Specifications

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Record Type (1.1): This parameter defines the frame recording method of media stored.
RECORD TYPE can be configured to record the incoming video signal in a “NORMAL”
manner, as a “PsF” signal if the incoming source is 1080psf 29.97 (for example), or VFR
for variable framerate recording of the SD-SDI/HD-SDI input (such as Varicam).
Arm Recording (8.3): This parameter selects how recording will begin: either by pressing
record button (or web “Record” button) or via timecode. If starting on timecode,
parameters 8.0, 8.1. and 8.2 must be set to qualify the source and type of timecode.
HDMI Output (1.8): This parameter defines whether the HDMI output matches the file
format or has the 1.5 OUT CONVERT selection applied to it.
Video In (2.1): This parameter selects a video input source from the video input connections
available. This is the video that will be recorded and/or passed through.
Audio In (2.2): This parameter selects an audio input source from the audio input
connections available. This is the audio that will be recorded and/or passed through.
Component In (3.1): This parameter selects the input level for signals applied at the
component video input connectors.
Component Level (3.2): This parameter selects the output level for signals applied at the
component video output connectors.
NTSC Config (3.4): This parameter selects the output level for the composite video output
connector.
Analog Audio Standard (4.1): This parameter configures the analog audio signal levels for
input and output. Professional audio equipment has much higher levels than
consumer equipment: a 0 VU reading corresponds to +4 dBu. Connecting a
professional +4 dBu device to a consumer audio input -10dBV (-7.8 dBu) may cause
overloading, whereas the output of a consumer device probably does not have
sufficient power to drive a professional audio input. With consumer and semi-
professional audio equipment, a VU reading of 0 dB is typically referenced to -10 dBV. 0
dBu = 0.775 VRMS.
Upconvert Mode (5.1): This parameter selects the type of upconversion from SD performed, if
set up to do so with parameters 1.4 through 1.8.
Downconvert Mode (5.2): This parameter selects the type of downconversion from HD
performed, if set up to do so with parameters 1.4 through 1.8.
Genlock Source (6.1): This parameter selects source of reference video used to genlock to
during playback.
TC In (8.0): This parameter selects the source of timecode from those available.
TC Value (8.1): This parameter selects an hour timecode start.
TC Type (8.2): This parameter selects drop frame or non-drop frame timecode.
System Name (50.5): This parameter defines a name for Ki Pro and gives it a unique identifier.
This same name is used both when displaying systems via the web interface/wireless
and for display on Ki Pro’s screen saver (if System name is chosen in Parameter 70.1
Screen Saver).
Date Set (55.4): This parameter manually sets the calendar date of the internal Ki Pro clock.
Time Set (55.6): This parameter manually sets the time of the internal Ki Pro clock.
Screen Saver (70.1): When set to “AJA Logo”, a rolling AJA logo screen saver will appear on the
alphanumeric display after 3 minutes of inactivity—defined as no button presses on
the front panel.
Display Intensity (70.2): This parameter determines the brightness of the alphanumeric
display and front backlit buttons.
Fan Speed (70.3): This parameter determines the speed of Ki Pro’s internal cooling fan. In
some environments where audio recording is occurring close to the Ki Pro unit, it may
be desirable to set the fan speed to “QUIET AUTO” or “QUIET RECORD”.