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CONCERNING THE VG-876
1.1. General description
The VG-876 video signal generator supports applications in every field of display test and measuring.
It features a high level of expandability which is achieved by the installing video output interface units.
1.2. Features
16-bit high-speed imaging engine
This generator features a maximum 16-bit × RGB high-gradation imaging engine. It even draws
full HD images in an instant.
Wide dot clock frequency range
The VG-876 support a maximum dot clock frequency of 340MHz for digital outputs.
Windows-compatible editing and registration software (SP-8870) provided
as standard accessory
This software can be used to edit and register the program data and exercise control over the
signals output from the PC connected to the RS-232C/LAN/USB connector.
Full variety of sample data incorporated inside
A total of a thousand types of timing data and a thousand types of pattern data are registered
inside the VG-876 as sample data. They are categorized by standard, application and other
factors, and it is possible for the data required to be selected easily.
Registration of program data on USB memory
A total of a thousand program data can be registered on a USB memory. PC screens or natural
images can also be registered. On a PC equipped with a USB port, the data can be copied using
Explorer provided with Windows 98SE, Windows 2000, XP, Vista or 7.
Creation of user option patterns
In addition to the existing basic patterns (including character, crosshatch, color bar and gray
scale) and optional patterns, a function that allows users to create their own optional patterns has
been added. This function makes it possible to create the optional patterns which are useful for
developing and evaluating the next-generation displays.
Summary of Contents for VG-876
Page 1: ...Video Signal Generator VG 876 Instruction Manual Ver 3 40 ...
Page 2: ......
Page 30: ...16 ...
Page 57: ...Chapter 3 TIMING DATA SETTINGS 43 ...
Page 103: ...Chapter 4 PATTERN SETTINGS 89 1 2 3 4 5 6 0 ...
Page 134: ...120 GUI Display Selected port ...
Page 135: ...Chapter 4 PATTERN SETTINGS 121 HEX Display Selected port ...
Page 143: ...Chapter 4 PATTERN SETTINGS 129 ...
Page 177: ...Chapter 6 HDCP SETTINGS AND EXECUTION 163 ...
Page 205: ...Chapter 7 VG 876 SYSTEM SETTINGS 191 ...
Page 223: ...Chapter 8 DATA COPYING ERASING 209 ...
Page 237: ...Chapter 9 USEFUL FUNCTIONS 223 ...
Page 336: ...322 10 5 3 Data transfer method Normal MODE 2Lane output ...
Page 338: ...324 Normal MODE 4Lane output ...
Page 376: ...362 Assignment of each lane ...
Page 378: ...364 Assignment of each lane Lane 1 4 Lane 9 12 Lane 5 8 Lane 13 16 ...
Page 380: ...366 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 382: ...368 Assignment of each lane Lane1 8 Lane9 16 ...
Page 384: ...370 Assignment of each lane Lane1 8 Lane9 16 ...
Page 386: ...372 Assignment of each lane Lane1 8 Lane9 16 ...
Page 388: ...374 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 390: ...376 Assignment of each lane Lane1 4 Lane9 12 Lane5 8 Lane 13 16 ...
Page 392: ...378 Assignment of each lane Lane1 16 ...
Page 453: ...Chapter 10 INTERFACE SETTINGS 439 Connection figure of VM 1876 MX s ...
Page 464: ...450 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 466: ...452 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 468: ...454 Reverse Mode Top Bottom Reverse Mode LR TB ...
Page 495: ...Chapter 10 INTERFACE SETTINGS 481 2 When Video Width is 8 bit ...
Page 496: ...482 3 When Video Width is 10 bit ...
Page 501: ...Chapter 10 INTERFACE SETTINGS 487 2 When iTMDS output ...
Page 504: ......
Page 538: ...524 ...