Python HDMI (Type A) - HDMI (Type A)

Python Series - Give your equipment that certain bite. The ultra-high-speed HDMI 2.1 AOC cable from Python Series with state-of-the-art hybrid technology and 48 Gbit/s data rate transmits uncompressed audio and video signals up to 8K / UHD-2 at 60Hz and 4K / UHD at 120Hz (4:4:4). It offers complete protection against electromagnetic interference (EMI). The durable, robust and precisely manufactured HDMI connectors are housed in galvanised full metal housings and ensure a secure hold and perfect transmission quality. The hybrid technology enables the loss-free transmission of high-resolution HDMI signals over distances of up to 100 metres, as it combines the advantages of a fibre optic cable with those of a copper cable. The AV streams are transmitted via fibre optic cables, which are insensitive to electromagnetic interference and allow long transmission distances. For this purpose, the electrical signal is converted into an optical signal in the first connector and then converted back again in the other connector after transmission. In contrast to purely optical HDMI cables, all HDMI data (e.g. EDID, HDCP, CEC) and the 5V HDMI voltage can be transmitted with the help of hybrid technology and the copper conductors contained in the cable. This high-quality AOC cable complies with the Ultra High-Speed HDMI 2.1 standard and supports resolutions up to 8K / UHD-2 at 60Hz and 4K at 120Hz (colour sampling 4:4:4) as well as the digital audio signal with a maximum bandwidth of 48 Gbps. EMI immunity and flexibility for many applications. Thanks to its construction of fibre optic and copper conductors, the AOC hybrid cable from Python Series offers protection against electromagnetic interference (EMI) and low attenuation. A small cable diameter of just 5.2 mm enables an extremely tight bending radius (20 mm). The lightweight, thin and flexible design makes the cable suitable for a wide variety of installations, for example: Home theatre, video walls, conference room video systems, security systems.