User Guide User Manual
Table Of Contents
- Chapter 1 • Introduction
- Chapter 2 • Installation
- Chapter 3 • Virtualization/Control Software
- Explaining Virtual I/O Switching
- Virtualization/Control Program
- Creating a virtual I/O switching system (map)
- Reassigning virtual I/O connectors
- Creating rooms within the system
- Remote controlling the Matrix 12800 system
- Programming the matrix offline (emulate mode)
- Saving and restoring matrix settings
- Creating program byte strings
- Ethernet operation
- Windows buttons and drop boxes
- Special Characters
- Chapter 4 • Programming Guide
- Chapter 5 • Web Operations
- Chapter 6 • Upgrades and Maintenance
- Opening and Closing the Matrix Switcher
- Removing and Installing the Fan Assembly
- Removing and Installing the Power Supply Module
- Replacing the Fuse
- Removing and Cleaning the Filter
- Setting the DIP Switches
- Removing and Installing the Controller Card and Replacing the Firmware
- Removing and Installing the I/O Card and Setting the Audio Gain
- Troubleshooting
- Appendix A • Ethernet Connection
- Appendix B • Reference Information
- Inside rear cover: warranty

Prograing Guide, cont’d
Matrix 12800 Switchers • Programming Guide
4-12
PRELIMINARY
Coand ASCII coand
(hot to witcher)
Response
(witcher to hot)
Additional
decription
View tie, gain, ute, preet, le tatu, DSVP, and input tatu
View 16 video ties for
global preset
X(
(All inputs and outputs
shown are virtual.)
EX(
*
X@
*1VC
} X!
n
•
X!
n+1
•
X!
n+2
•...•
X!
n+15
•Vid
]
Show the virtual video input
tied to 16 sequential virtual
outputs of preset
X(
, starting
from output
X@
.
Command description:
Response description:
Preset# * starting output# (StO#) * 1 (= video) VC
Input# (I#) tied to StO#
n
•I#tiedtoO#
n+1
•I#tiedtoO#
n+2
•...•I#tiedtoO#
n+15
•Vid
]
N
1. If you enter
EX(
*
X@
*1VC
}
where
X(
= 0, the switcher returns its current video configuration.
2. Where virtual outputs do not exist, the the BME responds with 000.
Example 1:
E
4*1*1VC
}
01Output:
Response = tied input:
Virtual input 4 tied to virtual output 1
004•128•000•000•000•000•003•001•000•000•000•128•000•001•000•000•Vid
02 03 04 06 07 08 09 10 11 12 13 14 15 1605
Virtual input 128 tied to virtual output 2
No virtual input tied to virtual output 16
Eachpositionshownintheresponseisavirtualoutput.InExample1;left=virtualoutput1,right=virtualoutput16.
The number in each position is the virtual input tied to that virtual output.
Input4istiedtooutput1;input128tooutputs2and12;input3tooutput7;input1tooutputs8and14.Noinputis
tied to outputs 3 through 6, 9 through 11, 13, 15, and 16.
Example 2:
E
3*113*1VC
}
113Output:
Response = tied input:
Virtual input 4 tied to virtual output 113
004•000•000•000•000•005•003•001•000•000•000•000•000•000•000•000•Vid
114 115 116 118 119 120 121 122 123 124 125 126 127 128117
No virtual input tied to virtual output 114
In a 128 virtual inputs x 122 virtual ouputs configuration,
the last 6 virtual outputs do not exist (note 2).
Eachpositionshownintheresponseisavirtualoutput.InExample2;left=virtualoutput113,right=virtualoutput
128. The number in each position is the virtual input tied to that virtual output.
Input4istiedtooutput113;input5tooutput118;input3tooutput119;input1tooutput120.Noinputistiedto
outputs 114 through 117, 121, and 122. Virtual outputs 123 through 128 are not present.
View 16 audio ties for
global preset
X(
(All inputs and outputs
shown are virtual.)
EX(
*
X@
*2VC
} X!
n
•
X!
n+1
•
X!
n+2
•...•
X!
n+15
•Aud
]
Show the virtual audio input
tied to 16 sequential virtual
outputs of preset
X(
, starting
from output
X@
.
Command description:
Response description:
Preset# * starting output# (StO#) * 2 (= audio) VC
I# tied to StO#
n
•I#tiedtoO#
n+1
•I#tiedtoO#
n+2
•...•I#tiedtoO#
n+15
•Aud
]
Each position shown in the response is a virtual output. The number in each position is the virtual input tied to that
virtual output.
N
1. If you enter
EX(
*
X@
*2VC
}
where
X(
= 0, the switcher returns its current audio configuration.
2. Where virtual outputs do not exist, the the BME responds with 000.
Coand and repone table for SIS coand (continued)
N
X(
= Preset # 32 maximum (0 = current configuration)
X@
= Output number 001 – maximum number of outputs
X!
= Input number 000 – maximum number of inputs (000 = untied)