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Appendix C – Advanced Configuration: Modifying Virtual Matrices
143
Optima Instruction Manual
Grouping Pattern Examples
For switching purposes, connectors can be grouped in two basic patterns of virtual channels, spanning
and sequential. Explanations and examples of each follow.
Spanning Grouping Pattern
A spanning pattern is the most common method of grouping connectors for an Optima Distribution
Matrix. When this pattern is selected, each of the component (standard) signals in an aggregate signal is
assigned to a connector on an adjacent board. The same pattern is then repeated for the outputs.
Example
In the Y/c system in FIG. 86, the “Y” component is assigned to the input connectors on the first board
and the “c” component to input connectors on the second board. The pattern is repeated for the output
connectors. The stereo audio signal is assigned to the input and output connectors on the stereo audio
board. The first input channel of VM 0 (audio-follow-video) includes both components of the Y/c signal
(the first input connector on each video board), plus the stereo audio signal (the first input connector on
the stereo board).
When you switch Input 1 on VM 0, the Y/c and stereo audio signals are routed simultaneously. On
VM 0, any of the grouped Y/c input channels and their corresponding stereo pair input channel could be
routed to any or all of the twenty available corresponding output channels.
Video and audio breakaway signals can also be routed by using virtual matrices that are configured to do
so. In the example below, when you switch Input 1 on VM 1, the Y/c signal is routed. When you switch
Input 1 on VM 2, the stereo audio signal is routed.
FIG. 86 Connectors grouped in a spanning pattern
Stereo Audio
VM 0 = Y/c + Stereo Audio
VM 1 = Y/c
VM 2 = Stereo Audio
Virtual Inputs: Y/c + Stereo Audio = 1st input channel of VM 0
Y
c
- Instruction Manual 1
- Distribution Matrix 1
- Contents 3
- ESD Warning 7
- Copyright Notice 10
- Liability Notice 10
- US FCC Notice 10
- Lithium Batteries Notice 10
- Trademark Notices 11
- Warnings and Cautions 11
- Applicability Notice 13
- Product Notes 15
- Optima Features (continued) 16
- Optima Control Features 16
- Front View 17
- Rear View 17
- CPU/Control Board 18
- Power Receptacle 19
- Input/Output Boards 19
- Input and Output Connectors 19
- Expansion/Control Slots 19
- Optima General Specifications 20
- Configuration Information 21
- Control Options 21
- System Diagnostics 22
- Installation and Setup 23
- Unpacking 24
- Installation Recommendations 25
- DVI & HDMI additional 27
- Linking Enclosures 28
- Link Cables and Equipment 29
- Ethernet Connector LEDs 29
- External Control Options 34
- Attaching Serial Controllers 35
- Signal Types and Connectors 38
- Applying Power and Startup 39
- Control Panel Startup 40
- Serial Control Device Startup 41
- Executing a Test Switch 42
- Installation Troubleshooting 43
- Technical Support 44
- Standard Video I/O Boards 45
- Attaching Cables 47
- S-Video I/O Boards 49
- Y/c I/O Board 51
- RGBHV/HD-15 I/O Boards 59
- Standard Timing 60
- Identification 60
- HDMI I/O Board 75
- Detailed Timing Blocks 77
- Audio Data Block 78
- Supported Number of Sinks 81
- HDCP Source Device 81
- One Sink Too Many 81
- Note: Monitors are numbered 84
- System Design Considerations 85
- Control Suggestions 85
- Troubleshooting Audio 86
- Initializing InstaGate 87
- Technology 87
- be sent to a 89
- Digital Audio I/O Boards 91
- Stereo Audio I/O Boards 93
- Attaching Wires 95
- Adjusting Output Volume 96
- Adjusting Digital Input Gain 96
- (with RX Modules) 99
- Specifications 100
- Standard Timings 101
- Established Timings 101
- General Specifications 102
- Attaching Cables and Wires 103
- To connect HD-15 inputs: 104
- Destination Device (Monitor) 106
- CatPro RX Module FG1010-48-01 106
- System Setup 107
- Video Display Adjustment 108
- Optima Instruction Manual 109
- Test image adjusted for skew 110
- CatPro Troubleshooting 111
- APWeb Expansion Board 113
- The APWeb Expansion Board 114
- Cabling and Applying Power 117
- Testing the Connection 118
- XNNet Expansion Board 121
- Attaching XNNet Devices 123
- Overview 125
- System Requirements 126
- Discovering a System 128
- Navigating the Interface 129
- Multiple Signal Paths 130
- Passwords 132
- Device Discovery Support 135
- Component Identity Number 138
- Modifying Virtual Matrices 141
- Joining Virtual Matrices 142
- Creating a New Virtual Matrix 145
- Grouping Pattern Examples 149
- Sequential Grouping Pattern 150
- Removing I/O Boards 152
- 4a: Remove the side screw 153
- Remove center slide-keys (2) 154
- Adding I/O Boards 155
- Step 6 Red Note 157
- 3. Cycle power on the Optima 158
- – EDID Programmer 161
- Appendix E – EDID Programmer 164
- Serial Port Settings 165
- Increase Your Revenue 167
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