Uses PC-Triple C
Adopted the dream new conductor PC-Triple C by the forging method developed as the world's first dedicated audio conductor.
Advantage of single track
The ACOUSTIC REVIVE headphone cable uses "single wire" for the conductor for the first time in the world. Until now, the conductor of a headphone cable has been a "stranded wire" made by twisting fine wires, but this stranded wire avoids the generation of "stray current" called the strand jump phenomenon that flies between fine wires during transmission. This stray current can cause distortion, noise, and incidental noise. On the other hand, single wire theoretically does not generate stray current itself, so it does not generate distortion, noise, or incidental noise.
Teflon insulation and 2-core shield structure, which is unusual for a headphone cable
The conduction characteristics of a cable are greatly affected not only by the conductor but also by the insulating material and cable structure. ACOUSTIC REVIVE uses Teflon, which has an excellent relative permittivity, to insulate conductors. Compared to general PVC (vinyl chloride) insulation, which has a high relative permittivity of 5.6, Teflon insulation has a low relative permittivity of 2.1, so there is no transmission loss and overwhelming transmission speed is achieved.
In addition, a normal headphone cable uses a 1-core coaxial structure in which a conditional difference is created between hot (+) and cold (-) and disturbance of phase characteristics is unavoidable, but ACOUSTIC REVIVE uses hot (+) and cold (+). -) Is the same condition, and the 2-core shield structure which realizes the accurate phase characteristic is adopted. Furthermore, the material and structure are completely uncompromising to achieve high sound quality, such as natural silk cushioning material that prevents the generation of static electricity and PC-Triple C shield that prevents external noise.
Equipped with Finemet beads that completely eliminate transmission noise
ACOUSTIC REVIVE is equipped with Finemet beads, which is the first technology for a headphone cable and can completely eliminate transmission noise. This eliminates the inevitable flow of noise from audio equipment such as headphone amplifiers into headphones, resulting in an overwhelmingly high signal-to-noise ratio.
* Finemet Beads ® is a registered product of Hitachi Metals.
All plugs are original products with a completely non-magnetic structure
The ACOUSTIC REVIVE headphone cable uses a rhodium-plated original product with a completely non-magnetic structure for the headphone jack and various plugs. Until now, all headphone jacks had to generate magnetic distortion due to ferromagnets such as iron core and nickel plating on the plating base, but ACOUSTIC REVIVE's headphone cable has low distortion and clear without turbidity. Achieves sound quality
As mentioned above, ACOUSTIC REVIVE's new headphone cable adopts a high-quality sound material and structure that is unusual for a headphone cable, and is the definitive version of a headphone cable that has achieved an unprecedented new level of high-quality sound.
Various headphone terminals also adopt a completely non-magnetic vibration damping structure
We have also developed original products with a completely non-magnetic structure and vibration damping structure for ULTRAZONE & SONY, SHURE, SENNHEISER650, and SENNHEISER800 plugs. All plating is silver base + rhodium plating, and the ultimate conduction characteristic is realized by the vibration damping structure by the combination of different metals with the 2017S aviation grade aluminum alloy machined body. In addition, our RBC-1M is used for the cannon plugs of RHC-2.5HS-B and RHC-2.5HE-B.
RBC-1M adopts the world's first solder-free screw fastening method for the cable connection, eliminating conduction deterioration due to soldering. In addition to a completely non-magnetic structure, it is a Canon plug that achieves the ultimate conduction characteristics and sound quality, such as silver base + rhodium plating, ultra-low temperature treatment at -196 ° C, and 2017S aviation level aluminum alloy machined vibration damping body.
