Superior performance earphones
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The Optoma NE800M is designed for people that care about sound. These earphones include a brass sound nozzle to minimize vibration and optimize the sound. A coupled with an ultra-lightweight and durable carbon fiber chassis, the NE800M’s exceptional acoustic design brings out all of the detail in your music. These earphones are a substantial upgrade from those that come with your smartphone or music player and set the standard for premium portable sound.
Comfortable fit
For maximum comfort, we’ve included two types of earbuds in a range of sizes so you can be assured of a snug, slip-free fit. These include Comply™ Foam premium earphone tips which shape themselves to fit perfectly in the ear canal offering superior isolation from noise and creating incredible bass response.
Free from micro-dynamic vibrations
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With a carbon fiber shell and sound nozzle machined from solid brass, the NE800M earphones are free from micro-dynamic vibrations to give an outstanding sound quality. Exhibiting one of the highest strength-to-weight ratios of any known material, the inherent damping properties makes carbon fiber one of the most acoustically inert materials known to modern science - leaving you with nothing but the sound the artist intended.
Sound nozzle
The sound nozzle, which is used to direct sound from the transducer into the ear canal, is machined from solid brass. Used in musical instruments throughout history, brass is well known for its balanced acoustical transmission and damping properties. It is also comforting to know that due to its copper content, brass offers potent anti-microbial properties.
Features a large 8.6mm Titanium-coated diaphragm
The single driver features a large 8.6mm Titanium-coated diaphragm, a powerful N45 Neodymium magnet and an innovative lightweight copper-clad aluminium voice coil. The driver features combined with the acoustic enclosure design yields an earphone with exceptional power, frequency range and transient response resulting in remarkably clear distortion-free holographic imaging with powerful extended bass.