User Manual
Table Of Contents
- GV-Control Center User's Manual V3.1.0.0
- Copyright
- Content
- Chapter 1 Introduction
- Chapter 2 Getting Started
- Chapter 3 Live Video
- Chapter 4 Audio Communication
- Chapter 5 Playback
- Chapter 6 Remote DVR Applications
- Chapter 7 I/O Central Panel
- 7.1 Running the I/O Central Panel
- 7.2 The I/O Central Panel
- 7.3 Creating a Group for Cascade Triggers
- 7.4 Monitoring Hosts from the I/O CentralPanel
- 7.5 Configuring the I/O Central Panel
- 7.6 Viewing Connection Log
- 7.7 Setting Up Mode Schedule
- 7.8 Quick Link
- 7.9 Forcing Output
- 7.10 Editing Background Image
- 7.11 Managing a Group of I/O Devices
- 7.12 Controlling I/O Devices
- 7.13 Popping Up Live Video upon InputTrigger
- Chapter 8 Multi Monitors Applications
- 8.1 Application Position
- 8.2 Matrix View
- 8.3 Video Wall
- 8.3.1 Setting Up a Video Wall Server
- 8.3.2 The Layout List
- 8.3.3 Adding a Server and Configuring the Layout
- 8.3.4 Activating the Channel and Layout
- 8.3.5 Setting Up a Zoom Window
- 8.3.6 Setting Up a Scan Window
- 8.3.7 Displaying Remote Monitor, Web Page and PlayingBack Videos
- 8.3.8 Displaying Live View from Remote E-Map
- 8.3.9 Remotely Accessing the Video Wall Server
- 8.3.10 Updating the Video Wall Server Version
- 8.4 Fisheye View
- Chapter 9 Other Applications
- Chapter 10 System Configuration
- Appendix
Multi Monitors Applications
77
8
Note:
1. To display Matrix views in separate 8 monitors, make sure your computer is equipped
with enough VGA cards. To set up multiple monitor positions and resolutions, see 8.1
Application Position.
2. The Matrix supports megapixel resolution only on a single screen. Click the
button
at left-top corner of the single screen to display megapixel images.
3. According to your screen divisions, the Matrix will reduce the received resolution as
close to the division size as possible. For GV IP devices, the JPEG stream of 704 x 480
or smaller will be changed to the MPEG stream of the similar size; the JPEG stream
higher than 704 x 480 will remain as JPEG stream. The mechanism is designed to
reduce CPU usage and save bandwidth.