Extron Electronics SGS 408 User Guide - Manual (Page 47)

4-5 SGS 408 Switcher • Serial Communication
X15 = Toggle 0 = Off 1 = On
X16
= xxx.xx Hrt = horizontal rate (in kHz) Vrt = vertical rate (in Hz)
X17 = Input video type 1 = RGB
2 = SMPTE
3 = YUV HDTV
4 = BETA 60
5 = BETA 50
6 = YUV Custom
X18
= Input phase 0 – 31
COMMAND ASCII RESPONSE DESCRIPTION
Input Select
Select program input
1*
X1
! Out 1•In
X1
•All Display program input
X1
on the program output 1
Select preview input 2*
X1
! Out 2•In
X1
•All Display preview input
X1
on the preview output 1
Select program input 1* X1 & Out 1•In X1 •Rgb Display program input X1 on the program output 2
Select preview input 2* X1 & Out 2•In X1 •Rgb Display preview input X1 on the preview output 2
1 = RGB and audio (if an audio switcher is cascaded), 2 = RGB only
Take
Implement effect (switch) %
Tke Implement the current effect
Memory Preset Save
Save preset
X2 * X3
,
X2 Spr X3 Save the input currently associated with output X2
to memory preset
X3
Memory Preset Recall
Recall preset
X2
*
X3
.
X2
Rpr
X3
Recall memory preset
X3
to the input associated
with output
X2
Auto Preset Mode (disable when manually recalling memory presets)
Enable
1 M/m Aut1 Enables the SGS to recall settings previously set
for the input rate.
Disable 0 M/m Aut 0 Disables the SGS to automatically recall settings.
View M/m Aut
X15
View the current auto preset mode setting.
Contrast
Specific value
X2
*
X4
^
X2
Con
X4
Set output
X2
contrast to
X4
Increment
X2
+^
X2
Con
X4
Increase output
X2
contrast by one step
Decrement X2 –^ X2 Con X4 Decrease output X2 contrast by one step
View
X2
^
X2
Con
X4
View output
X2
contrast setting
Brightness
Specific value
X2 * X5 Y X2 Brt X5 Set output X2 brightness to X5
Increment
X2
+Y
X2
Brt
X5
Increase output
X2
brightness by one step
Decrement X2 –Y X2 Brt X5 Decrease output X2 brightness by one step
View X2 Y X2 Brt X5 View output X2 brightness setting
Horizontal Shift
Increment
X2 +H X2 Hph + Shift output X2 image right one step
Decrement X2 –H X2 Hph – Shift output X2 image left one step
Vertical shift
Increment
X2 +/ X2 Vph + Shift output X2 image down one step
Decrement
X2
–/
X2
Vph – Shift output
X2
image up one step