Inakustik 00480301 networking cable Blue,Silver 1 m Cat6 SF/UTP (S-FTP)

• The flexible network cable (LAN) of category 6 in SF-UTP version has a braid and foil total shielding and high-quality AWG24 copper strands. The bandwidth reaches up to 1000 Mbps (for Gigabit networks)
• Premium quality: picture and sound for advanced users: the in-acoustic class for the finest technology. Get the most out of electronics. For love of sound and picture performance
• Physics instead of Voodoo – this is what in-akustik has been important in the development and production of cables since 1977. Lazy magic is not our thing - physics already! Our results are not only subjective, but also measurably exceptionally clear and clean - thanks to the highest quality materials and cable constructions. Our task in signal transmission is to reduce losses to a minimum. For the perfect picture and sound enjoyment
• The in-Akustik premium network cable CAT6 is assembled with RJ-45 connectors. It has thick AWG24 conductors and has dividers between the data conductors. The cable is double shielded
• The flexible network cable (LAN) of category 6 in SF-UTP version has a braid and foil shielding and high-quality AWG24 copper strands. The bandwidth ranges up to 1000 Mbit/s (for Gigabit networks)
• Premium quality level: picture and sound for advanced users: the in-acoustic class for the finest technology. Get the most out of electronics. For the love of sound and picture performance

In-akustik Premium CAT 6 cable HD audio and video streaming The double-shielded CAT 6 network cable in SF-UTP output is ideal for connecting high-quality audio, home and media servers thanks to its wide bandwidth of up to 1000 Mbps. Double shielding Double shielding, consisting of a foil screen and a very dense braid shield, reduces erere, electromagnetic reinfl which are broadcast e.g. from mobile phones or radio dimples to a minimum. This allows for unhindered transport of sensitive signals. High-purity OFC copper The use of high-purity Oxygen free copper (OFC) copper as a conductor material s a homogeneous and clean signal flow. Bez Similar to copper, there are significant quality differences in purity. Thus, standard cables are made of oxygenated copper. For many purposes, this is also sufficient. However, HIFI and video connections require much finer quality and 228; ten, as oxygenated copper oxidizes over time. This Phä; noun can also be observed, for example, with copper gutters that grays after some time. A in the same way, the so-called conductivity is imitated. As the cars drive on a highway, the signals fly in the copper. Contaminants and an inhomogeneous crystalline structure, like poor road conditions and construction sites, impede the signal flow. In the case of impurities in copper, it is called transpose. The more are located in a conductor, the worse the signal transport. A construction site on the motorway, for example, not only hinders traffic directly at the construction site itself, but also causes an R traffic jam. similar to copper. A single foreign atom tensions; the crystal structure over wide areas, degrading the conductivity and thus the signal flow. To prevent this from happening, high-purity, almost oxygen-free OFC copper was used in this in-acoustics cable. RoHS compliant This cable complies with stringent RoHS regulations. RoHS (Restriction of certain Hazardous Substances) is an EU Directive (2002/95/EC) with the aim of reducing health and environmental (228) substances in electronic devices. Designed by in-akustik This in-acoustics cable was designed in the in-house product development department at the company's headquarters in Balrechten-Dottingen with regard to cable construction, cable architecture, material use and connector processing. It is therefore a real in-acoustics cable due to its individual design and technical parameters. in-akustik product developer Holger Wachsmann: Lazy magic is not our thing. Physics is. Those who have mastered their laws and know what is happening with the right materials and an outstanding cable architecture, achieves results that are measurably between