Unitek Claroc Optiskais kabelis HDMI 2.0 AOC 4K@60Hz 100 m

HDMI 2.0 AOC 4K@60Hz optical cable, 100 m long high-speed HDMI audio and video cable using fiber optic wires for transmission, designed to transmit high-definition video over long distances without loss of quality. HDMI 2.0 cables allow you to fully exploit the capabilities of modern 4K monitors with a 60 Hz refresh rate. Main advantages of HDMI 2.0 AOC: transmission of high-definition 4K signals without loss of quality over distances of up to 100 m. No additional signal amplifiers, ferrite cores or other components that would complicate cable installation. No interference or susceptibility to electromagnetic interference. No delays. Compatible with all HDMI devices such as TVs, projectors, graphics cards and DVD players. Ideal for home cinema. Lighter and more flexible than copper cables. HDMI 2.0 standard. With 18 Gbps TMDS bandwidth, 4:4:4 images can be transmitted without losing the color space required for the resolution. In addition, HDMI 2.0 also fundamentally changes audio quality. The Claroc fiber optic cable supports 32 audio channels (8 channels in previous HDMI versions), provides 7.1 stereo sound and has a sampling rate of up to 1536 kHz. AOC HDMI cables support all additional HDMI 2.0 features such as CEC (Consumer Electronics Control – convenient, bidirectional device control between them), Ethernet, display of 2 Full HD images simultaneously, 3D image or 21:9 aspect ratio. Supported standard video resolutions 1920 × 1080p (Full HD) @ 240 Hz 2560 × 1440p (2K) @ 144 Hz 3840 × 2160p (4K TV) @ 60 Hz 4096 × 2160p (4K) Key features At lightning speed With the Claroc HDMI AOC (active optical cable) cable, data is transmitted hybridly via 4 very thin fiber optic wires carrying TMDS data, while 7 tinned copper wires are responsible for grounding, power, Ethernet and additional functions. Fiber optic cables are compatible with standard HDMI ports in all devices because signal conversion takes place in chips built into the cable connectors. Less interference: Fiber optic cables do not generate or experience electrical interference such as that emitted by Wi-Fi networks. Therefore, optical cables guarantee the highest video and audio purity. HDMI over fiber optic cables is installed in industry, hospitals and wherever users particularly value good image quality. Because they are simply reliable. Lighter: Long optical HDMI cables have a diameter of only 5 mm, which is impossible to achieve with traditional copper cables. They are also lighter, and all Claroc cables longer than 10 m are pre-wound on a reel, which significantly simplifies installation and storage. Shorter cables are packed in a special antistatic film that protects them during transport and storage. Flexible: Fiber optic cables generally have a limited bending radius despite their small diameter. Claroc cables have reduced it to just 2 cm, making them more durable and easier to install. Metal ends: Advanced laser-emitting chips built into the cable plugs are protected by a sturdy metal housing with a glossy black finish. The cable does not require additional power; simply connect it directly to your devices, where it draws approximately 5 V. Gold-plated connectors are corrosion-resistant and lock securely into ports. HDCP 2.2 security: Claroc HDMI cables support HDCP 2.2 anti-piracy protection – technology that allows high-definition data (4K and 8K) to be read from popular streaming services such as Netflix and HBO Go. Why Claroc? Fiber optic cables, commonly used in network installations, allow large amounts of data to be transmitted in a short time without loss of signal strength. Their use in audio and video cables is possible thanks to special signal transmitters/converters built into the cable ends. This ensures that 4K or 8K video signals remain equally clear and sharp even over 100-meter cables (available on request). Traditional copper cables can transmit such data over distances of up to 5–7 meters. Claroc HDMI cables are extremely flexible compared to other cables thanks to their OM3 glass fiber. Each cable is tested for bandwidth and build quality before packaging.