Open-back headphones are headphones in which the back of the earpiece (facing outward) is open to airflow. The sound produced by the driver can escape both into the ear and into the immediate environment.
Unlike closed-back headphones, open-ended headphones are generally expensive and designed for professionals and audiophiles. Unless you are in the audio world, you may not have come across their designs.
Open-back headsets are less common in local electronics stores. However, there are all kinds of open-back headphone designs available online from audio makers that offer both closed-back and open-back headphones.
Many open-back earphones are identifiable by breathable, perforated, or mesh-covered earphone housings and exhibit transparent quality. However, as with the headphones closed, the best way to see them completely is to try and listen to them.
Open-back headphones do not provide much (if any) isolation from the surrounding environment. This is due to the way air enters and exits.
When the ear pads are properly placed above or around your ears, you will hear all the surrounding sounds as usual (although this may be slightly reduced depending on the headset design).
This is ideal if you always need situational awareness. Listening to music while jogging or running makes it safer to hear traffic and vehicle warnings. Or you may want to have access to your friends and family to get your attention.
Open-back headphones are suitable for delivering more natural and realistic music. Since the sound waves can escape, the reflection from the material used for the ear cups is greatly minimized.
Less reflection means less tinting and better accuracy and transparency. In addition, the open nature of the atrium means that there is less counter-air pressure. As a result, the driver responds quickly and efficiently to changes in the audio signal, helping to maintain accuracy and clarity.
How to open-back headphones work:
1- Better sound quality
In my experience, most users who want the best sound quality from their headphones should look at open-back headphones. With a few exceptions to this rule, most fan-grade headphones are well ventilated.
Headsets such as the Focal Utopia, Audeze LCD Series, and Sennheiser HD800 are among the world’s best headsets today. And there’s one thing they all have in common. These are all open-back headphones.
The driver’s ability to breathe unimpeded by pressure seems to bring open-back headphones closer to a real Hifi speaker system than their closed siblings, generally combined with the head’s free listening experience.
While this is a very unique, airy, and spacious sound, closed headphones traditionally have a boxer sound with a deeper bass response.
As I said, there are some exceptional closed-back headphones out there, but certain brands of flagship headsets are likely to open rather than closed.
2- More Advanced Driver Options
It’s true that things like Audeze now offer planar magnetic pilots in closed-back headphones, but this technology lags far behind the same pilot technology in open-back helmets.
Companies have been manufacturing open format planar and electrostatic headsets for years, and the technology is well established and mature. Closed design is advancing, but in most cases, it still relies heavily on dynamic driver formats.
By choosing to buy an open-back helmet, you are opening yourself up to the possibility of choosing from several designs and technologies that are far more mature than closed-back helmets.
3- Goodbye sweaty Ears
Think about it. Suppose your ears are not in a small box. You will be much more comfortable if they can circulate cold air around them. Using open-back headphones can significantly reduce heat buildup and allow you to enjoy longer and more comfortable listening sessions.
The grille on the back of these headphones not only ventilates the speakers but also exhausts the ears. Facilitates heat distribution and passive cooling. Closed headphones can be particularly hot, and many people need breaks every few hours. If there is a possibility of this problem, it may be worth checking the headphones open on the back as a possible solution.
Pound for Pound, omitting the complete outer shell, uses less material. With closed-back headphones, the headphones have a lot of extra material, but that’s not all. For closed-back headphones, the manufacturer also needs to attenuate unwanted resonances in the chamber. As a result, you will often find additional material on the back of your headphones to attenuate the sound.
In this case, the weight is also distributed from the outer ears of the cup. In other words, the concept of leverage can make you feel heavier than it really is. Again, weight can also play a major role in comfort in long sessions, as explained in Heat Accumulation.
You may click here: Open Back Wireless Headphone
Open-Back Headphones Applications
Open-back headphones are generally preferred by mixing and mastering engineers because of their open sound. These types of headphones sound typical more like the way a studio monitors display. These headphones can reproduce more precise and more accurate sound due to the stereo width and relatively flat frequency response.
It is important to note that in these “mixed environments,” the ambient noise level is virtually zero. Therefore, engineers are not exposed to external noise. Headphones are the primary source of sound in the room, as sound can leak from the can.
Advice for mix engineers: Most people listen to their mix through headphones or closed headphones. As a result, open-back headsets produce a natural, broad mix that feels like a great monitor mix, but the crossovers you’ve experienced with open-back don’t always lead to the ultimate listener.
Therefore, we recommend mixing/mastering with both open and closed headphones.
Similarly, open-back headphones are great for solo listeners and gamers when they’re alone in the room. By improving stereo width and realism, you can improve your listening experience without disturbing the people around you (or lack of it).
An added benefit of wearing open headphones in the above situations is that there is less noise interruption and the listener can hear external sounds. Examples of external sounds knocking on doors, roommates trying to get attention, and other sound signals.