PYTHON PYT AOC-H21070 - AOC Hybrid HDMI Cable, 8K 60 Hz, 70 m

" HDMI 2.1 support, backward compatible Supports resolutions up to 8K @60Hz and 4K @120Hz - 4:4:4 color Data rate: up to 48 Gbit/s Connector 1: Gold-plated HDMI Type A plug with TX module (signal source) Connector 2: Gold-plated HDMI Type A connector with RX module (signal receiver) Construction: 4x OM3 optical fibers + 7x copper conductors Jacket material: PVC Outer diameter: approx. 5.2 mm Operating temperature: -40 °C to +70 °C Minimum bend radius: 20 mm Tensile strength: Up to 100 N Python® Series—Give your equipment that extra edge. The Python® Series Ultra-High-Speed HDMI® 2.1 AOC cable, featuring state-of-the-art hybrid technology and a 48 Gbit/s data rate, transmits uncompressed audio and video signals up to 8K / UHD-2 at 60 Hz and 4K / UHD at 120 Hz (4:4:4). It also offers complete protection against electromagnetic interference (EMI). The robust and precision-engineered HDMI connectors are housed in zinc-plated solid-metal casings, ensuring a secure fit and perfect transmission quality. Cutting-edge hybrid technology Hybrid technology enables the lossless transmission of high-resolution HDMI signals over distances of up to 100 meters by combining the advantages of a fiber-optic cable with those of a copper cable. AV streams are transmitted via fiber-optic lines, which are immune to electromagnetic interference and allow for long transmission distances. To achieve this, the electrical signal is converted into an optical signal in the first connector and converted back after transmission in the other connector. Unlike purely optical HDMI cables, this hybrid technology—combined with the copper conductors contained in the cable—enables the transmission of all HDMI data (e.g., EDID, HDCP, CEC) and the 5V HDMI voltage. HDMI 2.1 - Resolutions up to 8K / UHD-2 at 60 Hz and 4K / UHD at 120 Hz This high-quality AOC cable complies with the Ultra High-Speed HDMI® 2.1 standard and, with a maximum bandwidth of 48 Gbit/s, supports resolutions up to 8K / UHD-2 at 60 Hz an