Planar Magnetic Bluetooth Headphones
These headphones provide a truly immersive listening experience. They have an elegant, luxurious look and a sound quality that is astonishingly accurate. These headphones are made for audiophiles that demand high quality music.
RHA has developed new technology that reduces distortion to less than 0.5 percent. The CL2 is equipped with a 10-millimeter planar magnet driver that is suspended over two magnetic arrays.
Accuracy
Planar magnetic headphones utilize diaphragms that are ultra-thin between two magnets in contrast to traditional headphones that use cones and moving coils to move air. This allows them to manipulate sound waves in a more uniform fashion, offering better accuracy and crystalline detail. However, they are more bulky, difficult to power and are more expensive than their dynamic counterparts, which is why they haven't taken over the market.
Boutique audio brands like Audeze and HIFIMAN constantly improve and introduce new models to make the most of this exciting technology. The most recent version of the Audeze LCD-5 headphones, for example is more slack and balanced than its predecessors, all the while maintaining the impressive resolution and clarity. The soundstage has been enlarged and uncovered which allows you to hear sounds that weren't present before, and also to enjoy your classics with a new perspective.
A wider soundstage can also give an impression of depth and location. The spherical drivers of most modern closed-back planar magnetic headphones like the Oppo PM-3 can also make them sound a little wide at times, especially when sounds pan from left to right. The more symmetrical design of the HIFIMAN Ananda on the other hand is designed to give a more natural and accurate stereo sound than other competing headphones.
The benefits of a larger soundstage are obvious, but the majority of users prefer a more balanced and neutral tuning. This is the reason that most magnetic headphones made for planar use come with closed-back and open-back models, with the former offering a more traditional and convenient 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 compact ten-millimeter driver houses a 16-micrometer diaphragm perfectly suspended over two magnetic fields for superior reproduction up to 45,000 Hz.
The diaphragm is 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 the sound to have a much more natural dynamic response, which makes it a lush and detailed image quality.
To further reduce distortion the diaphragm was enclosed in a precision-machined aluminum housing. The result is a light and durable design with a smooth inner surface that allows for a continuous flow of audio waves between the microphone and the speakers.
These features come together to make a headphone that is extremely precise that sounds great at all volumes. The soundstage is vast and encompasses your headspace, with clear separation between sounds that give the music a feeling of depth.
The Glasgow-based company uses superior materials to make the CL2 headphones. Zirconium dioxide is the main ingredient which is an almost indestructible material used to protect jet engines and create synthetic diamonds. The resulting ultra-thin black stainless steel housings are robust and scratch-resistant and have distinctive matte finish made using superheated plasma and powdered dye.
The CL2s are the first portable planar magnetic headphones that offer wireless listening due to their Bluemini adapter and
Headset planar Bluetooth 4.1 support for aptX and AAC streaming. The CL2s also come with detachable 3.5mm or balanced 2.5mm cables, which have oxygen-free cores of copper to ensure that analogue signals are delivered to the headphones without distortion.
Soundstage
A spacious and expansive soundstage is among the most sought-after characteristics among audiophiles. Audiophiles aren't just listeners, who are happy to jam Taylor Swift on laptop speakers. They want a detailed and full soundstage so they can immerse themselves into the music.
The soundstage's quality is greatly dependent on the headphones and their acoustics. To make the most out of a headphones' soundstage it is essential to know how headphones are constructed and designed. The design of the headband, earpads and microphones all play a part in creating a soundstage.
For example the size of a headband plays an important part in how spacious and open the soundstage is. A bigger headband means an expanded soundstage and less distortion. The quality of the earpads also plays a role. The earpads must be comfortable and provide an excellent seal to cut down on resonance and unwanted noise.
Another aspect of a headphone' soundstage is the clarity of every instrument. A clear soundstage allows you to clearly distinguish vocals and instruments in a song even at high volumes. Similarly, the clarity of the bass is crucial to the overall sound quality.
In turn, the bass response of headphones with planar magnetics is typically better than the 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 than the focused spherical one that is present in dynamic drivers which helps to locate sound more accurately as it enters the ears.
A flat sound wavefront requires more power than one that is spherical, so headphones with planar designs use bigger magnets, and need more powerful amplifiers. This is why the planar magnetic headphones are typically a little bigger and heavier than dynamic headphones.
Distortion
The distortion you hear in your headphones is caused by a voice coil which moves back and forth quickly in a whirlwind of air, which is compressed and released around the diaphragm of your speaker. This causes the different points on the diaphragms to move out of sync which causes the sound to become muddy and distorted. Planar magnetic headphones have less distortion because the drivers apply the same driving force across the entire flat surface. This causes minimal distortion even at high volume.
Planar headphones are also famous for their wide frequency response. They can reproduce a wide range of frequencies from low bass to high treble. They also offer a rapid transient response, which means they respond quickly to changes in the audio signal.
While planar headphones have many benefits but they can be difficult to drive without an external amplifier. They require higher voltage and larger magnet arrays. However, there are high-quality planar headphones that can used directly from mobile devices as well as desktop audio players.
The CL2 Planar from RHA uses an oxygen-free copper base and custom neodymium magnets to deliver the highest 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 many options available for
Headset Planar Bluetooth headphones that are
Headset Planar, or even just a pair of high-quality headphones to listen to music. It's crucial to consider your listening preferences and budget before making a purchase. It's tempting to get the most expensive headphones, however you might find that they don't sound quite as good as a pair of cheaper ones.
Leakage
planar closed back headphones headphones, as their name suggests use a flat membrane and magnetic fields to produce sound.