ASUHA-LE Earphone Re-Cable

The ASUHA-LE earphone re-cable uses our original 8-wire cable, which has been well-received. It is BriseAudio's standard 8-wire cable with no loss of sound quality and improved handling. The ASUHA-LE is a further upgrade after three years of development. Compared to the previous ASUHA version, the ASUHA-LE has aWider range. The center of gravity has been lowered, and the extension and dynamism of the high frequency range has been improved.The reproduction of fine tones has been improved, and the sound image is not solidified, but rather has a stable sound quality tendency with a clear contour.

ASUHA-LE uses carbon nanotubes (hereafter CNT*1) as BriseAudio for sound quality adjustment.
Furthermore, by adopting BS sheet (*2), a new type of material, it has made it possible to reproduce even the finest tones in a delicate manner.

BriseAudio's original L-type plugs (4.4mm, 2.5mm, 3.5mm), which are used in the LE grade, are employed. Both unbalanced and balanced connections are available.
Various connectors on the earphone side are made of high-grade parts used in our Ref. class and above, and are original connectors developed in consideration of compatibility with various materials such as CNT.

※1　
In order to take advantage of the excellent characteristics of CNT, we have developed the connectors in cooperation with a national research institute and a research institute in Japan.
In order to take advantage of the excellent characteristics of CNT, we have repeatedly conducted joint tests and comparative listening tests with national research institutes and cooperating material manufacturers.
We have developed the optimum material.
Typical properties of CNTs are
20 times stronger than steel, 10 times more thermally conductive than copper, and half the density of aluminum.
Superior shielding ability. Various other useful physical properties.
(Properties vary depending on whether CNTs are single-layer or multilayer structures, etc.)
※2　
SB Sheet is a new material to boost the effect of other materials.
It is a new material that can be used without any sound quality disadvantages and has many advantages.