The best music formats for sound quality


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The best music formats for sound quality

Sound quality

There are three main types of audio digits: format – uncompressed; format (lossy) – lossy compression; format (lossless): lossless compression. Lossy compression:

Sound Quality Formats

technology in which there is a significant reduction of the encoded file compared to the original, due to the elimination of information that is not perceived by the human ear. The downside of this technology is the fact that the compressed file will never be identical to the original. List of the most common lossy formats: AAC (.m4a, .mp4, .m4p, .aac):

advanced audio encoding (often in MPEG-4 container) AC3 DTS MP2 (MPEG Layer 2) MP3 (MPEG Layer 3) MPC (known as Musepack, formerly called MPEGplus or MP +) Ogg Vorbis WMA (Windows Media Audio)

QUANTIFICATION FORMAT, SAMPLING FREQUENCY BIT, KHZ THE SIZE OF THE DISK DATA FLOW, KBIT / S COMPRESSION / PACKAGING RATIO DTS 20-24 48; 96 up to 1536 ~ 3: 1 with floating MP3 loss up to 48 up to 320 11: 1 with floating CAA loss up to 96 up to 529 with Ogg Vorbis loss up to 32 up to 192 up to 1000 with WMA loss up to 24 up to 96 up to 768 2: 1, there are a lossless version Lossless:

Lossless compressed audio formats including: FLAC (Free Lossless Audio Codec) APE (Mono Audio) WV (WavPack) These formats are capable of converting CD to digital format while maintaining quality. As an example, you can take a CD, convert it to WAV, then WAV to FLAC, then go back from FLAC to WAV, and then burn it to a blank CD and you have an absolutely identical copy of your source.

What format does the music sound with the best quality? The most popular is the lossless FLAC format, and one of the most widely used CD to FLAC conversion programs is EAC (Exact Audio Copy).

Of all the parameters of digital audio, it is necessary to pay attention mainly to the following indicators: sample rate (precision of digitizing an analog signal in time), bit rate (amount of information contained in the file in terms of one second) .

The sample rate is the frequency at which digital audio is processed. The most common sample rate for quality audio formats is 44.1 kHz. It is generally accepted that a high bit rate guarantees the best quality; this is true, but only if the source file is of good quality.

A high-quality MP3 should have a bit rate of 320 kbps, but a high-quality FLAC format usually has a bit rate of 900 kbps or more. What is the best quality music format? In addition to the audio formats themselves, for high-quality musical sound, you also need high-quality reproduction equipment: speakers, amplifiers, headphones.

In other words, if you use cheap desktop speakers and headphones, you won’t be able to fully enjoy high-quality sound and unleash the full potential of lossless formats. Without going into technical details, the following formats can be advised: For listening at home, I recommend the best FLAC format in my opinion.

For an audio player, the MP3 format with a bit rate of at least 320 kbps would be a good solution. Personally, I only use the FLAC format on all devices, since the volume of the microSD cards allows you to store a sufficient amount of data on the player.

As for equipment for high-quality music playback, I advise you to pay attention to the following brands: I recommend choosing headphones from Sennheiser and AKG, the products of these manufacturers have proven themselves in terms of value for money.

For a PC, I recommend choosing acoustics from the following companies: Microlab and Sven with a nuance, the speaker system must have a subwoofer for good low frequency reproduction. If inexpensive acoustics do not suit you and you are a fan of high-quality sound equipment (Hi-Fi or Hi-End), then everything is in your hands and you are limited only by your budget, I will not give recommendations.


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Author: R. Arias

R. Arias is the author of this article and has extensive experience for more than 30 years as a recording engineer and audio specialist, as well as more than 20 years of experience creating algorithms related to audio and video. Linkedin