Headphones
| Headphone sensitivity |
94 dB |
| Headphone frequency |
20 - 20000 Hz |
| Impedance |
12 Ω |
| Driver unit |
5.5 mm |
| Ear coupling |
Intraaural |
Packaging data
| Ear pads |
Y |
| Carrying case |
Y |
Performance
| Maximum input power |
10 mW |
| Noise reduction |
Y |
Design
| Wearing style |
Ear-hook |
| Headset type |
Binaural |
Ports & interfaces
| Interface type |
3.5 mm (1/8") |
Additionally
| Wireless technologies |
Wired |
20 - 20000Hz, 94 dB, 12 Ohm, 10mW, 3.5mm, 1.2m
<b>With two dedicated dynamic drivers, M200 hi-fi earphones allow you to enjoy the most delicate nuances of the original recording.</b>
Combining a 10mm LF driver and a 5.5mm neodymium MF/HF driver, KEF’s unique Dual Dynamic Driver (DDD) array creates an immaculately detailed and engagingly natural sound right across the frequency range, with the LF chamber connected to the light aluminium housing for tight, resonance-free bass.
The DDD is a full range two-way system, pairs a 5.5mm neodymium MF/HF unit with a dedicated 10mm LF driver to recapture the clear, intricately detailed and engagingly natural sound of a live performance. The secret to its immaculate balance is that the MF/HF driver is placed so as to accommodate a port from the bass chamber into the inert cast aluminium chamber that feeds the combined output into the ear canal.
KEF’s discreet, flexible Secure Arm folds neatly to the shape of your ear to hold each earpiece in place, even when you’re moving around. Together with an ergonomic shell and soft silicone tips that fit snugly over the ear canal to form a tight acoustic seal that eliminates external noise, they feel so natural that you soon forget you’re wearing them.
Compatible with most smartphones, computers and other mobile devices, the M200 has an in-line microphone and remote control for iPhone and other Apple products, allowing you to operate the play functions or switch between calls and music. With the flight adapter provided, it’s the ideal travelling companion.
For your comfort and safety, KEF headphones are designed to comply with the CENELEC standard EN60065/A12 for protection against excessive sound pressure.
