Extron Electronics MTPX Plus 6400 Series User Guide User Manual
Page 80
Command/Response Table for SIS Commands (continued)
Command
ASCII Command
(Host to Unit)
Response
(Unit to Host)
Additional Description
Input skew adjustment
Set all input skew
adjustment values
EX#
*
X(
*
X(
*
X(
Iseq
}
Iseq
X#
*
X(
*
X(
*
X(]
Set a specific skew adjustment for the TP
input.
X(
values are listed in RGB order.
Example:
E
2*Ш*Ш*4Iseq
}
IseqØ2*ШШ*ШШ*Ш4
]
Set input 2 skew settings as follows:
Red = 0 ns
Green = 0 ns
Blue = 8 ns.
Increment one input skew
adjustment value
EX#
*
X1)
+Iseq
}
Iseq
X#
*
X(
*
X(
*
X(]
Increase the
X1)
plane skew adjustment for
input
X#
by 1 step (2 ns).
Example:
E
2*2+Iseq
}
IseqØ2*ШШ*ШШ*Ш5
]
Increase the blue skew for input 2 by 2 ns to
10 ns.
Decrement one input skew
adjustment value
EX#
*
X1)
-Iseq
}
Iseq
X#
*
X(
*
X(
*
X(]
Decrease the
X1)
plane skew adjustment for
input
X#
by 1 step (2 ns).
Read input skew
adjustment values
EX#
Iseq
}
X(
*
X(
*
X(]
EDID commands
Assign EDID data to an
input
E
A
X1!
*
X1@
EDID
}
EdidA
X1!
*
X1@]
Assign EDID data to all
inputs
E
A*
X1@
*EDID
}
EdidAØ*
X1@]
Save output 1 EDID data to
a user-defined space
E
S*
X1@
EDID
}
EdidS
X1@]
For this command, the
X1@
value must be from
31 to 34.
View EDID data assigment
E
A*
X1!
EDID
}
X1@]
Show the EDID setting for input
X1!
.
Output pre-peaking
Set output pre-peaking on
EX@
*1Opek
}
Opek
X@
*1
]
Pre-peak the TP output.
Set output pre-peaking off
EX@
*ØOpek
}
Opek
X@
*Ø
]
Do not pre-peak the TP output.
Read output pre-peaking
setting
EX@
Opek
}
X1#]
Local video output sync polarity
Set local output polarity
EX1$
*
X1%
Opol
}
Opol
X1$
*
X1%]
Set the horizontal and vertical sync polarity for
local output
X1$
.
Example:
E
2*ØOpol
}
Opol2*Ø
]
Set local output 2 to output negative
horizontal and vertical sync.
Read local output sync
settings
EX1$
Opol
}
X1%]
Output skew adjustment
Set all output skew
adjustment values
EX1^
*
X(
*
X(
*
X(
Oseq
}
Oseq
X1^
*
X(
*
X(
*
X(]
Set a specific skew adjustment for the TP
output.
X(
values are listed in RGB order.
Example:
E
2*Ш*Ш*4Oseq
}
OseqØ2*Ш*Ш*4
]
Set the output 2 skew settings as follows:
Red = 0 ns
Green = 0 ns
Blue = 8 ns.
Increment one output skew
adjustment value
EX1^
*
X1)
+Oseq
}
Oseq
X1^
*
X(
*
X(
*
X(]
Increase the
X1)
plane skew adjustment
output
X1^
by 1 step (2 ns).
Decrement one output
skew adjustment value
EX1^
*
X1)
-Oseq
}
Oseq
X1^
*
X(
*
X(
*
X(]
Decrease the
X1)
plane skew adjustment
output
X1^
by 1 step (2 ns).
Example:
E
2*2-Oseq
}
OseqØ2*Ш*Ш*3
]
Decrease the output 2 blue skew by 2 ns to 6 ns.
Read output skew
adjustment values
EX1^
Oseq
}
X(
*
X(
*
X(]
NOTE:
X@
= Output number
01 – (maximum number of outputs for your matrix size)
X#
= TP input number
01 – (maximum number of TP inputs for your matrix size)
X(
= Skew adjustment range
00 – 31 (each step = 2 ns)
X1)
= Video plane
0 = red
1 = green
2 = blue
X1!
= Input number
01 – (maximum number of inputs for your matrix size)
X1#
= Pre-peaking status
0 = off
1 = on
X1@
= DDC value (EDID)
See the complete definition on
.
X1$
= Local video output number
01 – 04
X1%
= Local output sync polarity
0 = H– / V– (default)
2 = H – / V+
4 = No sync stripping
1 = H+ / V–
3 = H+ / V+
X1^
= TP output number
01 – (maximum number of TP outputs for your model)
MTPX Plus 6400 Series Matrix Switchers • Programming Guide
74