15 Things You Didnt Know About Planar Vs Dynamic

Planar Vs Dynamic Headphones
If you're looking to purchase headphones that offer the widest range of sound profiles dynamic drivers are the best way to go. These headphones employ a voice coil as well as magnetic windings which move forwards and backwards to cause the diaphragm of the speaker to vibrate.
This creates a spherical wavefront of sound that more precisely depicts audio. However, this could lead to distortion at higher volumes.
Cost
Dynamic drivers are simple to build and cost little. They're basically made of wire (the voice coil) wrapped around a plastic diaphragm that's placed inside a magnet and they vibrate in response to the electric signals transmitted by your audio source. They require less energy than electrostatic or planar headphones. This makes them more portable and convenient to use while you're on the move. Planar magnetic headphones have more intricate motor systems and larger diaphragms. These require more magnets or larger ones in order to move. They are often more expensive and heavier than dynamic headphones. They also require more power to operate which is why headphones with planar technologies need an external amplifier.
Bass Response
One of the main differences between planar and dynamic headphones is their bass response. Planar drivers have superior linearity, better deep bass extension and lower distortion when compared to dynamic headphones. They also offer a more precise image and better clarity. However, they might not have the punch and slam of dynamic headphones. This has resulted in hybrid IEMs, which use different types of drivers. These IEMs are able to meet a variety of listening preferences and offer the best of both worlds.
magnetic planar headphones in headphones transmit sound vibrations through a coil of wire suspended by a diaphragm. The magnetic field generated by the coil triggers the vibrating diaphragm, which produces the sounds we hear. This can cause distortion at lower frequencies due to the diaphragm's movement isn't constant and accurate. This is why it is important to consider your personal preferences in listening and the environment you are in before deciding what kind of headphone is right for you.
The distortion of planar headphones has been reduced significantly, as the vibrations have become more uniform and the diaphragm has moved less. The flat design of diaphragms allows them to react faster to changes in input signals. This is especially relevant for high-frequency frequencies. Planar magnetic headphones produce more precise sound with greater detail.
Dynamic headphones have a greater time frame than planar magnetic headphones and are the industry standard for bass response. Dynamic driver headphones have a flat frequency that ranges from 20Hz to. Planar magnetic headphones have a greater roll-off. As technology has advanced however, many planar headphones now offer a full range of bass response which is comparable to high-end open dynamic driver headphones.
The NAN-7 is an example of a top-end planar that delivers an impressive bass and a powerful impact. Its bass is tight and responsive and has a fantastic sub-bass slam. Its ability to provide a strong and authoritative sense of bass sound and awe makes it the perfect instrument for orchestral music such as the opening fanfare of Richard Strauss’s opera Aleksandr Solti's "Alsosprach Zarathustra”. The NAN-7 also stands out for its imaging capabilities.
Soundstage
Typically, headphones with planar designs have better soundstage. The diaphragm could be larger and move more evenly. This could result in a wide, flat soundwave that improves clarity and imaging. This is especially noticeable on headphones with higher quality, such as the Audeze LCD-4 or HiFiMAN Susvara however, it's a trend which is applicable for cheaper options too.
Unlike dynamic drivers, which only vibrate the area of the diaphragm that is attached to the voice coil, planar magnetic headphones have a larger surface area that can be moved by an electrical signal, which means they have less distortion at higher volume. They also have a better transient response. This means they can handle rapid changes to the input signal.
However, it is important to keep in mind that headphones with a planar design may have a limited soundstage if they are not properly powered. Lack of headphone amp power can result in a muddy bass or the "shimmer" effect which can make listening to the music less enjoyable.
Another aspect to consider is that headphones with dynamic drivers tend to have more natural sound quality than planar ones, because they reproduce the frequency response and timbre of the original audio recording better. The dynamics of the drivers are also more natural and realistic than the 'plucked-quality' of planar headphones. However, this difference can be compensated for with an excellent headphone amplifier and some modern planar headphones have better punch than their older counterparts, such as the Oppo PM-3 or HiFiMAN HE-1000SE. This is because they employ more advanced drivers that can be driven by a higher level of headphone amplifier.
Comfort
Planar magnetic headphones have gained popularity in recent years, and it's not a surprise given that they provide better sound quality and more precise sound. They are usually heavier and more expensive than dynamic headphones. This is due to the fact that they have a larger driver and require more power to uniformly move them. They need balanced outputs, which are found on the majority of DAPs and dongles. They also tend to leak more sound than dynamic drivers.