Sennheiser IE800

  

At the heart of the IE 800 are several small but invaluable breakthroughs, like the perfected extra wide band (XWB) transducer system. Flaunting a diameter of only 7 mm, it is currently the smallest extra wide-band sound transducer available in dynamic ear canal phones and promises distortion-free sound, capable of performing even at high sound pressure levels. With Sennheiser’s state-of-the-art dampened two chamber absorbers (D2CA), ceramic housing and ergonomic, oval-shaped ear adaptors, the IE 800 is loaded with numerous ground-breaking innovations. Designed, developed and produced in Germany, it not only boasts innovative technology but also feature an attractive, yet modern and elegant design. Manufactured with high-quality materials, such as scratch-resistant ceramic for the housing to ensure longevity, the IE 800 ear-canal phones made enjoying audiophile music on-the-go, a reality

- Dynamic linear-phase driver with extremely wide bandwidth (XWB)

- Very low overall harmonic distortion

- Ergonomic, oval-shaped ear adaptors for maximum comfort

- Two protective meshes - one situated in the ear cushion and one in the cone, effectively protects against dirt contamination and for easy cleaning

- Attenuated dual-chamber absorber (D2CA)

- Extremely deep, distortion-free bass

- Premium leather carrying case

- 2 year warranty

- Impedance 16 Ω

- Frequency response translation missing: en-kg.mode.8___41000_hz: (-3 dB), translation missing: en-kg.mode.5___46500_hz: (-10 dB)  

- Sound pressure level (SPL) 125 dB at 1V 1kHz  

- THD, total harmonic distortion < 0.06 %  

- Ear coupling Intraaural  

- Jack plug 3.5 mm stereo plug  

- Cable length 1.1 m symmetrical, oxygen-free (OFC) copper cable  

- Transducer principle Dynamic, vented closed  

- Weight Without cable: 8 g  

- Attenuation - 26 dB  

- Operating temperature -10 °C - +55 °C  

- Frequency Diffuse field equalized

- Audio cable with remote control and microphone for mobile phones and tablets (Android and Windows operating systems)