Almost everyone loves watching a high-resolution video now and then, and since a global pandemic is keeping us all home more than we would like, it's happening a lot more often.
There is one big problem, though — the file sizes of a 4K or 8K video mean that factors like network congestion, data caps, and overall connection speed can lead to a less than enjoyable time. We've all been there; just when things were getting exciting, your video buffers. Yuck.
It's easy to blame Verizon or Comcast or whoever when it happens. I know it's easy because I do it all the time! But often, it's not your provider's fault because the file sizes and streaming requirements of high-resolution videos are so high that a wireless or even traditional copper network just can't handle more than a few people doing it in the same area.
Fraunhofer, the group that brought us the current H.264/265 standards, has what it thinks is the solution: H.266, also known as VCC (Versatile Video Coding).
Fraunhofer says that videos encoded with the new H.266 codec will be about 50% smaller than the same video using the H.265 standard, and the new codec provides "equal perceptual quality" so we won't hate how it looks. Fraunhofer calls H.266 a "quantum leap in coding efficiency" and that sounds cool, but what does all this really mean?
What does this really mean?
As mentioned above, if everyone in your area is streaming video at the same time, everyone suffers equally. A network is designed to carry a specific amount of traffic and no amount if intelligent routing or switching can overcome the effects of overload. When your video is buffering because too many people are using the network, so is everyone else's.
When you stream a video, you don't download the whole thing in one chunk. You download enough to fill a buffer that an application reads to show you what you want to see. As you draw from the buffer, the network fills it by continuously streaming it little by little.
But even "little by little" can mean a lot of data when each tiny slice of a video weighs in at a big size. The smaller the overall size of a video is, the smaller each tiny slice is, and your buffer can stay full while using less network bandwidth to keep it that way.
What's most important when watching a video — whether streaming online or watching a video you've taken yourself — is how good it looks. Fraunhofer is very specific with its wording here and says the new H.266 codec offers "equal perceptual quality." That's different from saying it actually looks the same and simply infers that we won't see the difference. That means that there can be slight artifacts or jitters that appear, but not enough to affect the overall quality, which is what really matters.
The new H.266 codec isn't just for streaming, though. Most every phone maker has already jumped on board with Fraunhofer, and we should be able to encode video we take ourselves with the new codec. That means you'll be able to fit more video on your phone's storage, spend less time and bandwidth uploading or sharing the videos you take, and use less storage space to keep them forever.
This alone is a major benefit of H.266. Even with phones checking it with 128 or even 256GB of storage, space on our phones is always at a premium. Having the same amount of content — Netflix offline, anyone? — using half of the storage space is a great idea.
When can I have this?
Fraunhofer says the chips designed to encode and decode H.266 are in development right now and that the initial version of the software component will be made available in the fall of 2020. That means your next phone or Android-powered TV or laptop might include support.
You can be certain that network operators and streaming services will be ready, too. H.266 is one of those things that looks to benefit everyone involved!
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Looking forward to it. My buddy and I shoot lots of video, and uploading those files to Google Drive takes forever when the video files are 5 to 7 gigs each. I did some stock footage last night of slow pans and walking shots of a historic theater, and even though the videos were small (334 MB total), I still had to sit there and wait for the upload. We could skip the upload if he did more of the video himself, but he's an iPhone guy who loves HTC's new video stabilization (which AC probably doesn't even know about), so I end up doing most of the shooting. Interestingly, Google Play will NOT let you download 4k movies at 4k, even over WiFi.
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