OmniTek Ultra XR, User Manual

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Ultra XR User Guide 5–9 XR-56-201 5
Connections
Raster defines the image size such as 1280x720, 1920x1080, 2048x1080, 3840x2160
and 4096x2160.
Refresh defines the frame rate and whether the format is interlaced or progressive.
Sampling defines the video sampling format this used. Default is 10bit 4:2:2 YUV.
Apply applies the current settings without closing the window.
Set
applies the current settings and closes the window.
Close closes the Video Standards Editor without applying or saving the changes.
SDI Inputs Control Panel
When the SDI Inputs block is selected the SDI Inputs control panel
is displayed at the right of the screen. This controls how the image
data is processed by the system.
Primaries
set the colour space primary to be used:
Auto detect the colour space primary from the input signal. Note that this relies
on the appropriate SMPTE packet being present on the input signal.
DCI DIgital Cinema Initiative, SMPTE RP 431
Rec.709 ITU-R Recommendation BT.709
EBU ITU-R BT.470 standardized RGB colour space
SMPTE C
SMPTE RP 145
Rec. 2020 ITU-R Recommendation BT.2020
Range
Sets the digital levels of black and peak white used in the image.
Auto detects the range from the input signal. - Currently SMPTE
SMPTE Narrow Range uses the following levels:
8-bit RGB 16 = black - 240 = white, CbCr 16 to 235
10-bit RGB 64 = black - 940 = white, CbCR 64 to 960
12-bit RGB 256 = black - 3760 = white, CBCr 256 to 3840
Full Range uses the following levels:
8-bit RGB 0 = black - 253 = white, CbCr 0 to 253
10-bit RGB 0 = black - 1023 = white, CbCR 0 to 1023
12-bit RGB 0 = black - 4092 = white, CBCr 0 to 4092
Profile defines the dynamic range profile to be used by the system for the SDI input.
Auto
detects the profile from the input signal. Note that this relies on the
appropriate SMPTE packet being present on the input signal. Currently 2.2
gamma.
2.2 gamma
uses the standard definition range profile as defined by ITU-R BT.
1886. This should be selected if the input signal has SDR content.
PQ EOTF
uses the Dolby Vision PQ (Perceptual Quantizer) Electro-Optic Transfer
Function profile as standardised by SMPTE-2084.
HLG EOTF uses the Hybrid Log-Gamma Electro-Optic Transfer Function profile as
defined by ITU-R BT. 2390.