HD-0808

8-INPUT 8-OUTPUT HDMI MATRIX-Support HDCP and Blu-ray DVDs, etc.

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AVTH-HDMI-IO

4K 60HZ LOSSLESS INPUT/OUTPUT NODE-AVTH-HDMI-IO is a distributed node that supports up to 4K@60Hz, HDR 4:4:4 input and output with no loss of quality. It combines various functions such as audio and video signal acquisition, long-distance signal transmission processing, and centralized equipment management, and enables features such as image signal splicing, roaming, superposition, picture-in-picture, etc. Its low bandwidth occupancy, high performance, low transmission latency, and stable performance are some of its key features.

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AVTH-HDMI-IN

4K 60HZ LOSSLESS INPUT NODE-AVTH-HDMI-IN is a distributed input node that supports up to 4K@60Hz and HDR 4:4:4. It combines various functions such as audio and video signal capture, long-distance signal transmission processing, and centralized device management. This product achieves picture signal splicing, roaming, overlay, picture in picture, and other functions. It has the characteristics of low bandwidth usage, high performance, low transmission delay, and stable performance.

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AVTH-KVM-OUT

4K 60HZ LOSSLESS OUTPUT NODE-AVTH-KVM-OUT is a distributed input node that supports up to 4K@60Hz and HDR 4:4:4. It integrates various functions such as audio and video signal acquisition, remote signal transmission and processing, device centralized management, and KVM collaborative management. It achieves functions such as picture signal splicing, roaming, overlay, and picture-in-picture. It features low bandwidth occupancy, high performance, low transmission delay, and stable performance.

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AVTH-LED-OUT

4K 60HZ LOSSLESS SPLICING OUTPUT NODE-AVTH-LED-OUT is a distributed LED output node that supports up to 4K@60Hz and HDR4:4:4. It integrates multiple functions, such as audio and video signal acquisition, long-distance signal transmission and processing, and centralized device management, seamlessly connecting LED displays for small-pitch splicing, roaming, overlaying, picture-in-picture, and other functions. It is characterized by low bandwidth consumption, high performance, low transmission delay, and stable performance.

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