parameter

It is an image acquisition and transmission interface machine that supports various types of conventional signal access. Adopting a network distributed architecture, the failure of any unit in the system does not affect the continued operation of the system, but only affects the corresponding local functions of that unit, achieving true high fault tolerance.

Supports HDMI regular signal type input;

support 1080P@60fps  / 4K@30fps ， H. 265 hardware real-time encoding and decoding, backward compatible with H.264;

Supports dual power supply mode of POE and external power supply;

Support static/dynamic subtitle overlay function;

Support setting up ultra high definition image backgrounds;

Support serial port control and third-party control;

Equipped with input/output switch;

1. Power input interface

2. Switch button

3. Power input interface

4. Gigabit Ethernet port

5. LC interface

6. HDMI in: When the device is set as an encoder, connect to an HDMI source device, such as a media player, camera, or set-top box. When the device is set as a decoder, the HDMI in interface is a useless interface.

7. TX/RX: dip switch, the device is an encoder when the switch points to TX, and the device is a decoder when the switch points to RX.

8. HDMI out: When the device is decoding, connect to an HDMI display terminal for digital video playback (when the device is encoding, the HDMI out output signal is the signal source connected to HDMI in).

9. USB interface

10. Audio In audio input interface: 3.5mm 3-pin analog audio input interface, L for left channel, R for right channel, GND for ground RS485 interface

11. IR/IO interface

12. RS485: Connect devices that need to be controlled, such as cameras, projectors, etc.

13. Audio Out audio output interface: 3.5mm 3-pin interface, used for analog audio output interface, L for left channel, R for right channel, GND for ground

14. Relay interface

15. RS232 interface

Conference System Wiring Diagram