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Updated on January 21, 2010.
HDMI 1.4 3D Test Utility is available for download. Please follow
the procedure below to test Frame Packing 3D formats in 750p50,
720p59, 720p60, 1080p23, and 1080p24.
Regular format
720p50: Vertical active resolution (720), Vertical total resolution (750), Horizontal rate (37.5kHz), pixel clock rate (74.25MHz)
720p59: Vertical active resolution (720), Vertical total resolution (750), Horizontal rate (44.955kHz), pixel clock rate (74.1758MHz)
720p60: Vertical active resolution (720), Vertical total resolution (750), Horizontal rate (45kHz), pixel clock rate (74.25MHz)
1080p23: Vertical active resolution (1080), Vertical total resolution (1125), Horizontal rate (26.973kHz), pixel clock rate (74.1758MHz)
1080p24: Vertical active resolution (1080), Vertical total resolution (1125), Horizontal rate (27kHz), pixel clock rate (74.25MHz)
3D format
720p50: Vertical active resolution (1470), Vertical total resolution (1500), Horizontal rate (75kHz), pixel clock rate (148.5MHz)
720p59: Vertical active resolution (1470), Vertical total resolution (1500), Horizontal rate (89.910kHz), pixel clock rate (148.35MHz)
720p60: Vertical active resolution (1470), Vertical total resolution (1500), Horizontal rate (90kHz), pixel clock rate (148.5MHz)
1080p23: Vertical active resolution (2205), Vertical total resolution (2250), Horizontal rate (53.946kHz), pixel clock rate (148.35MHz)
1080p24: Vertical active resolution (2205), Vertical total resolution (2250), Horizontal rate (54kHz), pixel clock rate (148.5MHz)
This utility works on all HDMI 882/881 products. You will need to have a CompactFlash card inserted in the 882/881.
- Download the 3D test utility package from here and unzip it to your PC.
- Connect to the 882's web interface and launch the FTP Browser.
- On the Instrument Files side, browse to /tffs0/library/scripts/. If the directory is not present, create it.
- On the Host Files side, browse to the location of the unzipped files.
- Highlight 3D.o file and download it to /tffs0/library/scripts/.
- On the Instrument Files side, browse to /card0/library/userdata/.
- On the Host Files side, highlight and download the two .bmp files to /card0/library/userdata/.
- Connect a 3D-capable sink device to 882's HDMI output 1 port. If you don't have one but have an 882 analyzer like 882CA or 882EA, connect the analyzer's HDMI output 1 port to HDMI input 1 port.
- Press Tools button on 882's front panel, scroll down, and select ScriptSDK.
- Select 3D to start the test utility. You will see a menu of five 3D formats.
- Select a 3D format to use. The format names will disappear. Please wait for the bitmaps to load. 1080p formats will take longer than 720p formats because the bitmap file is larger. Once the bitmaps are loaded, you will see the format names again.
- Selecting a 3D format will cause the 882 to send Vendor Specific InfoFrame with 3D data. If for some reason the InfoFrame data is not received by the sink device, you can press the top left blue button next to "3D Tests" to send Vendor Specific InfoFrame with 3D data without reloading the format.
- If you are using an 882 analyzer and looping the output and input ports, then you can generate the Rx Packet report to view the Vendor Specific InfoFrame that contains 3D data. In the Rx Packet report, you will see 030C004000 as GIF Info Frame data. 0x000C03 is the 24-bit IEEE Registration ID value which represents HDMI Licensing, LLC. 0x40 is the HDMI_Video_Format value which means that 3D format indication is present. 0x00 is the 3D_Structure value which represents that frame packing method is used. You can also generate the timing data report to view the 3D timing information. You will see that the vertical active resolution, vertical total resolution, horizontal rate, and pixel clock rate are different from the normal 720p59/60 and 1080p23/24 formats.
- You can quit the Script SDK script by pressing the top right button next to "Exit!"
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