Quantum Data 881, Руководство пользователя

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10 Chapter 11 Testing EDID for HDMI
EDA<port>:GDID
Where port is the HDMI output port (1 or 2) that the display is connected to. For
example, the command below loads an EDID from a display device connected to the
882’s HDMI Out port 1.
EDA1:GDID
5. Store the captured EDID in the 882’s internal file system by entering the following
command:
DIDA filename
Where filename is the name of a file in the default directory identified by DIDP . For
example, the command below store an EDID to the default EDID path.
DIDA myedid1
If you want to store the EDID file in a location that is not the default path, you can either
list the path explicitely on the DIDA command line or change the EDID path with DIDP .
For example, the command below loads an EDID from a different directory in
flashmem.
DIDA /tffs0/library/userdata/myedid1
6. (Optional) Use the captured EDID to emulate the display device on the analyzer by
entering the following command:
EDE<port>:DIDU
Where port is the HDMI input (Rx) port (1 or 2) that you want to configure to emulate
the EDID. For example, the command below loads the EDID stored in the EDID edit
buffer for emulation into the HDMI input (Rx) port 2.
EDE2:DIDU
Creating or editing EDID contents
You can create or modify an EDID structure to emulate a specific display device using one
of the following methods:
• Using the EDID Editor tool. See “ Using the EDID Editor tool ” on page 34 for details on
using the EDID Editor tool
• Loading EDID into memory buffer and creating/modifying content using EDID editing
commands. See following procedure for details.
To create/edit an EDID using EDID editing commands:
1. Establish a session with the 882 using either HyperTerminal over a serial connection or
Telnet over an Ethernet LAN. See “ Establishing a terminal session with the 882 ” on
page 30 or “ Establishing a Telnet session with the 882 ” on page 33.