IDM VHD6000

I. Product Overview

The IDM VHD6000/16H Series Audio/Video Optical Terminal employs JPEG2000 lossless compression technology and supports real-time synchronous, lossless transmission of HD and Ultra HD high-quality images. Thanks to digital fiber optic transmission technology, HD image transmission distance is extended, anti-interference capability is enhanced, and transmission scale is larger. This series is divided into two categories: the HD series supports 1080P@60Hz and provides interconnectivity among HDMI, DVI, VGA, and SDI interfaces.

The IDM VHD6000/16H Series Audio/Video Optical Terminal supports 16 channels of HDMI HD video and 16 channels of audio transmission, while also supporting simultaneous transmission of multiple data types such as data, Ethernet, IO, IR, USB, telephone, and E1. Due to the adoption of JPEG2000 compression technology, this series enables point-to-point, point-to-multipoint, multipoint-to-multipoint, and one-transmit-multiple-receive transmission modes, and is widely used in multimedia video conferencing, teaching recording and broadcasting, multimedia exhibition halls, advertising media, multi-screen interaction, and many other fields.

II. Product Applications

III. Product Features

n Multiple interface interconnectivity: Supports HDMI, DVI, VGA, SDI interconnectivity;

n Supports 16 channels of HDMI HD video signals transmitted simultaneously in the same direction;

n Supports 16 channels of audio transmission;

n Multiple resolution support: Supports up to 1920×1080@60Hz and various lower resolutions;

n Multiple service interface support: Supports various service interfaces in addition to HD video, including balanced and unbalanced audio, control data, dry contacts, IR, USB, telephone, E1, Ethernet, etc.

n Optical module is single-mode single-fiber, supporting a default transmission distance of 40KM, with optional maximum fiber transmission distance of 120KM;

n Automatically identifies and configures various display modes;

n Supports 16-bit color depth video signals, with transmission bandwidth up to 10Gbps;

n Maximum pixel clock of 225MHz;

n Built-in automatic equalization and retiming functions for clear and stable images;

n Adopts V-EDID technology, with transmitter supporting EDID self-programming;

n Supports HDCP protocol and DDC2B protocol;

n Video, data, and power interfaces designed with lightning and ESD protection;

n Power interface designed with reverse polarity protection, surge protection, and high-voltage protection;

n Compact and lightweight structure, easy installation, plug-and-play;

n Available in wall-mounted and rack-mounted configurations.

IV. Physical Parameters

5. Equipment Structure and Images

6. Technical Parameters

6.1 Optical Interface

6.2 Video Interface

Note

u The device is labeled with TX and RX tags: TX indicates the transmitter, and RX indicates the receiver.

u The bottom label shows the device configuration; please refer to it for details.

Data interface pin assignment:

Note

u RS-485 data interfaces can be cascaded. When multiple RS-485 devices need to be connected (e.g., multiple PTZ cameras), the RS-485+ terminals of all RS-485 devices can be tied together with the RS-485+ terminal of the optical transceiver, and the RS-485- terminals likewise tied together. The RS-485 devices will operate normally if they are equipped with a decoder board (PTZ cameras generally include one).

u When only one data channel is used, the first data interface should be used first, and the other pins should be left floating.

6.4 Audio Interface

Audio interface pinout definitions:

6.5 Digital I/O Interface (Optional)

6.6 USB Interface (Optional)

6.7 Ethernet Interface (Optional)

Pin definition of the Ethernet crossover RJ45 interface:

Pin assignment of the Ethernet RJ45 interface:

6.8 Power Supply