3com CM 4000 User Manual
GV 8964OMD OSD Module
CM 4000 Installation and Operating Manual
T−3
Figure T−4. Serial−type CP Input Set (example).
1
Output Set − MNF−Out
2
1
2
Entry
STU1
SVR1
Output
3
3
SVR2
4
5
6
VT01
0
Logical
The Entry number is used to identify an OSD board and channel number, which is then associated with a Logical
Output number of the router. For example: Entry “0” = module 0, channel 0; this channel will monitor the status of
router output “STU1.” “3” would be module 0, channel 3; it will monitor router output “VT01.” If there is another
module, then the next row would show Entry “4” for module 1, channel 0, etc.
Output number of the router. For example: Entry “0” = module 0, channel 0; this channel will monitor the status of
router output “STU1.” “3” would be module 0, channel 3; it will monitor router output “VT01.” If there is another
module, then the next row would show Entry “4” for module 1, channel 0, etc.
Note: Module 0 is the module furthest from the power supply.
Level Set. This placeholder set, type CP 3000, must be created with at least one Level entry. See Figure T−5. The
entries are not used.
entries are not used.
Figure T−5. Placeholder CP Level Set table (example).
1
CP Level Set — MNF−LEV
Mnemonic
Level
Break
Switch
2
aaaa
VIDEO
OSD Module channel entries
Each OSD channel also requires an entry on the MPK Devices table consisting of an MPK Device name, a Device
Type, and the names of three sets. See Figure T−6.
Type, and the names of three sets. See Figure T−6.
Figure T−6. MPK table (example).
MNF1
MNF
MNF−IN
MNF−OUT
OSD0
OSD
OSD−IN
OSD−OUT
1
MPK Devices
MPK
Expansion
Pass
Board
Port
Address
Input Sets
Output Sets
Level Set
Overide Set
Sequence Set
2
OSD−LEV
Devices
word
In Panel
Out Panel
MNF−LEV
Device
Type
3
OSD−LEV
4
OSD−LEV
5
OSD−LEV
OSD1
OSD
OSD−IN
OSD−OUT
OSD2
OSD
OSD−IN
OSD−OUT
OSD3
OSD
OSD−IN
OSD−OUT
A device name is created here for each OSD channel. The Device Type is “OSD.” Three CP sets must also be specified.