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Planar Magnetic Bluetooth Headphones

With a luxurious, premium design and astonishingly precise sound quality They provide an immersive listening experience. They're specifically designed for audiophiles who require high quality music.

RHA has developed new technology to reduce distortion to less than 0.5%. The CL2 is equipped with a 10-millimeter planar magnet driver that is suspended over two arrays of magnetics.

Accuracy

Planar magnetic headphones utilize ultra-thin diaphragms between two magnets in contrast to traditional headphones that make use of cones and moving voice coils to move air. This allows the headphones to manipulate sound waves in a more uniform manner which results in greater precision and crystal clarity. The headphones that are planar are more expensive, bigger and more difficult to power than their dynamic counterparts. This is why they aren't the best-selling headphones.

Fortunately, boutique audio brands such as Audeze and HIFIMAN are constantly developing and creating new models that make the best of this new technology. The most recent model of the Audeze LCD-5 headphones for instance, is less bassy and more balanced than its predecessors, yet retaining all the outstanding clarity and resolution. The soundstage has been expanded and revealed and allows you to hear things that were not there before, and also to enjoy your classics with a new perspective.

A wider soundstage also gives an impression of depth and place. The spherical drivers of modern closed-back magnetic headphones such as the Oppo PM-3 may also make them sound too wide, particularly when the sound is panning from left to right. The HIFIMAN HIFIMAN is designed with a more symmetrical design to produce a more accurate stereo image.

While the advantages of a wider soundstage are clear however, the majority of users will discover that they prefer a more neutral and balanced tuning to their headphones. This is the reason that most magnetic headphones that what are planar magnetic drivers planar come with both open-back and closed-back models, with the latter having an older and more practical design that can be used on a daily basis.

Precision

The planar magnetic driver in RHA's CL2 headphones delivers the sound that is astonishingly precise. Their compact ten-millimeter driver houses a 16-micrometer diaphragm perfectly suspended above two matched magnetic fields to provide a superior sound up to 45,000 Hz.

The diaphragm is molecular structure that is more uniform than cone drivers. This means that there is less distortion over the entire frequency range. This results in more natural dynamic response.

To reduce distortion even further the diaphragm was placed inside a precisely-machined aluminum housing. The result is a light and durable design with a smooth inner surface that allows for Headset planar a continuous flow of audio waves between the microphone and the speakers.

These features combine to create a very precise headphone that is a joy to listen to at any volume. The soundstage is large and encompasses your headspace, with clear separation between sounds that give your music a sense depth.

The Glasgow-based company uses superior materials to make the CL2 headphones. They make use of zirconium dioxide, an almost indestructible substance, which is also used to make synthetic diamonds and to protect jet engines. The resulting ultra-thin black stainless steel housings are durable and scratch resistant with distinctive matte finish created by superheated plasma and powdered dye.

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

Soundstage

Audiophiles always want a large and spacious soundstage. Audiophiles aren't just listeners, who are happy to jam Taylor Swift on laptop speakers. They require a precise and full soundstage so they can be immersed in the music.

The soundstage's quality is mostly dependent on the headphones' acoustics and how the headphones 'present' the sound. Understanding how headphones are designed and made is key to achieving the best soundstage from them. The design of the earpads as well as the headband, as well as the microphone play an important role in the soundstage.

For example, the size of a headband plays an important part in how spacious and open the soundstage appears. A bigger headband means a wider soundstage and less distortion. The quality of the earpads is an additional aspect. The earpads must be comfortable and seal well to reduce unwanted noise and resonance.

Another aspect of a headphone soundstage is the clarity of every instrument. A crisp soundstage makes it easy to distinguish individual instruments and vocals in songs even at higher volumes. The clarity of the bass is crucial to a headphones' overall sound quality.

As a result, 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, planar drivers have larger magnets that move the entire diaphragm. This creates a flat sound wavefront, rather than the spherical wavefront that is focused that is found in dynamic drivers. This helps to localize sound better as it enters your ear.

A flat soundwavefront requires more power than a spherical, so headphones with planar designs use bigger magnets and require more powerful amplifiers. This is the reason why planar headphones tend to be a bit heavier and bigger than dynamic headphones.

Distortion

The distortion you hear from your headphones is caused by the voice coil that is moving back and forth rapidly compressing and decompressing air around the diaphragm of the speaker. The diaphragm's ridges cause the diaphragm to move out-of-phase creating a muddy and distorted sound. Planar magnetic headphones have a lower distortion rate because the drivers apply uniform driving forces across the entire flat surface. This results in less distortion even when volume is high.

Planar headphones are also known for their wide frequency response. They are able to reproduce a wide range of frequencies from low bass to high treble. Additionally, they are able to provide a fast transient response. This means they respond quickly to changes in the audio signal.

While planar headphones offer a lot of benefits but they can be a bit difficult to drive without an external amplifier. They typically have larger magnet arrays than dynamic headphones and require higher power to operate. Fortunately, there are some highly efficient planar headphones that can used directly from mobile devices as well as desktop audio players.

The CL2 Planar from RHA utilizes an oxygen-free copper base and specially designed neodymium magnets for high efficiency. They are compatible with all Bluetooth devices and can be used wirelessly or with wired connections. The cables are available in 3.5mm and balanced 2.5mm and premium materials. They are also braided to ensure durability and strength.

There are a variety of choices 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 to making a purchase. While it's tempting to buy the most expensive headphones, you may find that they sound as good as a less expensive pair.

Leakage

Planar headphones, as their name suggests, use a flat membrane and magnetic fields to produce sound. They also have a much thinner diaphragm which is often around 80% smaller than a dynamic driver. They can provide a more rich sound and greater detail than their larger counterparts. However, they require more power in order to operate. While some headphones with a planar design, such as the HIFIMAN DEVA can be powered by a mobile phone, most need a dedicated headphone amp to get the best sound.

Due to their bi-directional motion, planar magnetic headphones can leak a lot more sound than headphones that employ the standard voicecoil transducer. They're therefore not suited for public use, especially when you don't want to disrupt other people. However, this can be avoided if you choose closed-back headphones that have a secure seal to prevent sound from escaping.