

The lesser stored information can mean reduced audio quality.Īudio files in MP3 format do have lower audio quality than those in CDs. Lowering the bits means less information is being stored. Bits are binary digits that can stand in for information. You can compress audio files by lowering the bit rate. The MP3 format does this by compressing the audio file. For example, an audio file on a CD has a 32 MB file size. But, the noticeable difference is how smaller MP3 files are than CDs. But, the noticeable difference is how smaller MP3 files are than CDs.ĬDs also apply the same digital technology used to create MP3 files. CDs also apply the same digital technology used to create MP3 files. MP3 is a digital technology which means that music stored in this format becomes numbers.

These players cannot work with audio files stored in formats other than MP3. You can only decode and play files in MP3 format on devices like an MP3 player. MP3 is a format for storing music and other audio recordings in a digital way. To understand how MP3 players work, we need to understand first how MP3 files work.

This is the reason why it was easy for people to access songs in MP3 format. They can be easily uploaded on and downloaded from the Internet. Its small file sizes became useful when Internet bandwidth and storage were premiums. Its use of songs stored in MP3 format files made it easier for people to access songs. This is due to it being a small, compact player for a vast collection of songs. You can shrink down a digital audio file on CD by twelve times into an MP3 audio file.īy the 2000s, MP3 players have become widely available and popular. When compared to similar digital audio in CDs, you can see a great difference with MP3s. Before this, high-quality audio had to take up a lot of storage space. This format allowed for high-quality audio to compress into much smaller file sizes. This is one of the most common coding formats for digital audio. The result of this work is the MP3 format which is patented in 1989.
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Its aim was to code music that has high quality but low bit-rate sampling. In 1987, German research institute Fraunhofer Institut began its work on digital audio. It had a chip capable of storing 8 MB of data or three and a half minutes of music. It was as small as a credit card, had a small screen, and came with navigation and volume buttons. In that year, British businessman Kane Kramer filed a patent for the IXI, the first digital audio player. The MP3 player traces its roots back to 1981. This player also aims to make music much more accessible for people to hear. They also aim to be able to store more music files in a much easier way.
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MP3 players aim to be more compact and portable than previous music players. These are usually digitally stored in a CD. CDs usually contain music and other audio files and recordings. Meanwhile, a CD player is another music player that can play audio from CDs. Magnetic tapes use long plastic strips that can embed information. Cassette tapes had music or other audio recorded into magnetic tapes. While it is portable, it is quite large and bulky due to the amount of in-built devices it has.Ī cassette player is a music player that can play cassette tapes. These featured two loudspeakers through which you can hear the music that comes from a cassette tape or CD. These took the form of boomboxes, cassette players and CD players.īoomboxes played music through its built-in cassette players, radio and CD player. Ms of music players before the MP3 player came. The MP3 player allows its users to bring it around easily and to play music anytime and anywhere. Hearing MP3 files is also possible through earphones, headphones, and speakers. You can hear these files through the MP3 player’s built-in speakers.
