Neotech NEI-3001 Graphene turntable RCA--RCA

Description - Neotech NEI-3001 Graphene turntable RCA--RCA

Neotech NEI-3001 Graphene turntable RCA to RCA /4x pure UP-OCC copper coated with graphene/ compatible connectors from the new graphene series

Top-quality connectors from the highest series Neotech NER-OCC II Graphene are used as terminals.

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Rated by listening:

There are not many power cables that can offer what this one does, the music has a perfect bass base just because there are wires like concrete, the music has drive and is really fun and the music also has the necessary shine, which does not dazzle like many wires where there is silver-plated copper! It is a completely different league of music, purity, liquidity and strength of the image. I highly recommend it for systems that need to be built to the bar, where bass, clarity and where there is a lack of treble are necessary. This cable has everything to offer! I highly recommend it.... the sound is very open, like a real music stage in its concert form. Purity of musical expression, speed and great natural dynamics. What is important is that the cable plays great from the first moment, no burning and waiting for it to play! I would say the ideal cable for most devices! Someone might miss the learned ambientity of musical presentation in some songs. Every song is a full-fledged concert! One of the best-playing power cables I can offer and for good money! A true high-end cable without the aftertaste of an unpleasant price...

Graphene properties used:

Shielding - Carbon and Graphene
High-frequency (RF) noise from Wi-Fi and satellites is omnipresent today and damages the audio signal more than ever before. That is why the signal cable uses a sophisticated noise suppression system. In addition to the universally proven control of the direction of the conductors, a shielding layer consisting of a carbon and graphene resistance network is also applied to limit the influence of high-frequency noise (graphene is an ultra-thin High-Tech material). These technologies from Neotech Cable significantly minimize RF noise, which cannot enter active circuits, affect the audio signal and cause transparency losses.

Graphene is an ultra-thin form of carbon with a graphite-like structure, one of the strongest materials known in the world.[1] It is only one atom high and is transparent, and due to this de facto 2D structure it also has some special physical properties. It is formed by a planar network of a single layer of carbon atoms arranged in the shape of hexagons connected by sp² bonds. Graphene also occurs in multiple layers, but according to the ISO 80004-13:2017 standard, only a material with a maximum of 10 layers can be called graphene.[4]

No other material has ever been observed to have electrons that behave as if they had no effective mass and move at almost the speed of light. Scientists assume that graphene could be used to prove the so-called Klein paradox. According to current knowledge, this phenomenon should only occur in very extreme conditions (e.g. around black holes). If this were proven, the way would be opened to the development of a completely new type of transistor.

In addition to electrical conductivity, graphene is also permeable to light, so it can be used in the production of displays and photovoltaic cells. It can thus replace existing devices made of thin layers of metal oxides. A graphene display is also stronger than those made so far from tin and indium oxides, of which there is still a limited amount.[5][6][7]

Thanks to its semiconductivity and the thickness of the network of only one atom, it is possible to make transistors from graphene that are theoretically capable of operating up to a frequency of 1 THz. In addition, they can be assembled into very compact units. Thanks to these properties, graphene is expected to be used in microprocessors and memories in the future.[8][9][10]

Source: wikipedia

Technological terms:

UP-OCC – pure monocrystalline metal structure without typical crystals on the surface, the highest level of quality of current development, technological know-how of Neotech Dr. Ohno.

OCC – technologically modified conductor in the form of cold rolling of OFC metal and its densification, reducing it by up to 80% of the original thickness, further surface polishing of the conductor and treatment in a cryo chamber.

OFC – conductor made by drawing, which has a long grain structure, i.e. about 50 times better structure for conducting sound than the standard production process

The term flat conductor – as is known, sound spreads through the conductor on the surface and if we want as many surfaces as possible for better transmission of all frequencies, we must increase the number of conductors or increase the circumference of the conductor in the case of a round conductor. This brings with it problems, higher price of conductors, thicker cable with the need for better shielding. Neotech came up with an elegant solution for a flat conductor three years ago. One flat conductor is about 2.80 - 3.24 of a standard round conductor with a thickness of 0.80 - 1.20mm.

NEOTECH NEI-3001G - Signal cable copper with graphene G-UPOCC 4 x 0.80mm² cut meter

is a signal cable containing 3 composite conductors G-UPOCC, a combination of OCC copper and graphene. This new conductor represents a significant advance, both in terms of research and industrial applications. The addition of graphene allows to improve the stability of electrical signal transmission at high temperatures while maintaining the exceptional conductivity of OCC copper, which allows the performance to remain intact even at high voltage. The conductors have CL3 PVC insulation, preventing any transfer of electrical discharge created by the double mylar/aluminum shielding and braided tinned copper. The entire assembly is enclosed in a robust, flexible PVC jacket.

This cable sold by the meter will therefore allow you to design a very high quality signal cable, moreover perfectly adapted to the conduction of high currents for demanding HiFi systems. In addition, the excellent quality of electrical signal transmission that these cables allow allows you to offer a very beautiful sound restitution by obtaining dynamics.

Technical characteristics