So you’ve spent a bunch of money on a set of high-quality cans, and when you go to use them the first time: they suck. How is this possible? All the reviews said they were great—they should be amazing, right?
Let’s go over a few common problems with headphones and their solutions to see if we can’t get you back on track.
My headphones are too quiet
If you bought headphones for your smartphone and they sound too quiet, the culprit is likely the power. You see, some older or more enthusiast models just need more juice than your poor smartphone can provide. When that happens, they can sometimes sound kinda crappy, or really quiet.
Setting aside the nerdiest details for the moment, the most common reason why this happens is because of mismatched impedance. You see, every electrical circuit has some capacity to resist current, and headphones are no different. It used to be that headphones with a really high resistance to current could generally output sound with far lower distortion—making that a common feature in high end headphones. So it took a lot more juice to make them run as intended: you needed an amp.
Most headphones nowadays are a lot more power efficient, so this is a very rare problem. But it’s something you should know how to rule out if something’s amiss.
Solution: Get new headphones (or an amp)
If you’re absolutely sure your headphones aren’t broken, you may need an amp for your headphones. Though most new headphones will never have this issue because they’re designed to work more efficiently with smartphones, planar magnetic and other high-current cans will still need an amp of some sort.
So how can you tell if you need an amp? Click on over to the specifications pages of the products you’re looking at. Search for the “impedance” spec and take note of the number followed by the Ω symbol. The higher that number is, the more it resists current, and the quieter it can get with the same output. Most headphones designed for mobile use will hover around 16Ω or 32Ω, which is very easy for your smartphone to handle.
If you love your current headphones and want to amplify their signal, you can pick up any one of a number of portable amps like the FiiO A1 to help you out. Just be sure to look up the specs on whatever amp you’re buying first, and make sure the “output impedance” number in the specs is less than 1/8th the impedance of the headphones you’re using for best results.
My headphones sound great at home, terrible on the subway
This is a sticky one, but mostly because we’re dealing with your ears and not the headphones. So if you’ve listened to music on the subway, bus, or other noisy-as-hell environment, you’ve probably noted just how bad it sounds. It’s tough to hear instruments, and sometimes notes just disappear to noise.
This is because your ears aren’t perfect like microphones. Instead, they will “delete” sounds that are close in frequency to each other if one sound is much louder than the rest. This is called auditory masking.
Because outside noise is generally close to musical notes in frequency, it’ll mask our music because it’s almost always far louder than the relatively quiet sound our headphones blast our ears with. There’s really only three solutions to this issue.
Solution 1: Avoid noise
This seems like a cop-out solution, but if you can avoid the noise: you won’t have this problem! But that’s not always possible, so onto more solutions.
Solution 2: Block out more noise
If you can’t avoid noise, you can either get a set of closed-back headphones, in-ears and foam tips, or active noise cancelling headphones. Either way, you’re blocking out or destroying more noise, so you’ll have less to worry about once the junk sounds reach your ear.
Solution 3: Turn the volume up
Don’t do this. It’s technically a solution, but by increasing your music’s volume, it stands a better chance of masking out the noise rather than the other way around. You will damage your hearing this way.
My Bluetooth headphones sound bad
Well, the way Bluetooth works is that your phone and your headphones have to share common profiles—or you could think of it as “languages.” When your headphones and audio device pair, they both figure out what the best common codec they share is, and then use that. However, not all modern phones have the best codecs available. The Nexus phones and Pixel, for example, don’t support the high-bitrate aptX profile, which is a big pain for audiophiles.
When your headphones support a really good profile but your phone does not, then your phone and headphones will “agree” to use a different codec that they both share—likely a version of SBC—which can be less good than what you were expecting.
Solution: Research BT profiles before buying a new phone
While that is a huge pain in the butt, reading review sites like AndroidAuthority and SoundGuys can take the guesswork out of finding these issues (we’re paid to do it, after all). You can also check out the specifications pages of your smartphones online before buying to figure out if your headphones match what your new phone can do.
Solution: Charge your battery again
As Bluetooth headphones are battery-operated devices, sometimes they just won’t work as well as you want them to simply because they’re running out of juice. Try charging your headphones fully and making sure that your phone is well-charged too.
Solution: Update your phone
It seems like an obvious thing to say, but it’s possible your drivers aren’t up to date. Try updating your phone if your Bluetooth audio should be working, but doesn’t. Sometimes it’s really that simple.
Where’s the bass?
If you’re new to buying ultra-expensive headphones, you may have accidentally picked up a pair that was designed for more studio work or critical listening than you wanted. Despite what you might read, there’s really not many “bad” headphones out there anymore, just ones that are right or wrong for your needs. Anyways, the most common complaint I hear about ultra-expensive headphones is that they don’t sound how they “should.”
Why is this the case? Because what your “normal” headphones are tuned to sound like is very different than what many audiophile headphones are tuned to sound like. Specifically, the frequency response—or how much each musical note is emphasized over others—is far different.
Typically, audiophile and studio headphones will attempt to make every note a similar volume (a “flat” response), and if you were to plot the level of every note these headphones were able to play on a chart, all you’d see is a straight-ish line from 0 to 20,000Hz. However, our ears don’t work like microphones, and our own biology is very different than sensitive electronics: we hear notes of varying frequencies as being very different than they actually are.
As you might have guessed, headphones made for casual listening like Beats don’t try to be perfect: they target a note emphasis that’s closer to something called the ISO 226:2003 (“equal loudness”) standard, or what humans perceive to be equally loud across all notes. Obviously, this means bass is boosted, with some changes in the mids and highs to preserve sounds that normally get lost in the shuffle. If you’re used to listening to these headphones, pro or studio headphones are going to sound like they have no bass.
Solution: Read more headphone reviews
Self-serving, I know, but we’re here to prevent you from making a potential misstep when it comes to buying audio products. We can tell you what kind of headphones you’re about to get so you don’t have to go through the endlessly painful buy/return/buy cycle.
Solution: Equalize your music
Did you know that you can change how your music sounds from your phone? If you’re using an app that supports it, you can “equalize” your tunes to your liking. We’ll post a guide about it in the future if there’s interest. But essentially, you can drop the emphasis of certain ranges of notes so that your headphones will sound more to your liking. If you increase the volume on certain ranges, though, you will add noise: so be careful.