4k60 frames per minute is 0.732G. We need to understand the compression and bitrate settings of the video. Based on these conditions, the approximate video file size can be calculated, but the actual video file size may vary due to different settings of compression and bitrate. The file size of the video may also vary depending on factors such as the content type and dynamic range of the video. There will be changes.
#The operating environment of this tutorial: Windows 10 system, dell g3 computer.
4K is a video resolution, which refers to a video with 4000 horizontal pixels. And "60 frames" means that the video plays 60 independent pictures (frames) per second. Therefore, "4K60 frames" refers to a video that plays 4,000 horizontal pixels per second and plays 60 independent frames per second.
To answer the question "How many gigabytes per minute for 4K60 frames?", we need to consider the compression and bit rate of the video.
Video compression is a technique to reduce the size of video files. Common video compression standards include H.264 and H.265. These standards use different algorithms to reduce video file size while maintaining high video quality.
Bit rate refers to the data transfer rate used when transmitting or storing video data. It represents the number of bits transmitted per second. The higher the bitrate, the better the video quality, but the size of the video file will also increase accordingly.
For 4K60 frame video, the size of the video file may vary greatly depending on different settings of compression and bitrate.
If we assume that the video uses the common H.264 compression standard and is encoded with a higher bit rate, such as 100 Mbps of data transmitted per second, the video file size can be calculated according to the following formula Estimation:
Video file size (GB) = Video bitrate (Mbps) x Video duration (seconds) / 8 / 1024
Assuming that the video duration is 60 seconds, the video file size can be The estimate is:
Video file size (GB) = 100 Mbps x 60 seconds/8/1024 ≈ 0.732 GB
So, based on this assumption, the file size of 4K60 frame video is approximately 0.732 GB.
However, it should be noted that the above estimate is only a rough reference. Actual video file size may vary due to different settings for compression and bitrate. Additionally, the file size of a video can vary based on factors such as the video's content type and dynamic range.
To sum up, to answer the question "How many gigabytes per minute for 4K60 frames", we need to understand the compression and bitrate settings of the video. Based on these conditions, the approximate video file size can be calculated. However, this is just an estimate and actual video file sizes may vary.
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