ASUHA-Rh2+ earphone re-cable

The ASUHA-Rh2+ upgrade cable for earphones uses our original cable with an 8-core structure (same as ASUHA) and was developed to achieve a more advanced sound with a sharp and speedy feel. The second product in the Rh2+ series.
While the STR7-Rh2+, the first product in the series, was designed with the highest emphasis on sharpness and speed, the ASUHA-Rh2+ has been designed to combine the features of the Rh2+ series without compromising the balance of the base ASUHA characteristics, making it very easy to use and compatible with a wide range of music. The result is a cable that is very easy to use and works well with a wide range of music.
　
The Rh2+ series uses a special earphone connector developed by BriseAudio.
MMCX connector: Special model with rhodium-plated center pin and high sound quality design in both metal and plastic materials.
2-pin: Special model with rhodium-plated pins and high sound quality design for both metal and plastic materials.
　
Furthermore, the adopted 4.4mm, 2.5mm, and 3.5mm terminals are Rhodium-plated high-quality FURUTECH plugs.
The 4.4mm, 2.5mm, and 3.5mm terminals are rhodium-plated high-quality Furutech plugs.

In addition, a shielding shield consisting of 7 layers is partially placed, vibration countermeasures, CNT (carbon nanotubes*1), and other measures are taken to create sound by installing them in appropriate locations while also focusing on changes in auditory perception.
The base of ASUHA-Rh2+ differs from that of the previous STR7-Rh2+, so adjustments were made accordingly.

 
The Rh2+ series was developed as BriseAudio's standard high-grade model, twinned with the Ref. model.
Compared to the standard model, the Rh2+ series is particularly well suited for use with sound sources such as beat music, techno, animation songs, pop music, etc.
The sound quality is sharp and crisp to suit modern music.
1 Typical characteristics of CNT are
20 times stronger than steel, 10 times more thermally conductive than copper, and half the density of aluminum.
Excellent shielding capability. Various other useful physical properties.
(Properties vary depending on whether CNTs are single-phase or multi-layered.)