CR-ECIS4S-O

● Video resolution: 1 HDMI 2.0 video output interface (interface supports HDMI-4K, DP-4K, DVI signal formats), maximum resolution supports 3840* 2160@60Hz , backward compatible with other resolutions, supports HDMI 2.0 protocol, supports automatic EDI recognition;
● Support 3 USB interfaces, KVM keyboard and mouse function, USB flash drive transparent transfer function, and customization or removal of USB interfaces according to requirements;
● Decoder interface: 1 HDMI OUT; 2 RJ45 gigabit electrical ports; 2 optical ports (SFP); 1 Phoenix balanced audio LINE IN, 1 Phoenix balanced audio LINE OUT, 1 HDMI embedded audio, 1 mic audio interface;
● The central control interface has control interfaces such as RS-232, TCP/IP, or I/O: 1 RS232 bidirectional transceiver serial port; 2-channel I/O control interface; 2 routesRelay interface, consisting of 2 electrical ports and 2 fiber optic network control interfaces, supports open control protocols, is compatible with third-party centralized control systems, and supports remote control;
● Front OLED display screen, capable of displaying IP, MAC, gateway, and mask; Equipped with 1 power status, 1 video signal status, and 1 network status display, it can quickly locate the corresponding distributed node IP during debugging and maintenance, facilitating quick troubleshooting of problems;
● The system adopts a decentralized serverless architecture design, which can expand any number of nodes. All nodes automatically balance and backup data, and are compatible with all platforms (including domestic systems of information and innovation products). If one node breaks, it will not affect the overall system. The system supports permission management function, with no upper limit on the number of users. It supports setting permissions for multiple users and user groups, without the need for separate configurationSet up servers or distributed master nodes as permission management system services;
● Any distributed node supports independent central control programming function, with built-in programmable modules. A single distributed node can cooperate with the conference microphone host and camera to achieve camera linkage tracking function, without the need for third-party environmental interface machines or central control hosts;