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Example 2
Reviewing the Above Settings:
Example 3
Reviewing the Above Settings:
Ki Pro Quad v5.2r3
the LUT Enable menu parameter, so material may appear "washed out" in recordings as
well as on monitors and may not represent the picture as it will finally be realized in post
production after color correction has been applied.
The camera is outputting quad link 3G-SDI at up to 29.97fps, and 4x 3G-SDI connections
are made between the camera and the Ki Pro Quad. The user wishes to encode the
incoming material as Apple ProRes 422 (HQ) at a 4K raster size. The incoming signal will
be encoded to an Apple ProRes 422 (HQ) file on the Ki Pro Quad recording media. Note:
No information will be passed along the Thunderbolt connection since the source
baseband video is not from a RAW source.
These example menu parameters and settings would produce the desired result:
1.4
In Convert
1.5
Out Convert
1.6
SDI Out
1.8
SDI/HDMI Monitor Output Out Convert
2.1
Video Input
13.3
LUT Enable
No In Convert has been selected, so the signal that is recorded on the Ki Pro Quad media
is at a 4K raster size. An Out Convert selection has been made, so the SDI Monitor output
and the HDMI Monitor output are cropped to 1080. The SDI output is set to SDI 1-4 YCbCr
so that the incoming signal is passed back out of the Ki Pro Quad as quad link SDI with
YCbCr values. The Video Input is set to SDI 1-4 YCbCr and the encoding is set to Apple
ProRes 422 (HQ). In this particular example, no LUT is applied since the source is YCbCr.
The camera is outputting single link 3G SDI that is 4:2:2 1080p 59.94. A 1 x 3G SDI
connection is made between the camera and the Ki Pro Quad. The user wishes to encode
the incoming material as Apple ProRes 422(HQ).
These example menu parameters and settings would produce the desired result.
1.4
In Convert
1.5
Out Convert
1.6
SDI Out
1.8
SDI/HDMI Output
2.1
Video Input
13.3
LUT Enable
No In Convert has been selected so the signal that is recorded on the Ki Pro Quad media
is the same as what is output by the camera. An Out Convert selection has also not been
made because the parameter does not allow conversion if the incoming video signal is
1080; if a conversion were selected, the output signal would not be affected. The SDI
output is set to SDI 1 YCbCr. The only valid output selections would be SDI 1 YCbCr
operating at 3G or SDI 1-2 YCbCr operating at dual link 1.485Gbps. In this particular
example, no LUT is applied since the source is YCbCr.
None
2K Crop to 1080
SDI 1-4 YCbCr
SDI 1-4 YCbCr
Off
None
None
SDI 1 YCbCr
None
SDI 1 YCbCr
Off
57
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