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∙ 10y agoMovies come in different qualities; the amount of kilobytes or megabytes per minute can vary widely. I suggest you get a sample of a movie in the desired quality, and divide the file size by the number of minutes, to get an idea. For your calculations, note that 1 Gigabyte = 1024 Megabytes - which you can round to 1000 for most practical purposes.
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∙ 10y agoThe storage space per minute varies a lot depending on the quality of the sound; but for a typical MP3, you can calculate about a MB per minute. That would give you about 30 MB for half an hour; in other words, much less than one GB.
A gigabyte is a measure of infomation [storage]. An hour is a measure of time. The two measure different things and, according to the basic rules of dimensional analysis, conversion from one to the other is not valid. There would be a huge difference between the storage requirements of basic audio and high quality video, for example.
Try using an audio converter from Nch audio. What version of Traktor are you using? I believe that the recordings are saved in MP3. DJ FLIP Housepartykings.com
96KHz implies 96000 samples/second. 24 bits is 3 bytes a sample. That would be 0.096 Million samples/second x 3bytes/sample x 60(seconds) x 72(minutes) = 1.24GB of raw data if you captured it as wav.
Tables and Graphs. Audio-visual is just one way.
about 500 minutes
a lot more than u think it is mate!!
Using the average audio rate (128k per second), 10 minutes takes up a mere 10 megabytes, or a scarce 100th of a gigabyte. Remeber: It is usually 1 minute for 1 megabyte.
A gigabyte is a unit of information (storage), whereas minutes are time, so they aren't comparable directly. One gigabyte means either one billion bytes, or 2^30 =1073741824 bytes (often called a gibibyte, the "bi" meaning binary, so a giga-binary-byte). Each byte is made up of 8 bits where a bit can be one of two values, such as 1 or 0, or true or false, or yes or no. If you mean "how many minutes of music" or "how many minutes of video" can fit in one gigabyte, that depends. A simple rule of thumb is that using modern compression, 1 megabyte (1/1000th of a gigabyte) can store about one minute of music, or about 7 seconds of standard-definition video, or around 2.5 seconds of high-definition video (both video types including their corresponding audio tracks) . So, 1 gigabyte can store about 1,000 minutes (16 hours, 40 minutes) of music, or about 1.94 hours (1 hour, 53 minutes) of standard-def video, or about 33 minutes of hi-def video.
Disc nameCapacityCD … 7474 minutes of uncompressed audio or ≈650.3 MiB of data (681984000 bytes).CD … 8080 minutes of uncompressed audio or ≈703.1 MiB of data (737280000 bytes).CD … 9090 minutes of uncompressed audio or ≈791.0 MiB of data (829440000 bytes). Disc size cannot be detected automatically and disc needs to be burned using the "Overburn" option.CD … 9999 minutes of uncompressed audio or ≈870.1 MiB of data (912384000 bytes). Disc size cannot be detected automatically and disc needs to be burned using the "Overburn" option.DVD-R (DVD-5)4.7 GB ≈ 4.38 GiB 1) of data (4707319808 bytes).DVD+R (DVD-5)4.7 GB ≈ 4.38 GiB 2) of data (4700372992 bytes).DVD … DL (DVD-9)8.5 GB ≈ 7.95 GiB of data (8543666176 bytes).HD-DVD Single Layer15 GB ≈ 14.0 GiB of data (15076554752 bytes).HD-DVD Dual Layer30 GB ≈ 31.1 GiB of data (33393473536 bytes).BD Single Layer25 GB ≈ 23.3 GiB of data (25025314816 bytes).BD Dual Layer50 GB ≈ 46.6 GiB of data (50050629632 bytes).
Storage limits do not translate into time limits. It depends on the quality of the video, and the quality of audio. I would say somewhere around 12 hours of video tape high quality + high quality audio.
There is no direct correlation between the binary size of a file and its length. Depending on whether you are referring to audio or video, and the quality and compression settings used, there can be an infinite number of possibilities.
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The amount of data used while listening to a 12-hour audiobook depends on the audio quality. On average, audiobooks use about 28-30 MB per hour with standard quality. So, listening to a 12-hour audiobook would use approximately 336-360 MB or 0.336-0.36 GB of data.
a long time
The storage space per minute varies a lot depending on the quality of the sound; but for a typical MP3, you can calculate about a MB per minute. That would give you about 30 MB for half an hour; in other words, much less than one GB.
About 2k songs.