manipulation offers up a simple way to improve the viewing experience with faster load times, whilst reducing bandwidth costs and saving time with video editing. However, up until now it’s been a one-size-fits-all solution when it comes to quality. Now you can properly automate video quality to ensure consistent appearance no matter the complexity.
Cloudinary has always allowed you to define a specific quality value to use on your videos – most use 70 out of 100. Whilst this may seem like a great way to ensure all your videos appear with similar visual quality, this is not necessarily the case due to the wide-ranging content and resolutions of your videos.
Take the video of a croissant below, it’s a simple, low resolution video with limited colors and a short duration. We’ve set the quality to
70 which visually degrades the video even further. Now contrast this with the aerial video of a bridge, it is much higher resolution, involves more movement, landscapes and colors, and has a longer duration. We’ve also set this to
q_70, and now we have a video that maintains a high quality but not necessarily the most optimal file size.
Instead, if we use automatic quality instead of a static quality value of 70, we can improve the video quality of the croissant video with very limited effect on the video file size. And, the aerial video has its quality maintained, whilst reducing the file size by around 10%.
If you really want to automate your video delivery workflow and ensure that consistent experience then automatic quality is great way to achieve this with very limited changes to your code. By using automatic quality, you can strike the right balance based on the content of the video ensuring every video has a consistent look.
Editing your video delivery URLs will require Cloudinary to re-encode your videos. We recommend doing this eagerly in advance of the new videos being delivered, to ensure your users are not waiting for this to happen when first requested.
We’ve already seen how simple it is to deliver consistent content-aware videos but what if we want a little bit more control? The automatic quality parameter can take additional configuration options to make it work for all of your use-cases.
You’re not going to want a super high-quality video all of the time. You might have some short thumbnail previews or want to aggressively reduce your bandwidth costs as a consequence of high-levels of traffic. For this you can use the
low options (
q_auto:low in URLs). In the example below we’ve taken the original video (5.95MB), and we’ve reduced the video to thumbnail size and combined this with
q_auto:low to deliver a video that is just over 175KB.
On the flip-side, you might have some videos, such as product videos, that you really need to show off and deliver in the best quality possible. Of course you’ll still get the benefits of Cloudinary’s intelligent encoding to reduce the file-size but the effects won’t be quite so dramatic. You can use the
best option to achieve this (
q_auto:best in URLs). Let’s take the same video as above, but this time we want to deliver the full video in the best possible quality.
We’ve delivered this video at 3.77MB and therefore managed to drop the file size by about a third, whilst also ensuring the video looks great visually.
To get a better idea of how the various quality settings affect the appearance and size of the videos, take a look at the comparison below. Select a different auto quality setting and see how the hourglass video is affected. You can also try out a comparison with your own videos using our video comparator demo for more.
Here’s the full list of automatic video quality settings:
q_auto– The optimal balance between file size and visual quality. By default, this is the same as q_auto:good.
q_auto:best– Less aggressive algorithm. Less aggressive algorithm. Generates videos with better visual quality but slightly larger file sizes.
q_auto:good– Ensuring a relatively small file size with good visual quality. Example of a target audience: stock media sites that display videos with a high visual quality.
q_auto:eco– More aggressive algorithm, which results in smaller files of slightly lower visual quality. Example of a target audience: popular sites and social networks with a huge amount of traffic.
q_auto:low– Most aggressive algorithm, which results in the smallest files of low visual quality. Example of a target audience: sites using thumbnail preview videos that then link to higher quality videos.
On top of all this, Cloudinary’s Dynamic Video Platform has a number of features to ensure you get the best results possible from your media. You can combine our new automatic quality setting with automatic video transcoding and content-aware video cropping functionality to achieve complete end-to-end automation and optimization.
Automation and consistency are big factors when it comes to your videos. With Cloudinary’s new automatic quality for videos, it’s super simple to solve these issues, ensuring you deliver your videos at the right quality with the lowest possible bandwidth usage. Don’t forget you can fine-tune it too, matching your needs and use cases. Go ahead and set your quality parameter to
auto (q_auto in URLs) and see the difference it makes. Check out the documentation for more detailed information and have a play with our video comparator demo to see it all in action.