From left to right, you’ll find “sliders” that allow you to adjust certain frequency bands up or down along the dB scale. The graphical EQ - which is what we’re going to focus on for most of our walkthrough - looks like a graph (no kidding!) with frequencies on one axis and decibels (dB) on the other. If used properly, EQ can smooth out audio for just the right touch. But the kind of EQ we’re talking about here offers control over the different sound registers to achieve a refined result. Speaking more digitally, you may also associate EQ with effects like reverb or echo, or popular EQ presets like “Rock,” “Jazz,” or “Concert,” among others built into popular devices and headphones. They’re simple: if you wanted more low end, you goosed the bass if you like to hear the cymbals and wanted to add some shimmer to the sound, you’d likely add some treble. Most people are aware of the basic three levels of equalization - bass, mid, and treble - that you have likely seen on your parents’ home stereo receiver. The technology first took off as a piece of analog electronics that was initially used in recording studios before making its way into the home. Whether analog or digital, an EQ is used to adjust different elements of sound to achieve an end result that appeals to the listener. What does an equalizer do?Īt its most basic definition, an equalizer manipulates frequencies. With it, you can pull out the distinctive shimmer of hi-hat cymbals otherwise drowned out by a dominant vocal track, or even help mellow out the narrator’s voice in an audiobook. With these variables in play, an EQ serves an invaluable role for anyone serious about their jams. Not only do the natural sounds of the track respond uniquely to different EQ levels, but in the case of digital music, you may also need to cover imperfections introduced by certain file compression formats that can affect the overall audio quality. The music you’re listening to also plays a factor. The shape of the room or ambient noise can each have a nasty effect on how our music sounds. Or maybe those vintage speakers you found sound a little muddy in the mid and high frequencies - EQ can clean some of that up and help them sing.Īlso, we don’t always get to listen to music in ideal environments. Maybe you have a bass-heavy pair of headphones that you need to tone down a bit. Electronics manufacturers have their own ideas about what a piece of gear should sound like, but EQ lets you have your say. Then there are the headphones, speakers, and other devices we use to listen to music. Maybe you like a little extra treble (or have a harder time hearing it) or you prefer a heavier thump in the low-end - EQ gives you the freedom to tailor the sound to the way you like it. But more specifically, because of the unique shapes of our ears, and even the hearing issues we may develop as we age, everyone hears music differently. Music is a personal endeavor and everyone likes what they like. Let’s start with the most important: preference. There are several reasons why you might want to use some EQ on your music, and they range from simple personal preference to more complex reasons such as format quality/characteristics and, perhaps most importantly, the effects that the devices and playback systems we use have on the music we listening to. Spotify set to finally announce a price increase, WSJ reports How much is Spotify Premium and can you get a deal? What is Spotify? Music, pricing, and features explained
0 kommentar(er)
