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Further, a report by GSMArena has suggested that the new High Picture Quality option will also max output at p video irrespective of having a super-fast Wi-Fi connection. Data Saver is the opposite of Higher Picture Quality and prefers minimal data use over quality. This option will force the app to play in a lower resolution so you use up as little data as possible. The option is ideal for when you have a metered connection and do not want to blow up those numbers on a high-res video. The advanced menu is where users will find the resolution numbers now.

Here, users will manually be able to set the quality of the video from p to p or higher if the video supports it. Well, at least not directly. The app requires you to first head over to Settings and jump in the Video Quality Preferences menu. Here you can set a default setting for all videos you watch. However, the bad news is that users will not find the Advanced setting with manual resolution numbers here.

This means that if you want to set a default playback quality for all videos, you will have to choose between Auto, Higher Picture Quality and Data Saver. With this value and the screen ratio you can calculate the real resulotion.

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Asked 3 years, 9 months ago. Active 3 years, 9 months ago. Viewed 29k times. Improve this question. Not everything is p — szatmary. Android has a data monitoring tool in the OS already. Both apps also record data usage in nearly real-time. That way we have three total sources so we can compare and average results for better accuracy. We viewed the video at a locked resolution for three minutes and measured the data.

Unfortunately, not all resolutions are always available on mobile. It also helped confirm continuity between platforms. There were some troubles. The computer I used had no problem playing the 8k video. Until we do further testing, our 8k numbers are estimates. These measurements are far from cut and dry. That is why our graph has ranges rather than exact numbers.

Another fun little observation is how YouTube loads data. It loads data in chunks rather than a continuous stream of data. In lower quality video, these chunks are easily identifiable because YouTube loads larger portions of the video all at once. For instance, in the p test YouTube loaded almost the entire video in about six very clean chunks shown above. Meanwhile, the 4k video loaded in chunks so small that it looks like a continuous data stream.

The 4k video also did not buffer as far into the video as the p did during our testing. We did not correct our data for this behavior. The reason is because YouTube does this whether you want it to or not. If you watch a three minutes of a five minute video in p, YouTube still buffers almost the entire video.