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Neotech NEDI-4001 AES-EBU 110 Ohm
Brand: Neotech
High quality cable for versatile digital wiring. Pure OFC copper is used, which is then silver-plated with 5N silver. The sound is clear, coherent with very good sound presentation in the mids. The characteristic is the purity and transparency... Very good price/performance ratio!
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96 €
Including EARF and VAT
Description - Neotech NEDI-4001 AES-EBU 110 Ohm
Neotech NEDI-4001
Superior digital AES/EBU cable with solid core conductors and silver plated, 3 layer shielding system.
TECHNOLOGY
Rigid core conductors eliminate fiber-to-fiber interactions that are a common source of interference. These conductors minimize distortion created by fiber interaction. To reduce RF interference, all conductors in this cable are directional.
Silver plated 0.24 mm2 solid core conductors are ideal for high frequency signals. These signals, precisely because of their high frequencies, travel almost exclusively on the surface of the conductor. The conductors of the CARBON series have a thin layer of high-purity silver on the surface. The performance is close to that of all-silver cables, but the price of such a cable is more similar to that of a copper cable. This makes it an incredibly affordable way to produce high quality USB cables.
The 3-layer External Dispersion System (NDS): perfectly shields interference transmitted to the ground of the devices and thus prevents sound changes.
Shielding with foil and tinned braid: Sheathing always plays a very important role in any cable design, however the sheath on a coaxial patch cable plays a much more important role as its role is not only to serve as a sheath but also as a return line. Audioquest pays special attention to metal quality selection and cladding manufacturing techniques precisely because the result will greatly affect both the listening experience and the view.
Hard cell foam (HCF) insulation ensures the geometry of the conductor pairs. Any solid material near the conductor actually becomes part of the imperfect circuit. Cable insulation and circuit boards absorb energy and cause losses. Some of this energy is stored and subsequently released in the form of distortion. Hard cell foam insulation is similar to PE foam insulation but is injected with nitrogen to create air pockets because nitrogen (like air) does not absorb energy and therefore no energy is released from the conductor and therefore no distortion is created. Due to the stiffness of this material, the conductors maintain a stable relationship throughout the length of the cable, resulting in a constant impedance character and further minimizing distortion.