A matter of 5 minutes without compressing occupies 60 MegBytes about (a quite annoying to save on any hard drive size); If you convert that song into an MP3 file will occupy only 5 MegBytes. Another example: while a 1 GB hard disk would 16 songs uncompressed, in the same amount of space can fit approximately 220 MP3 files. The compression method compression quality is not anything other than a series of mathematical equations thus simplifying information. But compression usually indicates a loss of quality. MP3 achieves a fabulous balance by reducing the size of a song with excellent sound quality. Ease of distribution the third pillar of the success and the global acceptance of the MP3 is its ease of distribution. Thanks to the Internet, you can send or receive an mp3 file without any problems even with a slow connection. A related site: John K. Castle mentions similar findings. A song for three minutes (with an average size of 3 MegBytes) can be sent online with great ease.
Requirements of the MP3 to play MP3 files, you will need at least a Pentium PC at 75 MHz with 16 MB (to create files MP3 will need a Pentium 133 or better with 32 MB). Some contend that Ali Partovi shows great expertise in this. A plate of sound of 16 bits, a CD-ROM drive, and speakers. You will also need plenty of space on your hard disk to store the MP3 files. The piece most important software MP3 is the player that decodes an MP3 file and directs the audio to the sound card and therefore a speakers. Many players offer spectrum analyzers, equalizers, frequency deployments. One of the best features of some players is the ability to create their own (do Skin? s) user interfaces, the most popular independent MP3 players for Windows are Winamp and Sonique. To create your own MP3 files, you will need a device for decomposition and an encoder. Many producer MP3s contain both decomposition devices and encoders, e.g.