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Some car stereos and DVD players let you play data-encoded MP3s, too. You can then listen to the files on any computer. You can write the MP3 files themselves onto a data CD in order to save them and clear some space on your hard disk.
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A software application lets you transfer your MP3s into the player by simply dragging the files. These players plug into your computer's FireWire or USB port to transfer the data.
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These players are like portable cassette players except that they are smaller. Small, portable MP3 players answer this need. Many people who start collecting MP3 files find that they want to listen to them in all kinds of places. Many people have hundreds of songs they have collected, and they create jukebox-like playlists so that their computer can play them all day long! You're now ready to begin collecting MP3 files and saving them on your computer.
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There are dozens of players available, and most of them are free or shareware - shareware is extremely inexpensive.
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If you find that you cannot play it, then you need to download an MP3 player. If your computer plays it, then you're set. Once the song has finished downloading, try to double-click on the file and see what happens. Most songs range between 2 and 4 MB, so it will take 10 to 15 minutes unless you have a high-speed Internet connection. Most MP3 sites let you either listen to the song as a streaming file or download it - you'll probably want to download it, if you want to save a copy for later. Go to one of these sites, find a song and download it to your hard disk. There are literally thousands of sites on the Web where you can download MP3 files. It's simply a file format that compresses a song into a smaller size so it is easier to move around and store on your home computer - or your portable music player.
Why work that hard on creating a complex sound if no one can detect it ?įrom this description, you can see that MP3 is nothing magical. As a result, much of the new music coming out of the industry has a similar sound, and there's not as much of a focus on creating a dynamic listening experience. They say that the MP3 format "flattens" out the dynamics - the differences in pitch and volume - in a song.
In addition, some musicians and audio engineers say that the MP3 format is changing the way music studios mix recordings. In a way, the music industry is returning to its roots - the music single is becoming popular after nearly dying out during the CD era. With music services like Amazon and eMusic, customers can buy music by the song. There's no denying that, quality issues aside, the MP3 format is changing music.
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But other people argue that it's impossible for the human ear to detect the difference between an uncompressed CD file and an MP3 encoded with a 320 Kbps bit rate. They argue that even at the highest bit rate settings, MP3 files are inferior to CDs and vinyl records. Some audiophiles - people who seek out the best ways to experience music - look down on the MP3 format. Many music sites and blogs urge people to use a bit rate of 160 Kbps or higher if they want the MP3 file to have the same sound quality as a CD. Using a bit rate of 128 Kbps usually results in a sound quality equivalent to what you'd hear on the radio. Bit rates range from 96 to 320 kilobits per second (Kbps). The lower the bit rate, the more information the encoder will discard when compressing the file. Most MP3 encoding software allows the user to select the bit rate when converting files into the MP3 format. It's "perceptual" partly because the MP3 format uses characteristics of the human ear to design the compression algorithm. To make a good compression algorithm for sound, a technique called perceptual noise shaping is used. So we're familiar with compression algorithms for images and words and we know they work. Is it possible to compress a song without hurting its quality? We use compression algorithms for images all the time. This lets you download a song much more quickly, and store hundreds of songs on your computer's hard disk. With MP3, a 32-megabyte song on a CD compresses down to about 3 MB. The goal of using MP3 is to compress a CD-quality song by a factor of 10 to 14 without noticeably affecting the CD-quality sound. The MP3 format is a compression system for music. Over a 56K dial-up modem, it would take close to two hours. Even with a high-speed cable or DSL modem, it can take several minutes to download just one song. If an average song is three minutes long, then the average song on a CD consumes about 32 million bytes (or 32 megabytes) of space. Let's break that down: 1.4 million bits per second equals 176,000 bytes per second.
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