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Product Details
↓ Details provided by Final Audio ↓
(Specifications and appearance of this product are subject to change without notice)
C106 MMCX silver-coated cable
Input:
・3.5mm, 3 pin (stock cable for E5000, MAKE1)
・2.5mm, 4 pin
・4.4mm, 5 pin
Output: MMCX, straight type
Cable length: 1.2m
We've used high-precision MMCX connectors from a famous Swiss manufacturer.
We've used high-purity OFC silver coated cables that provide a wide sound stage. These jointly-developed cables were originally designed by and are currently manufactured by the well-renowned Junkosha corporation for the purpose of being used with the supercomputer "Kei" due to their fast signal transmission speed.The insulator film is made from PFA which was also developed by Junkosha who used their extensive know-how through the JUNFLON® brand to create the ultimate in low-permittivity material. The outer tube is made from PVC for maximum flexibility. The user will experience surprising flexibility that both makes the cable extremely easy to use as well as reducing the likelihood of microphonics. In addition, the MMCX plug and the 3.5 mm mini-plug have a tendency to disconnect so we've far exceeded the regular QA pass criteria of a 5,000-time bend test by changing the connection design to one that can withstand more than 50,000 bends.
* Junkosha: The Japanese corporation Junkosha develops and manufactures products such as high speed coaxial cables that boast the world's fastest transmission speed at 95% the speed of light, as well as cables for demanding fields such as marine and aerospace, healthcare and power generation facilities. These special cables require a high level of technology and center around fluoropolymers. Junkosha's cables are often called by the brand name JUNFLON® and have earned the tremendous trust of engineers requiring special-purpose cables.
* A total length of 1,000 km is now being used in supercomputers, and it takes longer for the electrons to flow through the cables than it does through the semiconductor.
As the cable transmission speed is the limiting factor of the supercomputer speed, a substantial amount of development costs are spent in the pursuit of transmission speed.
