On CDs or through a streaming service, you’re losing the majority of the detail, the shine and sparkle of a crash cymbal or the deep “thump” of a low bass note. If you’re listening to the record on vinyl, all of the original data is still present. This is especially true if you’re listening on a pair of cheap headphones in a crowded gym or while mowing the grass. Once you get above a certain hertz level, the human ear can no longer hear those frequencies. This is done primarily by limiting the frequencies present on the record. Once it’s encoded as an MP3, it could be less than 3mb. For example, a typical 3-minute song, in a lossless format, may be as large as 30mb. In order to store data as an MP3 file, a lot of the data from the original recording gets lost. Both of them have their own issues, but one is a more egregious transgressor than the other.ĭata compression is simple. There are two types of compression involved in making CDs: dynamic range compression (DRC) and data compression. So how did they do it? How were they able to store more information on a smaller medium? The answer is simple: compression. It provided a simple, convenient way to store music, take it on the go, and CDs were cheaper to manufacture than vinyl records, too. This was a perfect solution to the problem of the time. Shortly after this came the invention of the compact disc (CD).ĬD’s could hold more information than a tape or a record, and they were a lot smaller, too. These were compact ways to store audio files that could be played back far easier than a vinyl record. The first solution to this was the 8-track, followed by the cassette. Consumers wanted a way to store their music that didn’t have to take up so much space. This was mostly an inconvenience at the time. Anyone who loved music had a record player because it was the only way to own music for yourself. If you go back before the rise of digital audio, vinyl was the standard. This is the crux of why vinyl records provide better sound quality.
With digital audio, especially streaming or CDs, there’s a step between recording and transmitting the audio called compression. This is a “lossless” way to transmit audio, meaning that there’s no compression involved. That is used to actually press the vinyl “biscuits” that will eventually make their way onto your turntable. Then, a master disk, usually made of metal, is created with all of the musical information that was initially recorded. We’ve written on this in the past if you want to learn more about how vinyl works, but here’s the simple version.įirst, the musicians record the tracks that they want to press onto the record. To understand why vinyl sounds better, you have to understand how it actually works. That begs the question, though, is vinyl actually better than MP3s and streaming music? Our short answer is yes, of course, but we’re going to take this article to explain the reasons we believe vinyl does actually sound better than other forms of audio. They like being able to display their collections, either on a shelf or on a record wall.īut for the majority of vinyl lovers, they’ll tell you it’s a matter of sound quality. Instead of just streaming the tracks, they’re able to physically place the disc onto the turntable.įor others, it’s a matter of aesthetics.
Some people love the physical, tangible aspect of owning their favorite records on vinyl. Tóm tắt: If you ask a vinylhead why they love vinyl records, there are a few answers you’ll get. Does vinyl really sound better? | BBC Science Focus Magazine These are the two most common types of records and covers a majority. Generally, any longer, the sound quality would start to deteriorate. A 7-inch 45 RPM record can fit approximately 5 minutes per side for a total of 10 minutes.
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