The 10 Best Open Back Headphones
10. Monoprice Monolith M1060 Over-Ear
9. AKG Q701 Quincy Jones Signature
8. Shure SRH1840 Professional
7. Sennheiser HD 700 Stereo
6. Stax SR-Lambada 507 Pro
5. Focal Utopia
4. Beyerdynamic DT 1990 Pro
3. Audeze LCD-3 Over-Ear
2. Focal Elear Over-Ear
1. Sennheiser HD 800 S
Open-Back Vs. Closed-Back Headphones
Understanding the difference between open-back and closed-back headphones will help you determine which kind is right for your needs. To say it's all in the name would be an apt description here, as the structural difference between the two really is all in the name. Closed-back headphones have completely closed backs or cups. Open-back headphones on the other hand, have backs with many tiny holes or slits in them: picture the difference between a soup bowl and a colander. The soup bowl would be the closed-back headphones and the colander would be the open-back headphones.
Closed-back headphones are ideal for isolating noise. If you were to sit in a park listening to music with a pair of closed-back headphones, you wouldn't hear any of the ambient noises around you like birds chirping, people talking, etc. A standard pair of closed-back headphones produces roughly 10dB of noise reduction. Just as no ambient noise leaks in, closed-back headphones also prevent noise, like your music, from leaking out.
This isolating property makes closed-back headphones ideal for certain situations. In studio applications, where a sound engineer needs to hear every little nuance of the music, closed-back headphones are essential. They are also ideal for situations where one plans on listening to music, but doesn't want the noise leaking out to disturb their neighbors, like in a library or on an airplane. Closed-back headphones are also useful in applications where one will also be using a microphone, like with a gaming headset. They help prevent unwanted feedback from the headphones from bleeding over into the microphone.
Open-back headphones are designed to allow the ambient noises to pass freely through the headphones cups. This alters the listening experience and gives the effect that the music is playing in the world around you. Consider the scenario from before when sitting in the park. If you were listening with open-back headphones instead of closed-back headphones, you would be able to hear the birds chirping and the people talking.
While this might sound like a disadvantage at first, it can actually be an advantage in many scenarios. For example, if you like to listen to music while skateboarding or jogging, being able to hear the cars and the sound of a horn honking can be a lifesaver. Some also feel that having the sound feel as if it is filling the room makes it more enjoyable and allows them to feel less isolated from the people around them. A person who is relaxing on the beach and wants to hear the sound of the waves while listening to music at the same time would be better off with a pair of open-back headphones.
Considerations For Picking The Perfect Pair
Picking the perfect pair of headphones can be tough. It often becomes a juggling act of portability, comfort, sound, and price. Understanding your intended applications is a big step in helping you pick the right pair.
If you want a pair of headphones to use while traveling, portability will be an important factor. If they are too big, you may wind up not taking them along or storing them in a place that becomes too inconvenient to access. Then, no matter how good they sound, you may wind up rarely or never using them. If you travel often or need a super compact pair, consider headphones that fold up.
Comfort is another factor of vital importance. If a pair is uncomfortable to wear for more than 20 or 30 minutes at a time, this can be problematic if you intend to use them on long train or airplane rides. On the other hand, if you just want to use them for quick 20 minutes walks or rides to work, comfort may not be as important. Most often headphones that are lighter in weight and those with thick foam ear cushions will be more comfortable for extended use.
One should also take the build quality and warranty into account. The more durable the build, the longer a pair will last. Those who plan to use their headphones in more extreme conditions like jogging and biking will need a more durable pair than one who will be sitting in a chair listening to music. It never hurts to have a good warranty either. Most high-end headphones come with a one or two year warranty.
After all of the above has been taken into account, sound is the final factor which must be considered. This may seem counter intuitive that sound is the final consideration for headphones, but if all of the above factors aren't considered first, one will often end up with a pair of headphones that are rarely used or break after just a few months.
Understanding Frequency Response and Impedance
Headphone specifications can be hard to understand with confusing terms like frequency response and impedance thrown around. Understanding what these terms mean and how to read the specifications will help in picking the best pair of headphones for your needs.
Frequency response simply refers to the headphones capability to reproduce audio frequencies. You'll often encounter frequency response written in the following way; 20-20,000Hz. The first number refers to how deep the bass reproduction will be. The second number represents the highest frequency the headphones can reproduce. The wider the range, the better.
Impedance refers to the electrical resistantance of the current being passed through the headphones. In essence, it means how much power it takes to push sound through the headphones at a particular volume. It is represented in ohms, and the higher the number, the more energy your device needs to play sound at certain volumes.
Those looking to listen to their headphones with MP3 players or computers, should look for models with a lower impedance of 100 ohms of less. Those who are purchasing a very high quality pair of headphones for use with a standalone headphone amplifier, can purchase a pair with 300 or more ohms of impedance.