Remember: there are no objectively better in terms of sound. The "Small test on Dre Beats, Steer clear of them!" picture says: "You want Frequency Response to be as flat as possible." -- this is not necesarily true. Beyerdynamic's DT880 is considered detailed and neutral, yet it's not the most popular headphones. We can speak about how HifiMan's HE400 has very recessed mids, but whether that's a pro or cons is for yourself to find out. Then there's parts we can warn you about, such as build quality.
When you find interesting headphones - research them before buying. Head-Fi and Headfonia are both two great sources to find out opinions and how they actually sound, and whether people have had any troubles with them.The world of audio is filled with snake oil products, such as magical stones, hangers and silver cables. If something sounds too good to be true, do some research on them. However remember that shouting out "Placebo retard!" will get you nowhere. Always backup your claims with evidence.
VELCRO LINK IS SHIT, THOSE DOTS DON'T WORK ALONE
Amplifiers and DACsEdit
Amplifiers and DACs are a necessary part of your digital audio system. The DAC converts your music from 0s and 1s into analog signals, and then the signal is amplified by your amp. Any digital device capable of playing music already contains an amp and a DAC. People often ask if they need a new, better amp or DAC, and the answer will depend on the following:
- Are your current headphones underpowered?
- Do you plan on getting headphones that'll be difficult to drive with what you already have?
- Are your current amp/DACs really terrible and you desire better performance?
There are a few types of amp and DACs, and they serve different purposes. An amp or a DAC can be portable, meaning you can simply put them in your pocket, and then enjoy the music on the go. Desktop amps or DACs can go from the tiny USB powered FiiO E10 and all the way up to the size of a Beta22. Amps and DACs are either be two stand alone units, or a single device. For example the FiiO E17 is a portable amp/DAC two in one, and the WooAudio WES is a vacuum tube based desktop amplifier for STAX electrostatic headphones.
With ampilifiers most people want a neutral and transparent sound signature, meaning the amp doesn't change the sound in anyway. However some people prefer amps that change the sound, because of this, many vacuum tube based amps are made with the intention of reproducing a colored sound.
Frequency Response ChartsEdit
A frequency response graph tells how a headphone will reproduce sound, whether it'll have emphasized bass or treble, or relatively neutral, but it does not tell you the whole story. There are other factor such as distortion and decay involved. Headphone measurements are not yet mature and somewhat imperfect. The results will even change with a very slight adjust of the headphones being measured. Keep this mind when you're using frequency response graphs to compare headphones.
Some sources of FR graphs
- Effin' Ringin' (Contains CSD and pirates)
- Headphone.com (Also a shop)
- InnerFidelity (Reviews and other interesting articles)
- GoldenEars (Mostly just measurements)
- HeadphoneInfo (Reviews and measurements)
- PCMag (You'll need to use the search function)
Some things to look out for in headphonesEdit
Headphones come in many forms, and some may not suit your needs, so always be careful when making a purchase with your hard earned money.
Headphones have different form factors, such as on-ear (supraural), around ear (circumaural), in-ear (IEM) and earbuds.
- An on-ear headphone rests on the ear, and does not surround it. Examples include Beats Solos and Sennheiser HD25-1-II. Some on-ear headphones, such as the Koss KSC75, do not have headbands and secures itself with a clip, these are known as clip-ons.
- Around ear headphones are far more popular in the high end headphone market, examples include the Sennheiser HD800, Audio Technica M50.
- In-ears or IEMs (In ear monitor) are the type of earphones that is inserted into your ear canal. How far in an IEM goes varies, but they tend to provide decent isolation against outside noise. Examples include Etymotic ER4 and the Shure SE215.
- Earbuds are earphone that do not go inside your ears, like the junk you see included with older iPods. They are almost always terrible sounding and offer no isolation.
A headphone can also be open or closed. An open headphone usually have a mesh at the back of the earcups, which allows the sound from the headphones to travel outside, but also allows external noise to enter. Open headphones are said to have a larger preceived soundstage. Closed back headphones are the most common type. It does not have openings, and offers isolation. They are commonly associated with "basshead" headphones, which adds more bass to the reproduced sound.
Headphones are usually wired, and wireless headphones are normally thought of as inferior, due to the need to add extra components into the headphone. The cables for wired headphones come in detachable, and attached. Detachable cables offer more convenience, allowing different lengths of cables and cables with mics to be used.
There's also a Headphone Price Guide by Boxfish if you'd like to find a good pair of headphones within a certain price range (including their sound signature, uses and amping requirements).
If you frequently play video games or watch movies, you may want virtual surround for your headphones. Virtual surround converts the multi-channel signal from movies or games into 3D stereo, simulating the experience from a real surround sound setup. This should not be confused with physical surround headphones, which carry multiple speakers in each cup and do not enhance the experience, so they should be avoided. To get virtual surround, a DAC that can process virtual surround must be used. The most widespread technology that achieves this is named Dolby Headphone, which is supported by numerous DACs, including ASUS Xonar sound cards. 3D sound works by applying properties to the audio that real sound has in a spatial environment. This is formally known as head-related transfer function (HRTF).