The Nightingale has a waterdrop-shaped design, with a CNC-machined casing and solid wood faceplate, giving it an elegant and high-end appearance.
The dual planomagnetic transducer is self-developed with an adequate amount of bass, rich mids and delicate but not harsh highs for a wide and natural soundstage. It has a dual magnetic field rectangular array structure, which has high transmission sensitivity, uniform soundstage distribution and good transient response. It uses magnetic mechanics to reasonably combine two sets of high-performance rare earth iron boron magnets, significantly improving efficiency compared with a single common magnet.
The shape of the headphones adapts perfectly to the contour of your ears, making them very comfortable to wear. The earphone casing is made of a special aluminum-magnesium alloy material, which is processed by CNC machining and finely polished to give it a radiant shine.
The faceplate is made of precious wood that has been collected for many years and has been polished and manufactured using various traditional manual processes.
The diaphragm is made of the latest type of self-developed ultra-thin composite material, combined with an aluminum voice coil to make its treble more transparent and clean, while extending the soundstage and making it wider. The combination with a powerful magnet makes its bass powerful and elastic, while maintaining high resolution for the treble. Midrange vocals are rich, soulful, and positioned slightly forward.
6N OCC cable ensures no signal transmission is lost. The detachable cable is not easy to tangle and is suitable for upgrades and upgrade options with other cables.
Characteristics:
- Planar-magnetic type transducer.
- Transducer size: 14.5mm diameter.
- Frequency response: 20Hz to 40kHz.
- Sensitivity: 100 dB to +/-3dB.
- Impedance: 16 ohms +/-15%.
- Cable length: 1.2 meters.
- Balanced 4.4 mm stereo minijack type connector.
- Weight: 15 grams.
- Includes carrying case, 6.3mm jack adapter and 3 sizes of ear tips for a perfect fit to the ear.
