Sound - Full-spectrum sound from the deepest bass to high-frequency tones
Isolation - The patented, three-flange eartip delivers advanced external noise reduction for clearer sound at safer volume levels
Comfortable - With a choice of soft-foam or three-flanged eartips, iM716 earphones are designed for in-ear comfort.
Mobile - The feather-light earphones that go just about anywhere you want to listen to music.
Product Description
Sound and silence in perfect harmony! InMotion earphones with Etymotic Research technology deliver a perfect combination of near-perfect sound reproduction and dead-quiet noise isolation. While musicians, audiophiles and acoustic engineers have utilized this (ER) technology since the mid 80s, it is now available to enthusiasts anywhere with the introduction of the new inMotion earphones. Engineered to provide a genuinely accurate music stream, these micro earphones assure smooth treble, clear and natural piano, crisp percussion and rich orchestral music. The earphones are shaped to comfort-fit like earplugs, capturing awesome bass within the ear. Importantly, this earplug design blocks out external sound, allowing lower level listening volume and preventing hearing damage and overload distortion from otherwise excessive noise. Perfect silence for beautiful music. Just listen
Product Description
inMotion earphones feature a special earplug-like design that blocks virtually all ambient noise when used with MP3 players and other portable audio devices. This passive noise isolation technology ensure that traffic and other external sources of noise have little or no impact on the listening experience. Each earpiece contains a specially engineered speaker designed to provide maximum sound fidelity at all frequencies. The combination of the speaker design and noise isolation technology enables users to hear more tone and detail better than ever before plus also helps prevent hearing damage and sound distortion by making it possible to enjoy any artist without turning up the volume to ear-splitting levels.