Planar Magnetic Bluetooth Headphones
With a premium, luxurious aesthetic and impressively precise sound quality They provide an immersive listening experience. They're specifically designed for audiophiles who require high fidelity in their music.
RHA has developed new technology that reduces distortion to less than 0.5 percent. The CL2 has the ten millimeter planar magnetic driver, suspended above two magnetic arrays that are matched.
Accuracy
Planar magnetic headphones use diaphragms that are ultra-thin between two magnets, unlike traditional headphones which use cones and moving voice coils to move air. This allows them better precision and crystal clear. However, planar headphones are heavier, more difficult to power, and more expensive than their dynamic counterparts which is why they're not yet dominating the market.
Audio brands that are boutique like Audeze and HIFIMAN continually improve and release new models to make the most of this exciting technology. Audeze LCD-5 headphones are a great example. The latest model is more acoustic and more balanced, yet retains all the clarity and resolution of its predecessors. The soundstage is also much more spacious and clear, allowing users to listen to things that weren't before, and also enjoy your favorite models in a fresh light.
A wider soundstage can also give an impression of depth and place. The spherical driver of modern closed-back headphones like the Oppo PM-3 may also make them sound too wide, especially 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 sound than the majority of competitors' headphones.
While the advantages of having the larger soundstage are evident however, the majority of users will discover that they prefer more balanced and neutral tuning to their headphones. The majority of planar magnetic headphones are available in both closed-back and open-back versions. The latter is the more practical and traditional design that can be used on a regular basis.
Precision
The planar magnetic driver in RHA's CL2 headphones delivers the sound that is astonishingly precise. Their tiny driver of ten millimeters has a 16-micrometer dial that is perfectly suspended over two magnet fields that are matched to ensure better sound reproduction.
The diaphragm has a molecular structure that is much more uniform than cone drivers. This means that there is less distortion throughout the entire frequency range. This allows for an unnatural dynamic response.
To further reduce distortion, the diaphragm has been surrounded by a metal housing that has been precisely made from a single block of aluminum. The resulting design is lightweight and durable and has a smooth internal surface that allows for a continuous flow of audio waves from the microphone to the speakers.
These features combine to create a highly precise headphone that can be heard at all levels. The soundstage is vast and encompasses your headspace, with a clear separation between sounds that give your music a sense of depth.
The Glasgow-based firm makes use of top materials to create the CL2 headphones. They use zirconium dioxide, a near-indestructible substance that's used to create synthetic diamonds and protect jet engines. The resulting ultra-thin, black stainless-steel housings are both sturdy and scratch resistant with distinctive matte finish produced using superheated plasma and powdered dye.
The CL2s are the first portable planar magnetic headphones to offer wireless listening thanks to their Bluemini adapter and Bluetooth 4.1 support for aptX and AAC streaming. The CL2s come with detachable 3.5mm or balanced 2.5mm cables, and oxygen-free cores of copper to ensure that analogue signals are delivered to the headphones without distortion.
Soundstage
A vast and expansive soundstage is one of the most sought-after qualities amongst audiophiles. Audiophiles aren't just listeners, who are happy to jam Taylor Swift on laptop speakers. They want a detailed and wide soundstage so they can be immersed in the music.
The quality of a soundstage is largely dependent on the headphones and their acoustics. Understanding how headphones are constructed and constructed is crucial to achieving the best soundstage out of them. The design of the headband, earpads, and microphone all play a role in creating an audio stage.
For example, the size of a headband plays an important role in how spacious and open the soundstage is. A bigger headband means a wider soundstage and less distortion. The quality of the earpads is also a aspect. The earpads should be comfortable and provide an adequate seal to minimize the sound of resonance and unwanted noise.
Another benefit of a headphones' soundstage is the clarity of each instrument. A clear soundstage enables you to clearly distinguish the instruments and vocals in the song, even at high volume. The clarity of the bass is a major factor in the overall sound quality of headphones.
Planar magnetic headphones have a superior bass response compared to dynamic drivers. While dynamic drivers have a smaller diaphragm that vibrates in response to the electric impulses sent by the voice coil while planar drivers have larger magnets that move the entire diaphragm. This creates a flat wavefront, rather than the spherical wavefront that is focused found in dynamic drivers. This helps to localize sound better once it reaches your ear.
A flat sound wavefront also requires more power than one that is circular, which is why headphones with planar designs use bigger magnets and require more powerful amplifiers. This is why planar magnetic headphones are generally slightly heavier and larger than dynamic headphones.
Distortion
The distortion of your headphones is caused by a voice coil moving quickly back and forth in a cyclical manner, compressing and decompressing air around a diaphragm of the speaker. This causes the various points on the diaphragm to shift out of phase which causes the sound to become fuzzy and distorting. Planar magnetic headphones are less susceptible to distortion since the drivers produce uniform driving forces throughout the flat surface of the diaphragm. This results in low distortion even at high volume.
Planar headphones also have a 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.
Planar headphones are an excellent choice, but they can be difficult to drive using an external amplifier. This is because they typically have larger magnet arrays than dynamic headphones and require higher voltage to operate. There are some planar headphones that can be operated from portable devices or even from a desktop audio player.
The CL2 Planar from RHA uses an oxygen-free copper core and custom neodymium magnets to deliver superior efficiency. They are compatible with all Bluetooth devices and can be used wirelessly or via wired connections. The cables are available in 3.5mm and balanced 2.5mm and premium materials. They are also braided for durability and strength.
If you're looking for a pair of Bluetooth planar headphones or an excellent set to listen to music, there are plenty of excellent options available. It's crucial to consider your personal preferences and budget before 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 create sound. They also have a diaphragm which is usually 80% smaller than that of a dynamic driver. Because of this, they are able to deliver more clarity and a more enveloping sound than their larger counterparts. They also require more power. Some planar headphones, like the HIFIMAN Deva, can be powered by the power of a mobile phone. However, for planar magnetic loudspeakers , most headphones require a headphone amplifier.
Due to their bi-directional movement due to their bi-directional movement, planar magnetic headphones can let out more sound than headphones that employ a conventional voicecoil transducer. This makes them less suitable for use in public spaces especially if you want to keep your surroundings from being disturbed by you. This is avoided by selecting closed-back headphones that have an encapsulated seal that prevents sound from escaping.