In the Internet era, MP3 has become the de facto digital audio file standard. With Napster, a popular peer-to-peer application, music lovers can exchange MP3 files so that they can get songs at no cost.
How does an MP3 player work?If MP3 is a computer file, MP3 player must be a computer. Absolutely true! All computers that process information (data) have four basic components. They have an input device (for getting data), a memory (for storing data), a processor (for processing data), and an output device (for retrieving data again).
Think about an iPod or MP3 player, and you'll find that it has all these things. It has input (maybe a USB docking lead that connects it to a computer), memory (a small hard drive or flash memory that can store MP3 files), and a processor (something that can read and rotate MP3 files). They are then restored to music and output (plug the headphones into the socket). Most MP3 players also have another output: a little LCD display tells you what's playing.
Turn on your iPod to play your favorite tracks. It works the same way as a computer. The processor chip loads MP3 file, reads ID3 index card, and displays artist and track name on the display screen. Next, it works by reading MP3 files of each frame in turn. It first reads the title, then reads the data, then converts the digital information (binary 1 and 0) into the frequency of the sound, and then your ear and brain decode it into music. That's almost all it is. But remember this: the real secret of digital music players is not the plastic parts in your hands, but the clever technology behind the MP3 files being played!
The Advantages of MP3 Player:
--It ushered in the era of online purchase and digital download of songs and other digital audio files, while also encouraging the commercialization of portable media players. The audio quality level and corresponding file size during compression can also be selected by selecting the preferred bit rate.
--Due to the digital format of MP3 files, audio quality remains unchanged even if multiple copies of the same file are created. This technology is called serial replication.
--The time required to download and upload files has been greatly reduced. Mp3 can be downloaded from HTTP or FTP sites. Previously, if it took hours to download a single music file, the time could be reduced to just a few minutes with this technology!
--Mp3 files can be played by many types of devices, such as CD players and apple iPods. You can also use media players such as Winamp, Windows media player or QuickTime to play MP3 files.
--You can easily share files through online media (Internet) or physical media (USB, CD).
--The compression ratio is not fixed, which means that users are free to compress files to the required size by balancing the file size and audio quality. Less compression will provide better audio quality but larger files.
--The weight of MP3 players is light. With the progress of technology, their advantages are that they become smaller and smaller with the development of the new generation. Few MP3 players are bigger than the card deck, and most of them are obviously smaller.
--In addition to playing music, many MP3 players can perform other tasks. Some features on high-end MP3 players include the ability to play videos, run applications and browse the web, which are common on MP3 players with large touch screens.
--Due to the MP3 format, digital music can be used on the network; although it must be shipped in CD form, digital music can be downloaded quickly from the Internet, which gives MP3 player owners access to a wider range of music options and easily taste tracks before buying.
--MP3 compression allows you to use your MP3 player's storage space more efficiently, while CD's audio consumption is about 10 MB in a minute, about 93MB in MP3 Audio consumption. MP3 compression allows 16GB MP3 players to hold more than 220 CDs.