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Here we have some pictures so see what quality you can expect from the card
The command used for getting the image from the stream was:
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The first picture was recorded using a analog satelite receiver and the
Composite out and Composite input of the IOMEGA BUZ.
The video that was recorded in 2002.
TV Norm: PAL, lavrec setting: -d 1 -q 34 |
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This picture was recorded using a analog satelite receiver and the
Composite out and Composite input of the IOMEGA BUZ.
The video that was recorded in 1981, there is much noise in the picture,
even with a higher quality factor, but there the source has a low quality.
TV Norm: PAL, lavrec setting: -d 1 -q 60 |
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This picture was recorded from a Digital Satelite receiver using the
SVHS output and the SVHS input of the IOMEGA BUZ.
TV Norm: PAL, lavrec setting: -d 1 -q 40 |
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This picture was recorded from a Digital Satelite receiver using the
SVHS output and the SVHS input of the IOMEGA BUZ. Here you see the typical
comb effects produced when the video was recorded interalced (= Both field
recorded after each other. 1/50s if you have PAL as TV norm)
The video was recorded in 2003.
TV Norm: PAL, lavrec setting: -d 1 -q 34 |
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This picture was recorded from a Digital Satelite reciever.
There no analog component was used to record the video.
TV Norm: PAL |
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This picture was recorded from a Digital Satelite reciever.
There no analog component was used to record the video.
You also see PAL interlacing.
TV Norm: PAL |
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This should be a comparrison what the card can do in PAL.
Some more test images for NTSC would be nice if someone could provide them. Some other test images from a DC10 or a LML33 would also be nice. If some other images from a Analog to Digital Video Box (like a Canopus Box would also be nice. | |
| Written by Bernhard Praschinger (waldviertler at users.sourceforge.net) | |