Genius GHP-400F Bluetooth without Mic  (Black, On the Ear)

The Genius Headphones GHP-400F has bundled some of the most innovative features to exhibit a sleek and compact design. The on-the-ear design of the GHP-400F plays a crucial role in isolating the ambient noise. For optimised comfort level, this headphone sports over-the-head design that is flexible and conveniently adjusts according to the contours of the wearer’s head. On the whole, this headphone is highly portable and it offers you wired connectivity with the audio source.

Design

The GHP-400F is a well-built headphone that is highly comfortable and produces superior sonic quality. The supra-aural ear cups have been well-padded to sit comfortably on your ears and channelize the sound produced inside your ear canals for distortion-free listening. Further, you can swivel the ear cups at 90 degree for comfortable one-ear listening. The headband of this device exerts a gentle clamping force on your ears to hold the ear cups in position. Additionally, you can fold both the ear caps for easy storage. This headphone is fitted with a 1.2 m long cable that gives you convenience of placing the audio source within manageable distance. This headphone sports a 3.5 mm audio jack that is compatible for use with a range of music players. This lightweight headphone tips the scale at 58 g.

Sound

This headphone has been optimised to create completely natural listening experience without any discrepancy. The 30 mm headphone driver units of this headphone bear the responsibility of transforming the electrical input into sound waves. These driver units have been loaded with Neodymium magnets that are highly efficient in maintaining utmost amount of musical accuracy in the sound produced. The loudness of this headphone has been taken care of by 32 ohm of impedance. In addition to this, this headphone promises to produce 100 dB of sound from every mW of electrical input. This headphone promises to attribute clear and crisp sound to every beat that rests within the frequency range of 20 Hz to 20000 Hz.