Command and Response Table for Matrix Switcher Commands (continued)
DTP CrossPoint 4K Series Matrix Switchers • Programming Guide 75
Command Function
SIS Command
(Host to Unit)
Response
(Unit to Host)
Additional description
View ties and mutes
View all video ties
E
0*1*1VC
}
10 or 8 (n)
X$
s, each is the input tied to an
output position, starting from output 1 and
6 or 8 dash pairs (--) for a total of 16
output positions or dash pairs.
X$
1
X$
2
X$
3
X$
4
...
X$
n
--•--•--•--• ... •--Vid
]
View all audio ties
E
0*1*2VC
}
10 or 8 (n)
X$
s, each is the input tied to an
output position, starting from output 1 and
6 or 8 dash pairs (--) for a total of 16
output positions or dash pairs.
X$
1
X$
2
X$
3
X$
4
...
X$
n
--•--•--•--• ... •--Aud
]
View output video mutes
E
VM
}
Mut
X2)
1
X2)
2
X2)
3
...
X2)
n
]
10, 8, 6, or 4 (n)
X2)
s (with As and Bs),
each is the video mute status of an output.
NOTE: The “Mut” portion of the response appears only when the switcher is in Verbose mode 2 or 3.
Example (DTP CrossPoint 84):
E
VM
}
Mut0
1
1
2
2
3A
1
3B
0
4A
1
4B
]
Input sync detection
View all input connections
0LS
Frq00•
X2!
1
X2!
2
X2!
3
X2!
4
X2!
5
X2!
6
X2!
7
...
X2!
n
]
10 or 8 (n)
X2!
s, each is the signal status
of an input, starting from input 1.
NOTE: The “Frq00•” portion of the response appears only when the switcher is in Verbose mode 2 or 3.
Example (DTP CrossPoint 108):
0LS
Input:
Response Status:
0
= No input detected
1
= Sync detected
1 2345
6
7 8 9 10
0 0 0 1 1 1 0 1 0 1
DTP/HDBaseT/XTP switch positions
View input switch position
E
I
X2@
HDBT
} X2#]
View the switch position for input
X2@
.
Verbose mode 2 and 3:
HdbtI
X2@
*
X2#]
View output switch position
E
O
X!
HDBT
} X2#]
View the switch position for input
X!
.
Verbose mode 2 and 3:
HdbtO
X!
*
X2#]
Names
NOTE: The HTML language reserves certain characters for specific functions (see Special Characters on page 84).
Write input name
EX$
,
X2$
NI
}
Nmi
X$
,
X2$]
Example:
E
1,Podium camNI
}
Nmi01,Podium cam
]
Name input 1 “Podium cam”.
Read input name
EX$
NI
} X2$]
Write output name
EX%
,
X2$
NO
}
Nmo
X%
,
X2$]
Read output name
EX%
NO
} X2$]
Write EDID name
E
E
X^
*
X2$
UNAM
}
UnamE
X^
*
X2$]
NOTE: For the Write, Clear, and Read EDID Name commands,
X^
is valid only for User EDID slots 1 through 10 for the matrix size.
Example:
E
E57*Slot 1UNAM
}
UnamE57*Slot 1
]
Name EDID location 57 “Slot 1“.
Clear EDID name
E
E
X^
*•UNAM
}
UnamE
X^
*USER•n
]
n = 1 through 10.
Read EDID name
E
E
X^
UNAM
} X2$]
Write scaler preset name
E
2*
X2%
,
X2$
PNAM
}
Pnam2*
X2%
,
X2$]
Example:
E
2*5,preset 1PNAM
}
Pnam2*05,preset 1
]
Name scaler preset 5 “preset 1”.
Read scaler preset name
E
2*
X2%
PNAM
] X2$]
Write logo name
E
L
X2^
,
X2$
UNAM
}
UnamL
X2^
,
X2$]
Read logo name
E
L
X2^
UNAM
} X2$]
NOTE: X! = TP (scaled) and insertion output number See X! definition on page 69 for numbers by matrix size.
X$ = Input number 01 – the highest numbered input for your model
X% = Output number 00 – the highest numbered output for your model (00 = untied output)
X^ = EDID value (resolution and rate) See EDID Values Table on page 69.
X2) = Video mute status 0 = No mutes 1 = Video mute 2 = Video and sync
X2! = Input signal status 0 = No signal detected 1 = Sync detected
X2@ = TP and insertion input number See X2@ definition on page 69 for numbers by matrix size.
X2# = Switch position 0 = DTP 1 = HDBT (output only) 2 = XTP
X2$ = Name Up to 12 upper- and lower-case alphanumeric characters, _, /, and spaces
X2% = Scaler preset 001 – 128
X2^ = Logo number 01
–
16
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