Android Pie isn't just about features that might change how you use your phone; there are also a couple of new additions that will change how you see things while you're using it.
These two additions will be hardware-dependent, but we're pretty sure a flagship phone from all the Android partners will support them. They can have a major impact on your media creation and consumption, so let's take a look at exactly what they are and what that means.
High Efficiency Image Format
HEIF (High Efficiency File Format, pronounced heef) is a fairly new method to compress image files and it's coming to Android Pie.
You might have noticed that some file types, like bitmaps (a .bmp file) are a lot bigger than other file types, like .jpg files. That's because of compression. You can compress almost any file at least once. An algorithm searches through the file's data and does things like erase duplicate data, lower color depth, and use rounding to make very similarly colored pixels the same color. This can take a very large file, like a 50MB .TIFF file and compress it down to a much smaller 2MB .jpg file — and our eyes see very little difference if it's done correctly.
There are two important reasons that this works. First, our eyes can see millions and millions of colors, but we can't actually tell that some reds are different than others (for example). Second is that the display we are using to see the images can't render all of the data, and files can be cut back to 16 million colors at best quality, and 8 colors at the absolute worst. Your phone doesn't have an 8-color display, no matter who made it, and some phones have a 24-bit (known as True color and capable of displaying 16 million colors) display. Chances are the camera on your phone will save images as 16- or 24-bit .jpg files and you won't know that some of the data has been stripped.
HEIF takes things a step further than JPEG does and can compress files to a smaller size with no loss of quality, but more importantly can also hold some extra data about the image itself. Apple adopted HEIF compression with iOS 11 and most people can't tell any difference. That means it works as intended! Extra data that can be stored in a HEIF compressed file includes:
- ** Low-resolution thumbnail** so your photo gallery doesn't have to build thumbnails on the fly.
- Burst-mode images can be saved with all the single shots inside one file.
- Rotation data so the image can be displayed at 0/360, 90, 180, and 270 degrees of offset.
- Auxillary items like an image alpha or depth map are saved inside the file.
Android won't be taking advantage of all of these features, at least in the beginning. We will benefit from the smaller file size and thumbnails, and it's said that some burst-mode data will be saved in a HEIF file created by Android.
Android will support compressing images using the HEIC (High Efficiency Image Compression) format and viewing them. Your phone will need an ISP (Image Signal Processor) capable of "building" a HEIC file but every phone that gets Android P will be able to view them.
HDR VP9 Video
VP9 is an open and royalty-free video coding format developed by Google. If you use Chrome or Android, you already have seen VP9 video even if you didn't know it! It's a format that offers a good amount of compression without any substantial loss in quality and websites like YouTube and Google Play Movies stream using it to Android and Chrome.
With Android Pie, those VP9 streams will be natively supported to be shown using HDR (High Dynamic Range). You might not have ever seen an HDR display showing HDR content. It's not really new, but it is new enough that many of us don't have HDR anything to watch Netflix or YouTube videos on. If you have seen HDR content on a good display, you know how cool it is. It's a much bigger difference than HD 1080p to HD4K video was, especially on a big display.
You will need to have a display on your phone that can show HDR content, but we've seen those for a while, and phones like the LG V30 and its gorgeous 6-inch P-OLED screen will love having native HDR available to any developer who wants to use it.
Presumably we will be able to take advantage of this if we get a Google Pixel 3 ?
Hopefully, but if the screen is still crap & LG haven't iterated is panel displays, which it should have then we can enjoy it
The screen on the thin q is awesome.. I'm sure they have their issues worked out. I mean lg makes the best picture OLED tvs..
Making a 6" 2k Display at good quality is a lot more challenging than making a 50" 4K TV at good quality. That's why most display OEMs make good TVs (some better than others, of course), but only a few even bother with small form factor screens. There are a number of technological challenges that smartphone displays have, which are absent in televisions.
Where's Beno the Google bot?
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