VIDEO
SIMPLE VERSION 4K 30HZ INPUT NODE-AVTL-HDMI-IN is a distributed input node that supports up to 4K@30Hz. It integrates various functions such as audio and video signal collection, long-distance signal transmission and processing, to achieve signal splicing, roaming, overlay, picture-in-picture, and other functions. It has the characteristics of low bandwidth occupancy, high performance, low transmission delay, and stable performance.
SIMPLE VERSION 4K 30HZ OUTPUT NODE-AVTL-HDMI-OUT is a distributed input node that supports up to 4K@30Hz. It integrates various functions such as audio and video signal collection, long-distance signal transmission and processing, to achieve signal splicing, roaming, overlay, picture-in-picture, and other functions. It has the characteristics of low bandwidth occupancy, high performance, low transmission delay, and stable performance.
SIMPLE VERSION 4K 30HZ KVM INPUT NODE-AVTL-KVM-IN is a distributed input node that supports up to 4K@30Hz. It integrates various functions such as audio and video signal collection, long-distance signal transmission and processing, to achieve signal splicing, roaming, overlay, picture-in-picture, and other functions. It has the characteristics of low bandwidth occupancy, high performance, low transmission delay, and stable performance.
SIMPLE VERSION 4K 30HZ KVM OUTPUT NODE-AVTL-KVM-OUT is a distributed input node that supports up to 4K@30Hz. It integrates various functions such as audio and video signal collection, long-distance signal transmission and processing, to achieve signal splicing, roaming, overlay, picture-in-picture, and other functions. It has the characteristics of low bandwidth occupancy, high performance, low transmission delay, and stable performance.
4K 30HZ HDMI INPUT NODE-AVTM-HDMI-IN is a distributed input node that supports up to 4K@30Hz. It combines functions such as audio and video signal acquisition, long-distance signal transmission processing, and centralized device management to achieve picture signal splicing, roaming, overlay, picture-in-picture, and other functions. It has the characteristics of low bandwidth consumption, high performance, small transmission delay, and stable performance.
