Acoustic Revive LINE-X TripleC / ETI kryo silver

Description - Acoustic Revive LINE-X TripleC / ETI kryo silver

Signal cable of the highest quality Acoustic Revive LINE-1.0R-TripleC

The PC-TripleC (Pure Copper-Continuous Crystal Construction) is the world's first specialized audio cable made with pioneering technologies. Accepts impure micron grain removed by OFC (oxygen-free copper). By forging, OFC densifies its crystal architecture by up to 80% to improve its conductor density to a maximum and also to be in the same direction as the grain boundaries.

Cable structure with all extravagance

The ideal of a cable is that there is no loss or change in transmission. In other words, it is cordless.

There is no cable in the world to improve the sound quality. Replacing the cable and changing the sound quality is only in the form of this loss of transmission and deterioration of transmission.

The goal of ACOUSTIC REVIVE is to be without a cable.

To eliminate transmission losses and deterioration, ACOUSTIC REVIVE has achieved an ideal cable structure through joint development with a manufacturer specializing in multidisciplinary materials, without being obsessed with existing cable manufacturing concepts. Especially for the single-core cable, which affects the sound quality, we have adopted the world's first forged production method, PC-Triple C, and in cooperation with FCM Co., Ltd. we made it elliptical to eliminate the resonance inherent in this wire.

Teflon-coated flexible copper tube, which allows flexible handling that does not appear to be a single-core cable, while providing stunning shield shielding properties, was developed in conjunction with Shinagawa Shoko Co. Together with Ebisawa, they jointly developed a tube made of natural silk and, in addition to a damping structure using a combination of different metals for the connector, he was together with Matsugane Co. developed a type of screw mounting that suppresses the deterioration of sound quality due to soldering. , Ltd. It has an unrivaled luxury structure in which new materials are made by hand.

Most commercially available balanced XLR cables have a two-core shielded structure, but the ACOUSTIC REVIVE XLR balanced line cable has a three-core shielded structure, which ensures a perfectly balanced transmission.

Air floating structure that does not interfere with energy transfer. It is said that the cable has some kind of power transmission in addition to the original current transmission.

It is believed that this energy transfer is also related to the fact that the sound comes from the speaker when the cable is hit, but in the past cable manufacturers have in turn thoroughly suppressed the vibration of the cable itself, such as cotton and PP band. It killed the energy transfer of the cable by wrapping it or filling it with rubber or resin.

In fact, it was the cause of sound suppression and without energy.

At ACOUSTIC REVIVE, by creating an air layer around the conductor, we have achieved a huge cut-out, openness and sound quality with an excellent energetic feeling. She developed a tube of natural silk that brings life to life without compromising sound quality

The padded tube for securing the air layer does not damage the sound quality, but on the contrary gives life to the natural silk tube in cooperation with the largest Japanese silk manufacturer Hasegawa Shoten Co., Ltd. and Ebisawa manufacturing plant. I got it and developed it. The material near the conductor has a great influence on the sound quality and PVC is the worst.

Flexible Teflon-coated copper tube shield with perfect side effects and no side effects

Braided wire is commonly used for shields. This knitted shield was in fact full of gaps, even at high knitting speeds, and it was not possible to achieve a perfect shading effect. Braided wires also generate stray currents that are as complicated as cables, which adversely affects the original signal transmission, such as random sounds and distortion. It seems to be a superstition that unshielded sound is better than shielded cable. In some parts, the cable was also with a shield made of aluminum foil, but because aluminum has a strong reverberation, an accompanying sound and distortion are generated, and its disadvantage is that it has a strong color. did.

This time, we used a flexible Teflon-coated copper tube as the shield material, which is much thicker than the foil newly developed by Shinagawa Shoko Co., Ltd. As a result, in addition to the stunning shielding characteristics that do not produce special habits, random sounds and distortions with conventional braids and foils, we have gained tremendous flexibility much better than stranded cables. CSF tube that provides radiant noise reduction, electromagnetic wave absorption effect and double shield effect. We used a CSF pipe (already sold separately!) On the farthest perimeter of the cable, which was developed together with the SF pipe manufacturer.

ETI Research kryo connector XLR

• Major components made from Tellurium Copper with Silver plating with no Nickel for superior conductivity and long-lasting tarnish-free durability.
• The Copper connector is lathed from one piece of Copper, with as much material removed as possible to allow for minimal resistance and capacitance, yet retaining the ability to transfer the current needed.
• Housings made from Brass for superior vibration damping and high EMI/RF noise rejection.
• Your choice of two housing sizes to suit a variety of audio cables.

For a long time XLR connectors with some type of Copper have been available but many of the male pins have too much mass, which causes excessive capacitance and alters the sound. Some of these XLR connectors had Copper male connectors while the female connectors were still Brass formed! This is because the hollow nature of the female pin was difficult to machine and a lot cheaper to make by using the original pins formed in Brass molds.

ETI Research was still not interested because this defeated the purpose of using Copper for greater sound quality. The next step to produce female connectors out of Copper was undertaken by rolling flat Copper to make the female connection. This resulted in more problems when it came to uniformity because the surface contact area for inserting the Male was not consistent and could make the connection unstable.

Associated with these problems was surface thickness. ETI Research has found the best sounding thickness for low-voltage connectors: Thicker causes negative influences in sound quality, as did going too thin. We feel the best connector has the least effect on sound and that is what ETI Research works to achieve. So we waited until we could manufacture what we felt was the best on the market.

The ETI Research Kryo XLR Connector has both male and female connectors CNC machined with optimum wall thickness  and made from Tellurium Copper for durability, which is important for long-term use. The result in the unsurpassed Kryo XLR Connector you see today.

The ETI Research Kryo XLR Connector refinements include:

Copper machined connectors, both male and female
Silver plated without any Nickel
Teflon dielectric
Brass housing for superior vibration damping and EMI/RF noise rejection.
Short housing to help the XLR cable not extend too much for better cable management