The Premium video cable with solid copper inner conductor and double shielding for the connection between a CD player and a digital/analog converter. Wave impedance: Wave impedance is the most important parameter for cables that transmit high frequencies sand digital information. It results from the geometry of the cable and the dielectric constant of the dielectric used. The wave impedance is precisely adapted to the respective application in order to avoid reflections in the cable. This is the basic prerequisite for fast and error-free transmission of digital information and authentic reproduction. Gold-plated contacts: Surfaces are always rough when viewed under a microscope. The effective contact surface is thus reduced to the "peaks" on the respective surfaces. Gold is a very soft material that evens out tiny irregularities, increases the contact surface and reduces undesirable transition resistance. In addition, the precious metal gives the contact surfaces long-term protection from corrosion. Shielding: EMC interference, from sources such as mobile phone and WiFi networks, is constantly increasing. A dense (e.g. multi-layered) shielding is necessary to protect sensitive signals from this interference, so preserving the fine details.

Star Video cable in highly flexible design featuring dense spiral shielding and gold-plated connectors for connecting CD players to digital/analog converters. A crucial factor for cables that transmit high-frequency digital information is the wave impedance. This value depends on the geometry of the cable and the dielectric constant of the dielectric used. Precise adjustment of the wave impedance to the respective application is essential in order to avoid reflections in the cable. This is the only way that digital information can be transmitted quickly and error-free, enabling authentic reproduction. Because surfaces always appear rough under the microscope, the gold plating of the connectors plays a decisive role. This roughness means that the effective contact area is reduced to the touching "peaks" of the surfaces. A very soft material, gold evens out these tiny irregularities, increases the contact surface and reduces undesirable transition resistance. In addition, the precious metal gives the contact surfaces long-term protection from corrosion. The cable adheres to the conventional coaxial design in which the "hot" signal conductor is located in the center and is protected by an enveloping shield that also serves as return conductor for the signal. This tried-and-tested design is suitable for a wide range of applications, and ensures that your audio and video transmissions are of the best-possible quality.