Technics

Technics EAH-F70N Wireless Headphone

  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone
  • Technics EAH-F70N Wireless Headphone

Technics

Technics EAH-F70N Wireless Headphone

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A wireless music experience generating real-life sensations of energy and spatial expansion.

40 mm Dynamic Driver with Newly Developed Diaphragm

This diaphragm is consisted with newly developed composite performance film (CPF) laminated with a plurality of special materials and it has achieved high rigidity and high internal damping. The result is a powerful bass that seems to soar from the bottom depths and a spatial ambience that makes you feel as if you were in a concert hall. To maximise the effects of these characteristics, the shape of the diaphragm was designed with utmost attention to detail. The special bullet-shaped dome has realised improved rigidity. The natural and linear high-frequency characteristics provide a smooth and lustrous sound. The rib edge shape was optimised through simulation to attain high linearity across the entire input range, from weak to large input. All delicate nuances of music and realistic dynamics are faithfully reproduced.

A Precise Air Control Structure

Detailed simulation and fine tuning were repeated to achieve an Air Control Precision Structure that results in an optimal air flow. The two carefully designed ports and original construction create an accurate air flow to bring out the wide-range frequency reproduction capability from the driver.

High-Resolution Audio Quality with Bluetooth® and LDAC Technology*1

Fast response and high definition achieved wirelessly; reproducing elaborate, High-Resolution Audioquality sounds faithfully

Hybrid Active Noise Cancelling – 3 Modes

The hybrid noise cancelling system uses two different systems: the feedforward system which uses a mic mounted on the outside and the feedback system which uses a mic located near the driver positioned close to the ear. In addition, the circuit was originally designed to provide improved noise cancelling performance.

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