Category Archive for: Analog Audio Cable

  “technology that didn’t exist before.” The Best In The World!! The Sahara series design with multi-size UP-OCC Copper Rectangular conductor, individual FEP *Teflon insulation and deep cryogenic pre-treatment; Sahara series provide you the impressive image and sound reproduction Multi-size UP-OCC Copper Rectangular Conductor. FEP *Teflon and Microporous PTFE as insulation. Al-Mylar Shielding and Silver

In the Neotech NEI-3001 III balanced inter-unit cable, the manufacturer combined the advantages of both monolithic and stranded conductor designs: each of the connectors consists of two separate 0.75 mm2 single-core monoliths and two conductors of a multicore wire with a cross-section of 0.76 mm2. As the conductor material, ultra-clear copper UP-OCC and silver-plated copper

Neotech NEMOI-3220 Interconnect cable has two signal monolithic conductors of rectangular cross section, made of ultra-pure UP-OCC monocrystalline copper in Teflon and polyethylene insulation. To eliminate mechanical noise and reduce the microphone effect in the cable, cotton filler, copper-mylar film and copper braid are used for shielding from electromagnetic and microwave interference. The cable has

Neotech NEMOI-1220 Interconnect cable has two signal monolithic conductors of rectangular cross section, made of ultra-pure UP-OCC monocrystalline silver in Teflon and polyethylene insulation. To eliminate mechanical noise and reduce the microphone effect in the cable is used cotton filler, copper-mylar film and copper braid are designed for shielding from electromagnetic and microwave interference. The

NEI-1001 The sound density is high, the cohesion is good, it has a sense of vitality, energy, and clear layers. The low frequency has density, the middle and high frequency extension and gloss are good, the whole frequency range is balanced, the music lines are beautifully portrayed, and the transparent and balanced with noble silver

  Neotech NEI-1002 interconnector cable is made of ultra-pure UP-OCC silver, produced by the Oino continuous casting method. The conductors are monolithic and are spaced a considerable distance apart in order to avoid mutual interference. As the first layer of insulation, polyethylene is used, the second protective layer is microporous Teflon, which provides a low