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99.1 FACTORY RESET
Signal Routing Examples
Example 1
Reviewing the Above Settings:
Ki Pro Quad v5.2r3
Selecting this parameter and then pressing the ADJUST (up) button for 2 seconds recalls
Ki Pro Quad's factory default settings.
Caution!
Selecting this parameter and recalling factory defaults will overwrite the current
settings (with the exception of network settings, which are retained).
Recalling factory defaults does not affect these settings: Encode Mode, Encode Type, IP
Config, IP Address, Subnet Mask, Default Gateway, System Name, or Date and Time. To
clear the network settings and recall factory defaults, hold down both the Adjust (up)
and Adjust (down) buttons at the same time.
NOTE:
To set a single parameter to its factory default value, go to that parameter and hold down
both the Adjust (up) and Adjust (down) buttons at the same time.
Since the Ki Pro Quad can receive a variety of signals via quad, dual or single link SDI,
what follows are examples of how the In Convert, Out Convert, SDI Output, Video Input,
and LUT Enable work in combination with each other.
A Canon EOS C500 is outputting 4K or Quad HD via SDI that is RAW (at up to 29.97fps). A
1x 3G-SDI connection is made between the camera and the Ki Pro Quad. The user wishes
to encode the incoming material as Apple ProRes 444 at 4K. The incoming signal will be
debayered and an RGB Apple ProRes 444 file will be created on the Ki Pro Quad recording
media. At the same time, the RAW data without any changes in the RAW signal may be
passed along the Thunderbolt connection to a Thunderbolt-equipped host computer for
capture via the AJA CamXchange application). Additional color processing, scaling, etc.
may be performed on the computer using third-party software from Canon or others.
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 is left at the 4K raster size that is presented
on the 3G-SDI connection of the camera. No Out Convert selection has been made, so
the SDI Monitor output and the HDMI Monitor output will both be 2K scaled and
debayered monitoring versions of the 4K input source. The SDI Out is set to SDI 1-4 RGB
so that the incoming signal is debayered and passed back out of the Ki Pro Quad as quad
link HD-SDI with RGB values. As noted, the Video Input is set to SDI 1 RAW; therefore, the
Ki Pro Quad performs the correct debayer processing before encoding the material to
Apple ProRes 444 as RGB. Neither an Input LUT nor an Output LUT has been applied via
None
None
SDI 1-4 RGB
Normal
SDI 1 RAW
Off
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