Designed to deliver superb clarity and rich dynamics, the E461 earphones are not going to let you down. With a modern and timeless silver look that appeals to anyone, audiophiles will appreciate the full-range sound that you would only expect from full-size headphones.
"Audio experience is sharper and noticeably clearer compared to other earphones..."
"Instruments acoustics are reproduced wonderfully..."
"We were blown away with the sound quality..."
Full-Range Sound Quality
Using Neodymium magnet drivers, the E461 produces well-balanced and full-range frequency response. Absolute audio precision is also guaranteed so that you can hear your music in every detail. Embedded with the hardened aluminum capsule, your music is delivered in total linearity even at low bass. Experience every nuance of the music of your choice, from demanding rock, hip-hop, R&B, jazz to classical and opera.
Thinking of you
Audiophiles on the go will appreciate the convenience of the in-line control with microphone, which allows seamless switch between your music and phone calls. Besides enabling any forms of voice communications, such as MSN and Skype, thanks to the 3.5mm TRRS plug, the in-line control is compatible with iPad, iPhone and iPod. In order to use the microphone with your PC or notebook, an adapter cable is included.
Six sets of silicone caps in different sizes and shapes are provided to ensure a perfect fit for your ears; having a good seal is essential to not only reduce external noise but also to enhance audio quality throughout the full range of bass, mids and highs. A compact travel case is included to ensure safe and easy transport of the E461's for those long journeys.
Handy Travel Case
Thanks to the lightweight Neodymium magnet drivers and housing, the ultra-light yet robust earphones are ideal for people always on the go. It also comes with a compact travel case for extra protection.
A flat frequency-response curve shows that E461 is equally sensitive to all frequencies. No frequencies would be exaggerated or reduced, resulting in a more accurate representation of the original sound.