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What is the best audio format to get the best sound quality?

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What is the best audio format to get the best sound quality?

Best Audio Format

Mp3, Wav, Flac… Which one is better?

Best Audio Format

We’ve heard so many discussions about whether mp3 can sound the same as wav or flac and there are advocates for both.

There are people who staunchly defend mp3 and show and prove that an mp3 generated with certain settings can sound so similar to a WAV that not even 1% of people with ear training can distinguish it.

Others, on the contrary, argue that the method used by the mp3, causes a lot of information to be discarded in order to make the file smaller and this necessarily causes the quality to be diminished.

But everyone forgets that the number one point is to think about what kind of device or audio player we will listen to the music. Because for all these niceties mentioned above to make sense, we’ll have to have equipment that can play HD audio, otherwise we won’t easily tell one from the other.

And the truth is that most people play music on a medium quality equipment in a car on a phone or on a laptop, which makes the question of whether an mp3 sounds very different from a wav is unnecessary.

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What is the best sounding audio format? Is it MP3?

The audio formats with the best sound quality are

mp3
b, wav
c, wma
d.rm

Answer: The

B wav format files are usually stored on the computer The most widely used file format is an uncompressed format, which stores the most authentic and original sampled data, that is, the sampled data of the set frequency and bit depth they are true and lossless, like 44.1 kh/16-bit audio CD quality, other frequencies and bit depths can of course be stored.

Below are other audio file formats:

1. Format

MP3 MP3 is an audio compression technology that compresses files to a small volume on the premise of losing a certain amount of high-frequency timbre data. The highest bitrate can only reach 320K. The frequency part is basically lost.

2. Format

WMA WMA is Windows Media Audio from Microsoft. The WMA format has a higher compression rate than MP3 and the generated files are smaller. It is suitable for transmission in low-speed networks many years ago.

3. Format

FLAC FLAC is lossless audio compression. Since it is lossless compression, it will not destroy any original audio data information and can restore the sound quality of the music on the CD. FLAC is very similar to MP3, but it is lossless compression.

4. The format

APE APE is similar to FLAC and is also a lossless audio compression technology.

Something very important, that we will develop in another article and that is almost always ignored when it comes to comparing audio formats, is the equipment or device that we use to play music.

That is the point from which we should start.

What audio format should I choose?

What audio format should I choose?

Best Audio Format
Everybody loves music. Some listen to it on the way to work, and others can’t go a minute without their favorite songs. Listening to music comfortably depends not only on the mood, the time, the moon phase and good headphones, but also on the audio format in which it is stored on our devices.

In the 21st century, streaming services are becoming popular, but most people still store music offline and listen to it from their phones, players, audio systems, etc. But this post is not a discussion “Which headphones are better?”, “Why listen to music?” or “Why vinyl, not CD?”, but a brief summary of today’s most popular digital audio formats, their pros and cons. I will not analyze them all, and I will not compare different encodings, the differences “this AAC from this AAC”, but I will try to count in an accessible way the differences of some popular audio formats from each other.

So what is the best way to store your music collection? Today, there are many digital audio formats, and if you want, you can see a list of them on Wikipedia. But we will focus only on MP3, AAC, WMA and FLAC.

MP3

The most popular audio format and nobody can argue with that. Why is it so popular? It’s simple, because Mp3 was the first audio format with the best ratio (at the time) of file size and quality when compressed. Therefore, most of the songs were translated into MP3, which served as the undisputed primacy of the audio format on the market.

The advantages are clear from the previous paragraph: small size, tolerable compression loss, ubiquity, compatibility with all devices, and also, due to the small size, you can store a large collection of songs on a medium with little memory capacity, which it is also an advantage for some.

But Mp3 also has some disadvantages. Even though compression losses are not visible to ordinary people, knowledgeable people will notice them immediately. This is a low sound quality compared to other audio formats, as well as a “cut” of frequencies above 17 kHz, which is felt by ear with good headphones.

AAC

The young audio format AAC, mainly promoted by Apple, can be considered the successor to Mp3. AAC seems much more advantageous because Compared to MP3, AAC file compression is more efficient. At a bit rate of 128 kbps, an AAC composition is comparable in sound quality to the same MP3 composition at a 192 kbps bit rate.

Better compression quality is a major advantage of AAC. The disadvantage is not the same prevalence as in the same mp3. Some devices do not yet support this format. And also the compositions in AAC take up more space than in MP3. Not as much as FLAC, but still, for some it is a critical factor.

WMA

The WMA format was created by Microsoft as an alternative to Mp3 for Windows users. It was believed that with half the bit rate of MP3, WMA produces similar quality. But, in fact, the composition in WMA at 128 kbps is noticeably lower than that of Mp3. The advantages include full Windows support, but the disadvantage is extremely low quality at a low bit rate. By personal observation, I will say that I have not seen people storing their music in this audio format for a long time.

FLAC

One of the most common audio formats for music lovers in good quality. FLAC compresses the data, leaving it in the output identical to the original, without losing any data, which is the main lossless compression algorithm. Furthermore, decoding the FLAC format does not require as much processor resources, allowing you to listen to music on portable devices.

The advantages of music in FLAC are excellent quality and fast decoding, but a disadvantage, as a result, is the large file size.

So in what audio format should you keep your music collection? If you are not so critical of losses after compression, if you want to make a mistake with the support, so that your collection does not become a bunch of useless files in 5 years, you have a limited amount of memory for your music, then choose Mp3. If free space allows you to store larger files, switch to AAC. I personally don’t recommend WMA. I think this audio format is dead, although most people will not agree with me. And if quality is important to you, you have a good audio system or headphones, and even minimal compression loss is inexcusable for you, then FLAC definitely is. But be prepared for the fact that you must have plenty of room for music.

The best popular audio formats

The best popular audio formats

I looked around the forest of audio formats for normal use and chose the 5 most important ones. It is true that, in part, a bit simplified, a bit rough in presentation. I refrain from differentiating the exact settings of the respective codecs, that would be too complex.

I also don’t want to get into the nasty topic of DRM. The most important one I dropped is probably Vorbis. . Of course, I assume that the correct settings are used when encoding and that a high quality level is selected.

1st place:
MP3 (MPEG-1 Audio Layer 3)

The most widespread digital format, with good encoding (for example, with LAME) in high bit rates, a format of the highest quality and transparency.

Quality (4.5 / 5 points)
Popularity (5/5 points)
Compression (4/5 points)
Total: 13.5

2nd place:
AAC (advanced audio coding)

It became famous especially for its use in the Apple iPod, a codec that has small advantages over MP3 at low bit rates due to technical developments.

Quality (4/5 points)
Popularity (4.5 / 5 points)
Compression (4.5 / 5 points)
Total: 13

3rd place:
WMA (Windows Media Audio)

Windows proprietary format. Of course, Microsoft has the reins here, so variable format doesn’t run on all playback devices. Otherwise, no major strengths and weaknesses and, for example, the standard format with Napster.

Quality (4/5 points)
Popularity (4/5 points)
Compression (4/5 points)

Total: 12

4th place:
FLAC (Free Lossless Audio Codec) !!

As the only lossless codec on this list. FLAC works in something like a ZIP program: the original can be restored from the compressed file by approximately 50% without restrictions. In times of low hard disk space, a real alternative, especially since many playback devices can play this format. My winner of hearts, the popularity will certainly increase in the future.

Quality (5/5 points)
Popularity (3.5 / 5 points)
Compression (3/5 points)

Total: 11.5

5th place:
Wav

The original format of the normal audio CD data. Impeccable quality and still widespread thanks to the well-known compact disc. It actually started out of the competition because it’s completely unzipped.

Quality (5/5 points)
Popularity (5/5 points)
Compression (0/5 points)
Total: 10

What is really … FLAC?

FLAC (Free Lossless Audio CODEC): Unlike lossy formats like MP3 or the lossless AAC method of storing audio files. Any audio enthusiast who values the highest quality of their digital music collection should consider saving their tracks in FLAC format.

FLAC vs MP3

FLAC vs. MP3: lossless and lossy

As you can read from the English name, FLAC is free and lossless audio compression. Everyone knows the audio compression principle of the MP3 file format. On a commercially available audio CD, a typical three-minute song takes up around 30MB, after conversion to MP3, on average only about one-tenth of that, or 3MB.

Lossless FLAC Audio

The reduction is very high, especially noisy, and consciously non-perceptible parts of the original signal are lost, which is hardly a restriction for listening pleasure. However, it is never possible to calculate exactly which parts are really irrelevant to the listener, so useful information is also destroyed during compression – the quality decreases compared to the original.

This is where FLAC comes in. This codec does not compress the audio signal according to psychoacoustic methods, but rather mathematical ones. Although FLAC has a relatively low compression rate (on average, the above-mentioned three-minute track in FLAC format would be around 15MB in size), the quality is exactly the same as the original CD. The fact that the file size can still be reduced is due to the fact that musical signals contain redundant information from a mathematical point of view due to their high periodicity. Therefore, FLAC is perfectly suited to digitally archive your lossless CD collection.

How can I play FLAC files?

Common audio players can play FLAC files. In addition, more and more audio devices, such as AV receivers or Blu-ray players with USB or network connections, can play not only MP3 but also FLAC. Teufel’s audio transmission systems also reproduce the format flawlessly.

Finally, the small drawback: CD files in FLAC format quickly get very large. With 100 CDs, you get a storage requirement of around 40GB, while the same number as an MP3 file only takes up about 7GB. But if you have a superior (diabolical) system at home, you will quickly appreciate that you are hearing exactly what the music producer had in mind when the recording was made: an impressive listening experience with no compromises.

Conclusion: is FLAC the audio format of the future?

FLAC is a format that compresses audio data without loss. So it is qualitatively equal to CD.
FLAC files are as easy to create as MP3s, but they take up much more space than MP3s.
The audio format is ideal for digitizing CD collections and adapting them to the future.

All about all audio file formats

Dematerialized music has evolved considerably for almost 15 years and has played an important role in the daily life of every individual. We’ve all heard more or less about FLAC, MP3, WAV, etc.! Few people really know the difference between each size, its pros and cons …

This article is intended to enlighten you to make the best possible choice for extracting and compressing your audio files.

There are different types of layouts that can be grouped into several large families:

– uncompressed files

-lossless compressed files

– Lossy compressed files

audio formats

-Uncompressed files

WAV: WAV (Waveform Audio File Format) is an audio file format created by Microsoft for Windows. This format is usually an uncompressed container. Therefore, an audio CD with a duration of about 80 minutes in WAV weighs plus or minus 800 MB

Advantages: the file remains in its original form, no loss of information (no loss)

Disadvantages: The WAV file is an uncompressed format that gives it a large size and therefore takes up more space in the storage space.

AIFF – Audio Interchange File Format (AIFF) is the Mac OS equivalent of the WAV format. Therefore, it has the same characteristics as this. The pros and cons of this format are the same as for WAV.

– Lossless compressed files

FLAC: The FLAC (Free Lossless Audio Codec) format is without doubt the most beneficial file for the user. Firstly, in terms of WAV and AIFF, this format is a lossless format, ie the digitization of the file does not imply any loss of information from the audio spectrum. The file is scanned and returned as is. The second advantage of this format is the size it occupies in the storage space. Nondestructive compression is applied to this type of format as a ZIP file, making the scanned file about 2 times less space than a WAV file. Therefore, for 80 minutes of music on CD, the occupied space will be approximately 400 MB. Finally, this format is universal, compatible with most multimedia players, it is compatible with all operating systems except iOS,

Advantages: file size, identical reproduction of the original file during scanning, free and compatible with almost all media players and operating systems

– Disadvantages: none

ALAC: The ALAC (Apple Lossless Audio Codec) format is simply the Apple equivalent of the FLAC file.

– Lossy compressed files

MP3: The MP3 format (Mpeg Layer 3) is a well-known format. It is a format with destructive compression, that is, a recording from which musical information has been removed thanks to the so-called psychoacoustic compression algorithm (taking into account the peculiarities of the human ear), so that less scanning is needed to create a lighter file to obtain . This format is most commonly used for dematerialized music, as it allows a significant space saving in the storage space with a size of about 150 MB for an 80 minute CD. Compression can be more or less destructive depending on the speed used, which can range from 4: 1 (320 Kbits / sec) to 12: 1 (128 Kbits / sec).

-Advantages: it takes up little space on the hard disk and does not affect the quality of the songs with a dynamic range and a limited variety of timbres

– Disadvantages: paid MP3 license, destructive compression for “richer” songs.

AAC: The AAC (Advanced Audio Coding) format is a format close to the MP3 format, but provides additional definition with an identical compression rate. Apple uses this specific format in the iTunes Store, but also on YouTube. the extension can be written in various forms, such as .AAC, .M4A or MP4

-Advantages: better compression quality than MP3

-Cons: compressed file format at a loss

Which format for digital music should you choose?

AAC, MP3, MP3 Pro, Ogg Vorbis, WMA. In the digital age, choosing one or the other of these standards is not easy. Especially since their properties lend them to one use instead of another. Detailed review

Which format for digital music should you choose?

MP3 is far from alone in the world. Feeling that compressed digital music is likely to change the record market, many developers have begun designing formats designed to offer the best compromise between the amount of data used and the sound quality. Thus, AAC for Apple, WMA from Microsoft and other OGG Vorbis communities were born. So many standards that have their advantages and disadvantages and that it is advisable to know them well before choosing the most appropriate coding software for your needs.

First, remember that an audio CD uses uncompressed data. Music is digitized on its surface at a rate of 44,100 samples per minute. Second, each of these samples is encoded in 16 bits (2 bytes) and in stereo. This gives a total of 176 KB per Second music, or about 10 MB per second. Minute. Even if an increasing number of Internet users use broadband, websites that sell music for download cannot afford to offer 40-minute four-minute songs. Compression formats allow this amount of data to be shared by a factor ranging from 8 to 15, with little or no loss of quality.

All of these compression algorithms work on the same principle: eliminate frequencies that the human ear does not perceive at all, or very little, and level the frequencies close to each other for identical values to increase compression. These are the so-called “destructive” algorithms. In other words, when converting a compressed audio file from an audio CD to an audio CD format, the resulting data will not be the same as the original file. Depending on the formats and needs, compression may be more or less important. It is defined by what is called bitrate, that is, the flow of information per. Second of music. It can range from 32 kbps (kilobits per second) to 320 kbps. Detailed review of the different formats.

MP3

Commonly designed by the Fraunhofer Institute and Thomson and standardized in 1992, it is a derivative of audio compression used for MPEG-1 format videos (MP3 also stands for MPEG-1 Audio Layer 3).
This is the format offered by the main configuration panel. In fact, we can define a bit rate (“bit rate” in jargon) that ranges from 32 to 320 kbps. From 128 Kbps the sound quality becomes enough to encode songs. At 192 Kbps, the quality is similar to an audio CD. At this compression rate, one minute of music equals 1.4 MB of data. But it is also possible to choose a variable bit rate called VBR (variable bit rate). In this case, the encoder increases the compression ratio in less complex music regions, reducing the size of the final file slightly. The benefit depends largely on the type of song: 5 to 10% with an extract from classical or jazz music, not much with rock or rap.
The great advantage of MP3 remains its compatibility with all portable audio players, but also certain hi-fi systems, car radios and DVD players in the living room. Almost universal, it appears on all free download sites such as Kazaa or eDonkey. On the other hand, this format sinks slightly at the level of high frequency recovery and is therefore less suitable for e.g. Classical music.
Free MP3 encoding software includes WinAmp and MusicMatch JukeBox. Lastly, note that there are several MP3 coding algorithms, with “Fraunhofer” being the most widely used, and “Lame” being the most effective, with the latter being especially compatible with Pinnacle’s CDex.

WMA

Launched in 1999 by Microsoft, WMA (Windows Media Audio) was only intended to counter the rise of MP3. With compelling arguments. By utilizing the features of the human ear more effectively in the audible spectrum, WMA is able to eliminate frequencies that are truly useless while maintaining certain high frequencies that affect sound quality. The relatively efficient compression algorithm maintains a quality that corresponds to an audio CD with a 128 kbps bit rate, or 1 MB per second. Minute of a song.
Completely free of charge, WMA also has the advantage of having an encoder built into Windows Media Player. An effective way to ensure the spread of this support. Especially since this format is linked to precise copyright management (DRM or Digital Right Management) that allows, for example, to define a limited useful life of files or prohibit recording options. That’s why some music download sites use it. Many digital audio players also support WMA and reputable shareware such as WinAmp allows encoding in this format.

AAC

Contrary to belief, AAC (Advanced Audio Coding) is not a format developed by Apple, but by a consortium that includes the Fraunhofer Institute (father of MP3), Sony and even Dolby. Prestigious names that grow well. In fact, AAC is arguably the most efficient compression algorithm. Unlike MP3 and WMA, it is not based on MPEG-1 but on MPEG-4 (the format behind DivX). This choice seems to have paid off as it allows you to get a better compromise between compression ratio and sound quality. That’s why at AAC we get the equivalent of audio CD quality with a bit rate of only 96 kbps. In addition, as with WMA, the DRM (copyright management) features and the ability to control sounds on 48 different channels,
We found AAC on the Apple iTunes online music site and on your iPod player. But it is also integrated into software like WinAmp.

OGG Vorbis

OGG Vorbis is in audio compression format, as Linux is in operating systems. In fact, it is an “open” format whose source codes are public and can be customized and changed by anyone. It’s still a pretty effective format. At 128 kbps, we reach the quality level of an audio CD (1 MB in 1 minute). The compression structure of OGG format is also significantly different from MP3, WMA and other AACs. Segmenting audio sources into successive packets, the compression algorithm works first on each packet independently of the others. This allows you to not really have weakness at certain frequencies and to maintain the same quality regardless of the type of music.
In addition, polyphony features allow playback of up to 255 audio channels (sic). The package structure also makes it very suitable for streaming on the Internet, especially for online radios. Open, OGG Vorbis needed to evolve quickly and maybe move closer to AAC in terms of performance.

What is the best file format for listening to music?

Digitizing music involves compressing the original sound that may distort the work. AAC, MP3, WMA or Wav: which of these formats offers the best representation?

Best audio format

If we are not aware of or no longer aware of the quality of today’s music in its digital form, it is often because our audio rendering tools are so poor. This is due to the speakers that come with desktops or built-in laptops, but also to the headphones / earphones that come with MP3 players, which are mostly entry-level products. On the other hand, for those with high performance equipment, listening to poorly recorded or poorly coded songs quickly becomes unpleasant.

best audio format

Therefore, choosing the best audio format for the same recording is best for fun. Today, there are 5 main audio file formats: AAC (promoted by Apple, iPod and iPhone in mind), WMA (promoted by Microsoft), MP3, Wav and Ogg (the last three are neutral).

In addition to the file format, there is another criterion called the compression ratio. The more a file is compressed, the more it removes the frequency bands in the music and therefore potentially small nuances that enrich the listening. The compression ratio is expressed in the number of bits, the basic computing unit. Values range from 56 Kbits / s (56,000 bits per second, minimum quality for radio or podcasts) to 320 Kbits / s. The lower the number, the more compressed and small the file will be, but the less comfortable it is to listen to.

The sampling frequency is also important. This value is expressed in Hz and must be as large as possible to preserve the shape of the original audio signal and therefore the accuracy of the recording. In general, we prefer a file with a sampling rate for CD quality (44,100 Hz), but we also found lower quality files (22,000 Hz).

The study from the Musiclassics studio.

This online digital music sales site dedicated exclusively to classical music launched a modernization of its interface during 2009. On this occasion, the question arose about the best audio formats that its customers could offer. To make it right, the site invited 15 people (bloggers, musicians, fans, audiophiles) to a listening session in a professional studio. They had to judge from 1 to 5 the quality of 4 different musical excerpts representative of the diversity of classical music (voice, violin, piano, orchestra and heart), coded in 6 different ways: MP3 320 Kbps, Wav, WMA 192 Kbps and 320 Kbps, AAC 192 Kbps and 320 Kbps. Here are the results of this study:

Examine listening results
File formats average rating received (out of 5)
MP3 320 Kbps ……………… 3.1
Wav ………………………………. 3.5
WMA 192 Kbps …………… 3.7
AAC 192 Kbps ……………. 3.8
AAC 320 Kbps ……………. 3.8
WMA 320 Kbps …………. 4.0

Since formats compressed at 128 Kbps or less have not been studied, the difference in ratings is relatively small. However, the MP3 format, even compressed at 320 Kbps, is the worst with a significant difference. More surprisingly, the CD (Wav file) is located behind the WMA and AAC formats. These files seem to change the rendering slightly. It is observed that the difference in notation between the 192 and 320 Kbps compression is not significant.

But too bad MusiClassics did not want to integrate the free and open OGG file format into these results. However, we noticed that as a consumer it would be better to choose 192 Kbps AAC or WMA files instead of 320 Kbps MP3 and 192 192 Kbps MP3. 128 Kbps files would score less than 3/5, which is not satisfactory.

Better audio formats

You have decided to digitize the music tracks in your audio CD collection by transferring everything to your computer, and in doing so you have begun to evaluate the possibility of converting them to a more pleasant format for you. However, having little experience in this regard, you would like to receive some advice on the subject so that you can make the best decision. How to say Things are exactly this way and would you like to know if I can help you by indicating what are the best audio formats? Of course yes, that was exactly what he intended to do.

If you allow me a few minutes of your free time, I can actually tell you, by thread and by sign, what are the most popular audio formats in circulation, their strengths and weaknesses and for what uses they may be more or less convenient to contact . condition to opt for those that you think may actually be right for you. To complete the information and to give you an even more complete description of the matter, at the end of the article it will also be my concern to indicate what tools you can use to perform various conversion operations. You will see that after reading this guide, you will no longer have any doubts about what to do.

So? How about putting the talk aside and finally getting to the heart of the matter? You? Brilliant! Therefore, I suggest not wasting any more time and immediately start focusing on the topic. Get comfortable in front of your trusted computer and read everything below. I am sure you can say that you are happy and satisfied with what you have learned. I wish you, as always, happy reading.

What is the best audio format?

Many are known, but there is always the question of what is the best audio format. The main and most recognized for listening to music are MP3, Wav, FLAC and Ogg.

But, to choose the best audio format, you must first know that they have several conformations, and you can always choose the best. Music always goes everywhere, at home in front of the computer, in a living room with a hi-fi system, with headphones on public transport or when playing a sport. Music that gives a special meaning at all times and that encourages listening.

There are many ways to take advantage of it, but this is usually done in digital format. In audio files, there is a wide variety and normally many still use MP3 for convenience. But there are less popular alternatives that seek to provide a different, better experience. For those who do not know it, there are a number of main sound systems.

The best audio format

Beyond the fact that the MP3 format is the most popular of all the audio formats available, it is not the only one. Some others like “FLAC”, “WMA”, “OGG” have certain characteristics which, depending on what you want, can be very useful on certain occasions.

In technology, audio formats can generally be classified into 2 categories. There are those which preserve all the quality and those which involve losses of quality of the sound or information.

Those that preserve the quality of the audio are those that come from pure sources such as CDs. This is how those who lose quality and sacrifice this information must save space.

Audio quality formats

“FLAC” is a lossless audio codec or “FLAC”. It is one of the formats that best preserves audio quality and its compression algorithm is excellent. It is open source, does not generate quality losses and the file size because it is compressed, is much smaller.

Apple Lossless is known as “ALAC” and is very similar to “FLAC”. The difference is that it is not as efficient, so these files are larger, although they still have unconditional support for iOS, which “FLAC” does not.

“APE” is another and although the problem with this format is that it is not compatible with the vast majority of players, it is considered to be similar to the “FLAC” or “ALAC” format in terms of audio quality. . As it is highly compressed, it accelerates the functioning of the computer’s processor and it is therefore not recommended to use it in low-consumption computer equipment.

“WAV” and “AIFF” are not compression formats, but rather exact copies of the original content and differ in the way they record the data. “AIFF” was created by Apple and “WAV” is more universal, but both have too much disk space.

Formats with loss of audio quality

MP3, MPEG Audio Layer III or MP3, as many people already know, is the most common format that can be found. “ACC” is very popular on iTunes and is considered more efficient than MP3 because files in this format are smaller.

OGG Vorbis is one of the free and open source alternatives to MP3 and ACC. It is not limited by patents, but it is also not supported by many players. WMA is Microsoft’s proprietary format and is very similar to MP3, but without much advantage over the others.

Which audio format to choose?

The most recommended is “MP3” or “AAC” because many players support it. In addition, if they are encoded with a high bit rate, they can hardly be distinguished from the original source. However, if you want to burn music, formats like “FLAC” are recommended, because you can then convert everything to other formats without losing audio quality.

Once the audio formats are known, when choosing, the differences between each must be taken into account. In general, what the experts recommend is to use “MP3” or “AAC” as they are compatible with most players and the quality of both is very similar to that of the original source, especially if it is encoded with a high bit rate. Unless you have a specific need, “MP3” and “AAC” are the most recommended options.

However, one thing to know is that to store music in lossless formats, there is no “FLAC”. You probably won’t notice any higher quality, but it’s good for storing music if you plan to convert it to other formats later. In these cases, “FLAC” is always recommended, and it is also possible to choose the format without loss or degradation of quality