Shure KSE1200 Electrostatic Earphone System - Discontinued

Just Add Your Phone or Portable Media Player: Compact Shure KSE1200 Electrostatic Earphone System Is an Astounding Gateway to Seamless High-Resolution Audio Anywhere You Go

Based on the award-winning KSE1500 – the world's first sound-isolating electrostatic earphone system – the Shure KSE1200 electrostatic earphone system provides seamless integration with portable media players and offers an incredible compact solution for experiencing mobile high-res audio. A model of efficiency that delivers a constant 200V DC bias and 200V signal required by the accompanying KSE1500 electrostatic earphones, KSE1200 utilizes its predecessors technology but comes without the built-in DSP and digital inputs already available in many of today's high-end players. Its electrostatic amplification circuity yields breathtaking transparency, detail, dynamics, and isolation while its single-driver earphones afford sleek, fatigue-free comfort.

A four-band parametric available when used in conjunction with the ShurePlus Play app, pure analog signal path via a line-in switch, and an integrated rechargeable battery that lasts up to 12 hours further put KSE1200 on its own pedestal. Surrounded by black machined-aluminum housing, KSE1200 also comes with an ear fit-kit, carrying case, and adaptor plugs. All you need to do is match KSE1200 with a DAC-enabled player or phone of your choice, and astounding high-res music will be on tap whether you're traveling or enjoying all the potential wrought by computer audio. 100% Music Direct Guaranteed.

Without Peer: Electrostatic Sound-Isolating Earphones
Electrostatic technology provides the fastest, most accurate transient response available. Until Shure’s KSE1500, it has never been applied to sound-isolating earphones. Each earphone in KSE1200 features a virtually weightless, massless diaphragm surrounded by an electrostatic field generated by back plates that manage charge oscillation. The result is unmatched clarity and detail with an extremely high correlation to the source audio.