{"id":3598,"date":"2021-04-04T16:42:33","date_gmt":"2021-04-04T16:42:33","guid":{"rendered":"http:\/\/mp4gain.com\/mp4gain\/?p=3598"},"modified":"2021-04-04T16:42:33","modified_gmt":"2021-04-04T16:42:33","slug":"in-what-format-is-it-better-to-listen-to-music-part-3","status":"publish","type":"post","link":"https:\/\/mp4gain.com\/mp4gain\/in-what-format-is-it-better-to-listen-to-music-part-3\/","title":{"rendered":"In what format is it better to listen to music? Part 3"},"content":{"rendered":"

In what format is it better to listen to music? Part 3<\/strong><\/p>\n

\"audio<\/p>\n

Due to its advanced age, MP3 has significant limitations: the bit depth can be 16-24 bits, the sample rate is expressed only in discrete values \u200b\u200b(8, 11,025, 12, 16, 22.05, 24, 32, 44.1, 48), the bit rate is limited to 320 kbps. Also, in the normal version of MP3, the number of channels is limited to two.<\/p>\n

\"audio<\/p>\n

AAC
\nThe same rake, only in profile. Also developed by the Fraunhofer Society. Later and uses a different, more modern psychoacoustic model. The publicly available information allows us to conclude: yes, they managed to improve their own creation.<\/p>\n

Even with the simplest numbers, AAC is a more flexible format. The bit depth of the files obtained with the help of this development varies from 16 to 24, the sampling frequency, if desired, will also allow not to lose the sound image and is in the range of 8-192 kHz. The data stream is generally close to lossless formats (up to 512 kbps), while the maximum number of AAC file channels reaches 48.<\/p>\n

Which format is definitely the best?
\nConsidering that AAC is MP3 reinvented after a dozen years, then the choice is in its favor. If you want, it makes sense to only compare MP3 and OGG.<\/p>\n

On the graphics – good AudioCD, compressed OGG with 350 kbps variable bit rate and MP3 using Lame. The lower the graph, the closer the sound is to the original. It turns out to be a very interesting image. Although MP3 has clearly cut the high frequencies, unlike OGG, in which you can see a blockage below 2 kHz.<\/p>\n

The frequency-time distribution of sound does not speak of less interesting things. At a constant 320kbps bit rate, MP3 is almost identical to the original recording. Everything seems to fit now. But … In fact, everything is even more confusing.<\/p>\n

Why use at a loss at all when there is no loss available?
\nCommon sense.<\/p>\n

The fact is that most analog recordings do not contain the amount of information that would need to be stored in high-quality formats. Don’t forget that the native sample rate for CD is 44.1 kHz, the quantization is only 16 bits.<\/p>\n

The above graphics well demonstrate the high fidelity of MP3 streaming. But for an audio cassette, magnetic tape (unless of course it is a master tape), the characteristics of an audio CD are unattainable. And for mass studio equipment, the ability to record analog sound corresponding to AudioCD has appeared relatively recently. It makes no sense to digitize in FLAC (and even more so in WAV) a concert recording or a disc from the pre-digital era, especially those made with magnetic media. They do not contain those spectra and the amount of information that containers can store without compression.<\/p>\n","protected":false},"excerpt":{"rendered":"

In what format is it better to listen to music? Part 3 Due to its advanced age, MP3 has significant limitations: the bit depth can be 16-24 bits, the sample rate is expressed only in discrete values \u200b\u200b(8, 11,025, 12, 16, 22.05, 24, 32, 44.1, 48), the bit rate is limited to 320 kbps. Also, … Continue reading “In what format is it better to listen to music? Part 3”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[1],"tags":[61136,61122,61125,62073,61124,18858,61135,27882,61143,62220,61142,62221,61138,61137,53665,62217,62222,61134,61144,61119,18866,62223,33261,53610,62224,62218,61133,61130,62219,62226,62225,61140,61141,61139,61151,61150,61164,61152,61157,61160,61161,62227,61147,62228,61162,62229],"class_list":["post-3598","post","type-post","status-publish","format-standard","hentry","category-audio-video","tag-are-lossy-compression","tag-can-lossy-compression-be-reversed","tag-do-lossy-compression","tag-does-jpeg-use-lossy-compression","tag-does-lossy-compression","tag-does-mp3-use-lossy-compression","tag-does-pdf-use-lossy-compression","tag-how-does-lossy-audio-compression-work","tag-how-does-lossy-compression","tag-how-does-lossy-compression-help","tag-how-is-lossy-compression-beneficial","tag-how-is-lossy-compression-useful","tag-how-lossy-compression-is-done","tag-how-lossy-compression-works","tag-how-lossy-file-compression","tag-how-much-can-lossy-compression-compress","tag-is-a-lossy-compression-of-the-image-mcq","tag-is-lossy-compression","tag-is-lossy-compression-faster","tag-is-lossy-compression-reversible","tag-is-mp3-lossy-compression","tag-is-png-lossy-compression","tag-jpeg-lossy-compression","tag-lossy-compression","tag-was-is-lossy-compression","tag-what-does-lossy-compression-do","tag-what-does-lossy-compression-do-to-files-mcq","tag-what-does-lossy-compression-mean","tag-what-does-lossy-compression-stand-for","tag-what-is-lossy-compression-and-lossless-compression","tag-what-is-lossy-data-compression","tag-what-lossy-compression-do","tag-what-lossy-compression-means","tag-whats-lossy-compression","tag-when-is-lossy-compression-used","tag-when-lossy-compression-would-be-appropriate","tag-when-would-lossy-compression-be-appropriate","tag-when-would-lossy-compression-be-used","tag-where-lossy-compression-is-used","tag-which-lossy-compression","tag-who-invented-lossy-compression","tag-who-is-lossy-compression","tag-why-is-lossy-compression-suitable-for-a-video-clip","tag-why-is-lossy-compression-useful","tag-why-lossy-compression-is-beneficial","tag-why-use-lossy-file-compression"],"yoast_head":"\nIn what format is it better to listen to music? 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