planar Driver Magnetic Bluetooth Headphones

These headphones offer an Immersive Sound: Wireless Noise Cancelling Over-Ear Headphones listening experience. They feature an elegant, luxurious look and a sound that is impressively precise. They're made for audiophiles that require the highest quality music.

RHA has developed a brand new technology that reduces distortion to just 0.5 percent. The CL2 is equipped with a ten-millimeter planar magnet driver that is suspended over two magnetic arrays.

Accuracy

Unlike traditional headphones that use cones and moving voice coils to move air back and forth, planar magnetic headphones have ultra-thin diaphragms set up between two magnets. This allows the headphones to manipulate sound waves in a more uniform way which results in more precision and crystalline clarity. The headphones that are planar are more expensive, bigger, and harder to power than their dynamic counterparts. This is why they don't dominate the market.

Boutique audio brands such as Audeze and HIFIMAN continually improve and release new models to make the most of this exciting technology. The most recent version of the Audeze LCD-5 headphones, for example, is more bass-free and balanced than its predecessors, all the while maintaining the impressive resolution and clarity. The soundstage is also more expansive and revealing, allowing you to listen to things that weren't before, and also enjoy your favorite models in a fresh light.

A wider soundstage can also give a greater sense of depth and place. The spherical drivers of modern closed-back magnetic headphones like the Oppo PM-3 may also make them sound too wide, especially when the sound is shifted from left to right. The HIFIMAN HIFIMAN is constructed with a more symmetrical design to produce a more accurate stereo sound.

While the advantages of the larger soundstage are evident however, the majority of users will discover that they prefer a more balanced and neutral tuning to their headphones. The majority of planar magnetic headphones are available in open-back and closed-back planar magnetic headphones versions. The one with the open-back is more comfortable and traditional design that can be used on a regular basis.

Precision

The planar magnetic drivers of RHA's new CL2 headphones provide incredible sound quality and precision. The driver's tiny ten millimeter size has a 16-micrometer dial that is perfectly suspended over two magnetic fields that are identical to each other for superior reproduction.

The diaphragm also has much more uniform molecular structure compared to traditional cone drivers, which means that there's less distortion across the frequency range. This results in a more natural dynamic response.

To further reduce distortion, the diaphragm has been protected by a housing made of metal that's been precision manufactured from a single piece of aluminum. The result is a light robust design with a smooth interior surface that facilitates the continuous flow of audio waves between the microphone and the speakers.

These features come together to make a headphone that is extremely precise that can be heard at all volumes. The soundstage is vast and covers your entire headspace with a clear separation between sounds that gives your music a sense depth.

The Glasgow-based firm uses superior materials to create the CL2 headphones. Zirconium dioxide is utilized which is an almost indestructible material that's also employed to protect jet engines and to make synthetic diamonds. The ultra-thin black stainless steel houses are durable and scratch-resistant, with a matte finish produced by superheated plasma.

The CL2s are compact magnetic headphones that can provide wireless listening through their Bluemini adapter, which can support Bluetooth 4.1 for aptX and AAC streams. The CL2s come with detachable 3.5mm or balanced 2.5mm cables, with copper with oxygen-free cores to ensure that analogue audio signals are transmitted to the headset without distortion.

Soundstage

Audiophiles always want a large and spacious soundstage. Contrary to some listeners who prefer to listen to Taylor Swift over laptop speakers, audiophiles want a full and detailed soundstage that lets them be absorbed in the music.

The soundstage's quality is largely dependent on the headphones and their acoustics. To make the most out of a headphone's soundstage it is essential to understand how the headphones are constructed and designed. The design of the headband, earpads and microphones all play a part in creating an audio stage.

The size of the headband, as an example it can have a significant impact on how wide and open a soundstage is. A bigger headband means more soundstage space and less distortion. The quality of the earpads is also a important factor. The earpads must be comfortable and have an adequate seal to minimize resonance and unwanted noise.

Another aspect of a headphone soundstage is the clarity of each instrument. A clear soundstage makes easy to differentiate individual instruments and vocals in songs, even at higher volumes. In the same way, the clarity of the bass is crucial to the overall sound quality.

Planar magnetic headphones have better bass response than dynamic drivers. While dynamic drivers have a smaller diaphragm that is vibrating in response to electrical impulses generated by the voice coil while planar drivers have larger magnets that move the entire diaphragm. This creates a flat sound wavefront and not the spherical wavefront that is focused that is found in dynamic drivers. This helps localize sound better once it reaches your ear.

Furthermore a flat sound front requires more power than a spherical which results in planar headphones using larger magnets and stronger amplifiers. This is why planar magnetic headphones are generally a bit heavier and bigger than dynamic headphones.

Distortion

The distortion in your headphones is caused by a voice coil that is constantly moving back and forth compressing and releasing air around the diaphragm of the speaker. This causes the diaphragm's edges to shift out of phase creating a the sound to be distorted and muddy. Planar magnetic headphones have less distortion because the drivers apply the same driving force across the entire flat surface. This results in low distortion, even when volume is high.

Planar headphones are also known for their wide frequency response. They can reproduce a wide range of frequencies, ranging from deep bass to high treble. They also have a fast transient response. This means they react quickly to changes in audio signals.

While planar headphones offer a lot of benefits however, they can be difficult to drive without an external amplifier. They require more power and have larger magnet arrays. Fortunately, there are some highly efficient planar headphones that are able to be run directly from mobile devices and desktop audio players.

The CL2 Planar from RHA utilizes an oxygen-free copper core and customized neodymium magnets to provide the highest efficiency. They can be used with wireless or wired connections and are compatible with any device that supports Bluetooth. The cables are available in 3.5mm, balanced 2.5mm and premium materials. They are also braided for durability and strength.

There are many options available for Bluetooth planar headphones or a pair of high-quality headphones to listen to music. It's crucial to consider your personal preferences and budget prior planar driver to making an investment. It's tempting to get the most expensive headphones but you might find that they don't sound as impressive as a pair of less expensive ones.

Leakage

Planar headphones, as their name suggests, use a flat membrane and magnetic fields to create sound. They also have a diaphragm which is often less than the size of dynamic drivers. They can deliver a deeper sound and have more detail than their larger counterparts. However, they also require more power to work. Some headphones with a planar design, such as the HIFIMAN Deva, can be powered by a mobile phone. However, for the best sound quality most headphones require an amplifier for headphones.

Because of their bi-directional movement that they have, planar magnetic headphones can let out more sound than headphones that use a conventional voicecoil transducer. They're therefore not suited for public use, particularly in situations where you don't wish to disrupt other people. However this is not a problem by choosing closed-back headphones that have a secure seal to prevent the sound from escaping.