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There are many different types of BriseAudio earphone cables to choose from, so we've created a guide to help you choose the right one. Here's a guide to help you choose.　
　YATONO-LE earphone re-cable is a LE grade earphone re-cable made of YATONO wire.
(The LE grade is a model that brings out the characteristics of good quality wire with minimal processing for high sound quality.)

The YATONO's stable bandwidth balance and sound field development are the hallmarks of the YATONO, while retaining the large amount of information that is a fundamental characteristic of the YATONO, resulting in a high quality sound with few drawbacks and a wide range of source compatibility.
We have created a sound quality trend that can be used in a wide range of fields with a high-dimensional sound field and depth and gradation in the mid-to-low frequency range, thanks to the generous use of technology and wire materials cultivated in the development ofYATONO.

In YATONO-LE.
This is a high standard model using the same wire as the flagship model YATONO, with carbon nanotubes (CNT*1), an extremely expensive new material, as part of the shielding material for sound quality control.

 
The original L-shaped plug (4.4mm, 2.5mm, 3.5mm), which was developed after careful consideration of materials and texture in the hand, is used for this product. Unbalanced connection and balanced connection are available.
MMCX & CIEM2PIN connectors use the same high-grade parts used for our Ref. class and above.

*1　
　　　In order to take advantage of the excellent properties of CNTs, we have been working with national research institutes and
　　　By repeating joint tests and comparative listening among the three parties including cooperating material manufacturers
　　　We have developed the most suitable material.
　　　Typical properties of CNTs are
　　　20 times stronger than steel, 10 times more conductive to heat than copper, half the density of aluminum.
　　　Excellent shielding ability. Various other useful physical properties.
　　　(The properties of CNTs vary depending on their single-phase or multi-layered structure.)