Highest quality audio format.
Music formats: which is better
In this article, I want to give an incomplete list of the most common music formats. With some we are more familiar, with others less, for example, those who use the Windows operating system on their computer are practically unfamiliar with the AIFF file format for Mac OS, an analog of the more famous WAV format. But that is not the point
Today there are “very many” music formats, they differ from each other by different sound compression algorithms, while the compression ratio itself is expressed by a concept such as the bit rate.
Uncompressed formats are not compressed. They simply unfold during opening. Although the size of these files is usually very large. The downside of lossy compression files is that it removes some data from the original file. But the advantage is that they are smaller, open faster and take up less space.
Lossy files can have a high or low resolution depending on the compression ratio. The higher the quality, the less information will be lost. The bit rate corresponds to the information processed per second. A higher bit rate means more information per second. And more information per second means better sound. Now you understand the basics of compression, file types, and bit rates, right?
The lower the bit rate, the poorer the sound quality of the compressed and recoded file. The audio bit rate is measured in kilobytes per second. To make it clearer what sound is, depending on its bitrate, the following table sheds light on this problem:
800 bps – 800 bps is the minimum quality for speech to be recognizable.
8 kbps – 8 kbps – the quality of telephone voice transmission.
32 kbps – 32 kbps – AM quality.
96 kbps – 96 kbps – FM quality.
128-160 kbps – 128-160 kbps – quality standard.
192 kbps to 192 kbps digital streaming with DAB quality (digital audio streaming). Becoming the new standard for MP3 music. At the same time, the bit rate, only professionals can tell the difference in sound.
224-320 kbps – 224-320 kbps – quality close to CD quality.
1411 kbps – 1411 kbps – PCM audio format, similar to CD “Compact Disc Digital Audio”.
Of course, it is necessary to remember and understand that the sound will depend on another characteristic of digital sound, such as the sampling frequency, which is responsible for representing the spectrum of the signal.
If we talked about each of the audio formats, we would be here all day. Of course, you have other responsibilities and a lot of music to produce. This is the best use for each of these formats. They take up a lot of hard drive space. For one simple reason: it has the best of both worlds.
They are compressed, which makes them easier to handle in terms of size. But they also offer a nice, rich sound. If you’re listening to streaming music, chances are you are. They are useful for transferring multiple files at the same time, browsing an entire directory, or quickly sharing and linking tracks.
8,000 Hz: telephone, enough to talk, Nellymoser codec;
1,025 Hz;
22,050 Hz – radio;
44 100 Hz – used in audio CDs;
48,000 Hz – DVD, DAT.
96,000 Hz – DVD-Audio (MLP 5.1)
192,000 Hz – DVD Audio (MLP 2.0)
2822 400 Hz – SACD Super audio CD 5.1
The most common format, especially on the Internet, is MP3. It uses a compression algorithm that minimizes the loss of sound quality and reduces the size of the data required to reproduce the recording and ensure the quality of the reproduction. The file size depends on the compression ratio, so when you create an MP3 at an average bit rate of 128 kbps, the result is a file that is approximately 1/10 the size of the original CD-Audio file.
By the way, don’t forget any format.
Try and judge for yourself. Choosing the correct format depends on each context. So think about what kind of sound you are sharing and where you are sharing it. Are you using the correct format? So make smart decisions and use the correct format. Digital audio can be saved in various formats. Each of them corresponds to a specific file extension that contains it.
It is not an audio format itself, so its functions are discussed separately. There are a large number of audio formats. Typically, the format type matches the file extension. Certain types of files are assigned a specific codec. In simple terms, the format can be compared to a container in which a video or sound signal can be stored using a given codec.
