Audeze iSINE10 In-Ear Headphones

Audeze iSINE10 In-Ear Headphones

Audeze headphones use state-of-the-art methods of reproducing sound to a stunning level of accuracy, making them an unrivalled medium in achieving the most transparent audio reproduction possible. Adored by the most demanding audiophiles, professional engineers and music producers, the Audeze models act as the ideal reference. 

The company design and manufacturer a multitude of headphone models in each of the three common formats, including in-ear, on-ear and around/over the ear. Audeze's range of quality in-ear headphone models is designed and engineered to offer the full sonic benefit of their planar technology within a highly portable and lightweight enclosure, bringing you as close as possible to the music performance without the need for large cans. 

The iSINE 10 features a minimised version of the company's renowned planar driver, an exclusive patented technology that makes use of power-enhancing Fluxor magnets, used for the way that they are able to double the magnetic driving force on the headphone's ultra-thin diaphragms. Audeze's innovative Uniforce voice-coil tech works in conjunction with this intelligent driver design to ensure an accurate and dynamically engaging listening experience. 

Weighing only 20g, the iSine 10 is highly portable, highly efficient and are able to offer an unbeatable performance for the money, enhanced even further when combined with the company's lightning cable with DSP for iPhone/Apple. 

Who is Audeze?

Audeze (pronounced like 'Odyssey') are commonly referred to as one of the most innovative and prestigious headphone manufacturers in the world. The forefront of their production process consists of simple design philosophy; to 'remove the boundaries between artist and listener'. Audeze headphones incorporate a superlative combination of radical acoustic engineering, and alluringly beautiful craftsmanship to provide the audio enthusiast with a luxuriously comfortable listening experience, complete with every potential microdynamic left uncompromised.