Technics EAH-AZ40M2
Image source — © Technics
Model name
EAH-AZ40M2
Transducer principle
Dynamic or Isodynamic
Scheme
Closed
Wearing style
TWS
Frequency response low +/- 10dB (Hz)
N/A
Frequency response high +/- 10dB (Hz)
N/A
Max. sound pressure level (dBSPL (1 kHz @ 5% THD))
N/A
Connection type
Wireless
Connector (mm)
N/A
Sensitivity (dBSPL (1 kHz/ 1 mW)))
N/A
Impedance (Ohm (1 kHz))
N/A
Playback time (hours)
12
Weight (g)
5 (ear) + 35 (case)
Official link
According to established tradition, the company's engineers have applied several unique solutions to them. The dynamic driver is equipped with a diaphragm with a diameter of 10 mm, made of a special type of aluminum. It is only 5 microns thick. The magnetic system uses a magnetic fluid to maximize the displacement of the diaphragm and achieve full-fledged processing of the frequency range.
The EAH-DJ1200 model, developed in 2019, inherited the RP-DJ1200 concept, it has wide functionality, excellent design and high sound quality. The symbolic designation “1200" in the name of the EAH-DJ1200 model opens a new wave and takes DJ culture to a new level.
The full-size Technics EAH-A800 headphones are equipped with Bluetooth wireless technology, as well as very interesting additional features. The headphones are made using high-quality modern materials and have a reliable design. At the same time, the Technics EAH-A800 looks very attractive, and their comfortable fit on the head ensures comfort in wearing for a long time.
The TWS Technics EAH-AZ60M2 headphones are available in silver. Thanks to their ergonomic shape and silicone elastic inserts, they are comfortable to use. Dynamic radiators with a membrane diameter of 8 mm produce clear surround sound in the extended frequency range of 20-40000 Hz.
The headphones are equipped with large dynamic radiators with a diameter of 10 mm, which reproduce powerful basses and form a wide stereo picture. In order to make the movement of the diaphragm made of aluminum alloy more free and eliminate unwanted resonances, it is fixed without a separate suspension.