Planar Magnetic Bluetooth Headphones

These headphones offer an immersive listening experience. They have an elegant, luxurious design and a sound quality that is remarkably precise. They're made for audiophiles who want high quality music.

RHA has developed a new technology that reduces distortion to just 0.5%. The CL2 includes 10 millimeters of planar magnetic driver suspended above two arrays of magnetics that are identical.

Accuracy

In contrast to traditional headphones that employ cones and moving voice coils to move air back and HeadphonesShop forth, planar magnetic headphones have ultra-thin diaphragms set up between two magnets. This allows for greater accuracy and crystal clarity. The headphones that are planar are more expensive, bigger, and harder to power than their dynamic counterparts. This is the reason they aren't the best-selling headphones.

Audio brands that are boutique like Audeze and HIFIMAN continually improve and release new models to make the most of this amazing technology. Audeze LCD-5 headphones are a great example. The most recent model is less bassy and more balanced, but retains the clarity and resolution of its predecessors. The soundstage is also more expansive and clear, allowing users to hear things you didn't before and to enjoy your old favorites in a new way.

A larger soundstage also creates an impression of depth and location. The spherical driver of many modern closed-back magnetic headphones like the Oppo PM-3 can also make them sound a little broad at times, particularly when the sound pans from left to right. The more symmetrical design of HIFIMAN Ananda, on other hand, is designed to deliver an incredibly natural and accurate stereo image than most other competing headphones.

While the benefits of an expanded soundstage are obvious but most users will find that they prefer a more neutral and balanced tuning to their headphones. This is the reason that most magnetic headphones that are planar come with closed-back and open-back models, with the former providing the more traditional and practical design that can be used on a daily basis.

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The planar magnetic driver of RHA's CL2 headphones produces an audio that is extremely precise. The driver's tiny ten millimeter size has a 16-micrometer dial that is perfectly suspended above two magnetic fields that are identical to each other for the best sound quality.

The diaphragm has molecular structure that is more uniform than cone drivers. This means that there is less distortion across the entire frequency range. This allows the sound to be more natural in its dynamic response, giving it a rich and detailed image quality.

To reduce distortion even further the diaphragm was encased in a precision-machined aluminum housing. The result is a lightweight and durable design with a smooth interior surface that allows for a continuous flow of audio waves between the microphone and speakers.

These features come together to create a highly precise headphone that can be heard at any volume. The soundstage is large and encompasses your headspace, with clear separation between sounds that give the music a feeling of depth.

The Glasgow-based firm makes use of top materials to create the CL2 headphones. They make use of zirconium dioxide which is an almost indestructible substance, which is also used to make synthetic diamonds and to protect jet engines. The ultra-thin black stainless steel houses are tough and scratch-resistant with a matte-finish produced by superheated plasma.

The CL2s are portable planar magnetic headsets that offer wireless listening thanks to their Bluemini adapter, which supports Bluetooth 4.1 for aptX and AAC streams. They also come with detachable 3.5mm and balanced 2.5mm cables with oxygen-free copper cores, HeadphonesShop which ensure analogue signals reach the headphones without distortion.

Soundstage

A large and spacious soundstage is among the most sought-after features among audiophiles. Unlike some listeners who prefer to listen to Taylor Swift over laptop speakers audiophiles prefer a large and detailed soundstage that lets them Sundara HiFiMAN: Immerse in High-Fidelity Headphone Excellence themselves in the music.

The quality of a soundstage is largely dependent on the headphones and their acoustics. To get the most value of a headphone's soundstage, it is important to know how headphones are made and designed. The design of the earpads, headband, and the microphone play a major part in the soundstage.

For example, the size of a headband can play a significant role in how open and spacious the soundstage appears. A bigger headband will result in a bigger soundstage, but less distortion. The quality of the earpads are an additional important factor. The earpads should be comfortable and provide an excellent seal to cut down on the resonance and unwanted noise.

The clarity of each instrument is a different aspect of the soundstage that headphones provide. A clear soundstage allows you to easily distinguish the instruments and vocals of the song, even at high volume. The clarity of the bass plays a significant role in the overall audio quality of headphones.

In turn, the bass response of planar magnetic headphones is typically better than those of dynamic drivers. While dynamic drivers have a smaller diaphragm which vibrates with the electrical impulses generated by the voice coil while planar drivers have larger magnets that move the entire diaphragm. This creates a flat wavefront and not the spherical wavefront that is focused that is present in dynamic drivers. This helps to locate sound better as it enters your ears.

Also flat sound waves requires more power than a spherical one that is why the use of planar headphones that have larger magnets and requiring more powerful amplifiers. This is why planar headphones tend to be a bit heavier and bigger than dynamic headphones.

Distortion

The distortion in your headphones is caused by a voice coil which goes back and forth rapidly compressing and releasing air around the speaker diaphragm. This causes the different points on the diaphragms to move out of sync, which sounds muffled and distorted. Planar magnetic headphones are much less susceptible to distortion as the drivers create uniform driving forces across the entire flat surface of the diaphragm. This results in less distortion even when volume is high.

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

While planar headphones have many benefits however, they can be difficult to drive without an external amplifier. They require more voltage and have larger magnet arrays. There are, however, extremely 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 base and custom neodymium magnets to deliver superior efficiency. They are compatible with all Bluetooth devices and can be used wirelessly as well as with wired connections. They also feature a variety of cables including 3.5mm and balanced 2.5mm, all of which are made from premium materials and braiding for durability and strength.

If you're in the market for a pair of Bluetooth planar headphones or an ideal set to listen to music, there are a variety of excellent options available. It's important to think about your budget and preferences before deciding. It's tempting to purchase the most expensive headphones but you might find that they don't sound as good as a pair of less expensive ones.

Leakage

Planar headphones, as their name suggests use a flat membrane and magnetic fields to produce sound. They also have a smaller diaphragm, which is typically around 80% smaller than a dynamic driver. They can produce a richer sound and have more detail than their larger counterparts. They also require more power. While some headphones, like the HIFIMAN DEVA can be powered by the phone, most require a separate headphone amp to get the best sound.

Planar magnetic headphones emit more sound due to their bidirectional movement than headphones using an audio transducer with a voicecoil. This makes them unsuitable to be used in public areas particularly if you wish to keep your surroundings from being disturbed by you. This is avoided by selecting closed-back headphones with the tightest seal that prevents sound from escaping.