TE C H N I C A L SP E C I F I C A T I O N

.S

 

.

 

General Specifications

 

. . .

CONTROL

The table below lists DGy 201 control specifications:

SPECIFICATIONS

 

. . . . . . . . .

 

Table A-8.Control Specifications

Parameter

Specification

Control Protocol

DGy 201 Control is accomplished by use of the DGy 201 ASCII

 

based command set. This command set may be used with any of

 

the control ports listed below. (see the “Command Set List” section

 

in Chapter 6 for details).

Ethernet

10/100 BASE-T ethernet port.

 

Supports control of the full set of DGy 201 commands

 

over a network connection using a Telnet server/client

 

architecture.

 

Internal DGy 201 web server provides the Web Control

 

Panel (WCP) a graphical user interface used with a

 

standard web browser.

 

The DGy 201 Ethernet port connector type is a standard

 

RJ45 modular connector (see the “Ethernet Connector

 

on page 136)

RS-232 Port

DGy 201 commands can be sent through the RS-232 port to

 

control the system.

 

The RS-232 port transfers commands using the

 

asynchronous serial protocol at 115200, 57600, 38400,

 

19200 or 9600 baud.

 

The port is configured as DCE and can handle full duplex

 

transfer.

 

Support for hardware and software handshaking is

 

provided.

 

The DGy 201 RS-232 port connector type is a 9-pin sub

 

miniature D connector (see the RS-232 Connector

 

section on page 127 for details).

350-8697

DGy Model 201 User Guide

131

Page 140
Image 140
RGB Spectrum manual Table below lists DGy 201 control specifications

201 specifications

The RGB Spectrum 201 is a cutting-edge solution designed for advanced video wall processing and multi-display control, specifically tailored for command and control environments, media production, and other professional applications. Renowned for its high performance and flexibility, the Spectrum 201 sets a new standard in image processing and content management.

One of the standout features of the RGB Spectrum 201 is its ability to support a vast range of input sources. It accommodates HDMI, DisplayPort, DVI, and even legacy signals, ensuring seamless integration of various devices into a single cohesive system. This versatility makes it suitable for diverse environments, such as control rooms, broadcast studios, and corporate presentations.

The device's processing capabilities are equally impressive. The Spectrum 201 features advanced scaling and video windowing technologies that allow users to display multiple sources simultaneously on large video walls without sacrificing image quality. This level of detail is further enhanced by its high resolution, enabling crisp and clear visuals even when scaled across expansive displays.

In terms of usability, the RGB Spectrum 201 boasts a user-friendly interface that simplifies the control and management of content. Users can easily switch between sources, adjust layouts, and configure displays through an intuitive software platform or a dedicated hardware controller. This ease of use is a significant benefit in fast-paced scenarios where decision-making and response times are critical.

The built-in redundancy and reliability of the Spectrum 201 are essential features for mission-critical applications. It incorporates failover mechanisms to ensure uninterrupted performance, which is critical for control centers that rely on constant access to vital information.

Additionally, the RGB Spectrum 201 is compatible with various network protocols, facilitating integration into existing IT infrastructures. This connectivity ensures that users can access and share content easily across different platforms, enhancing collaboration and information dissemination.

In summary, the RGB Spectrum 201 embodies a blend of advanced features, robust technology, and user-friendly design, making it an ideal choice for professionals seeking an effective and reliable solution for video processing and multi-display management. With its impressive capabilities, the Spectrum 201 not only meets but exceeds the demands of modern visual communication.