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Planar Magnetic Bluetooth Headphones With a premium, luxurious aesthetic and impressively accurate sound reproduction They provide an immersive listening experience. These headphones are designed for audiophiles who demand the highest quality music. RHA has developed a revolutionary technology that reduces distortion to just 0.5%. The CL2 includes a ten millimeter planar magnetic driver suspended above two matched magnetic arrays. Accuracy Planar magnetic headphones feature diaphragms that are ultra-thin between two magnets, unlike traditional headphones which utilize cones and moving voice coils to move air. This allows them to control sound waves in a more uniform manner, offering greater precision and crystal clarity. Planar headphones are more expensive, larger and more difficult to power than their dynamic counterparts. This is the reason they aren't the best-selling headphones. Boutique audio brands such as 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 less bassy and more balanced, but retains the clarity and resolution of its predecessors. The soundstage has also been enlarged and revealed and allows you to hear things that weren't there before, and also to enjoy your classics with a new perspective. A wider soundstage can also give an enhanced sense of depth and location. The spherical drivers in most modern closed-back magnetic headphones such as the Oppo PM-3 can also make them sound a bit too broad at times, particularly when the sound pans from left to right. The more symmetrical design of the HIFIMAN Ananda, on the contrary, is designed to deliver an incredibly natural and accurate stereo sound than other competitors' headphones. While the advantages of having an expanded soundstage are obvious, most users will find that they prefer more balanced and neutral tuning for their headphones. The majority of magnetic headphones for planar are with open-back and closed-back models. The one with the open-back is more comfortable and traditional design that can be used on a regular basis. Precision The planar magnetic driver inside RHA's CL2 headphones produces a sound that is incredibly precise. Their compact ten-millimeter driver houses a 16-micrometer diaphragm perfectly suspended above two matched magnetic fields that provide superior sound up to 45,000 Hz. The diaphragm has a molecular structure that is much more homogeneous than cone drivers. This means there is less distortion throughout the entire frequency range. This allows for an unnatural dynamic response. To further reduce distortion, the diaphragm has been enclosed by a metal housing that's been precision made from a single block of aluminum. The resulting design is lightweight and robust with a smooth inner surface that encourages uninterrupted flow of audio waves from the microphone to the speakers. These features create a highly precise headphone that is a joy to listen to at all levels. The soundstage is wide and covers your headspace in a clear separation of sounds that gives an impression of depth, allowing you to listen to every detail of your music. The Glasgow-based company makes use of top materials to create the CL2 headphones. Zirconium dioxide is utilized as a virtually indestructible substance that is also used to protect jet engines and to make synthetic diamonds. The ultra-thin black stainless steel housings are durable and scratch-resistant, with a matte finish produced by superheated plasma. The CL2s are the first planar magnetic portable headphones to offer wireless listening, thanks to their Bluemini adapter and Bluetooth 4.1 support for aptX and AAC streaming. They also come with detachable 3.5mm and balanced 2.5mm cables that have oxygen-free copper cores, which ensure analogue signals reach the headphones without distortion. Soundstage Audiophiles are always seeking a large and spacious soundstage. Audiophiles are not like some listeners, who are happy to play Taylor Swift on laptop speakers. They want a clear and spacious soundstage so that they can immerse themselves into the music. The soundstage's quality is largely dependent on the headphones and their acoustics. To maximize the benefits of a headphone's soundstage it is essential to understand how the headphones are made and designed. The design of the earpads, the headband, and the microphone play a major part in the soundstage. For instance, the size of a headband can play an important part in how open and spacious the soundstage is. A larger headband means more soundstage space and less distortion. The quality of the earpads are an additional factor. The earpads must be comfortable and well sealed to reduce unwanted noise and resonance. The clarity of each instrument is another aspect of the soundstage that headphones provide. A clear soundstage makes easy to distinguish individual vocals and instruments in the song even at higher volume. The clarity of the bass is essential to a headphones' overall sound quality. In turn, the bass response of headphones with planar magnetics tends to be better than those of dynamic drivers. While dynamic drivers have a smaller diaphragm which 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 sound wavefront and not the spherical wavefront that is focused that is found in dynamic drivers. This helps to localize the sound better when it enters your ears. Furthermore, a flat sound wavefront requires much more power than a spherical one that is why planar headphones with larger magnets and stronger amplifiers. This is why the planar magnetic headphones are typically slightly heavier and larger than dynamic headphones. Distortion The distortion in your headphones is caused by a voice coil that is constantly moving back and forth in a whirlwind of air, which is compressed and released around the speaker diaphragm. This causes the diaphragm's edges to move out-of-phase creating a the sound to be distorted and muddy. Planar magnetic headphones are much less susceptible to distortion since the drivers generate uniform driving forces throughout the flat surface of the diaphragm. planar headphones explained results in low distortion even at high volume. Planar headphones are also renowned for their wide frequency response. They can reproduce a broad range of frequencies ranging from low bass to high treble. Additionally, they are able to provide a fast transient response. This means they can respond quickly to changes in the audio signal. Planar headphones are an excellent choice, but they can be difficult to drive with an external amplifier. They typically have larger magnet arrays than dynamic headphones and require more voltage to operate. Fortunately, there are some high-quality planar headphones that can be operated directly from mobile devices and desktop audio players. The CL2 Planar by RHA is made with an oxygen-free, conductive core and a bespoke neodymium magnetic material to provide greater efficiency. They are compatible with all Bluetooth devices and can be used wirelessly or via wired connections. They also feature a variety of cables including 3.5mm and balanced 2.5mm each of which are constructed with top quality materials and braiding to ensure strength and durability. There are a myriad of choices for Bluetooth headphones that are planar or even an excellent set of headphones to listen to music. But, it's essential to consider your personal preferences and budget prior to making the purchase. While it's tempting to buy the most expensive headphones, you might find that they sound as good as a less expensive pair. Leakage Planar headphones, as the name suggests, utilize a flat membrane and magnetic fields to produce sound. They also have a diaphragm which is often smaller than the one of dynamic drivers. They can produce a richer sound and more detail than their larger counterparts. The downside is that they require more power to function. While some headphones with a planar design, such as the HIFIMAN DEVA can run off a mobile phone, most require a dedicated headphone amplifier to get the best sound. Due to their bi-directional motion due to their bi-directional movement, planar magnetic headphones can release more sound than headphones that use a conventional voicecoil transducer. They are not suitable for use in public spaces especially if you want to keep your surroundings from being disturbed by you. However it is possible to avoid this when you select closed-back headphones with a tight seal to prevent sound from escaping.