Nevion Multicon SNMP - Manual (Page 8)

Multicon SNMP Data Model Rev. 0
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Example 1:
NWORK-MIB::moduleAlarmCount.gyda.1.4 = INTEGER: 1
NWORK-MIB::moduleAlarmCount.gyda.1.6 = INTEGER: 5
This shows the module alarm count for Flashlink cards with moduleNum 4 and 6, which
translates to cards in frame 0 slots 5 and 7.
Example 2:
NWORK-MIB::cableEQAlarmStatus.gyda.1.6.0 = INTEGER: notacked(3)
NWORK-MIB::cableEQAlarmStatus.gyda.1.6.1 = INTEGER: notacked(3)
This shows the card equalizer alarm status for Flashlink card with moduleNum 6 (frame 0 slot
7). In this case the card has two cable equalizers, which are presented with an additional
index to specify the cable equalizers, in this case 0 and 1.
2.5 VikinX router control – level
All globally mapped router levels, i.e. levels that are enabled through the System
Configurator for Multicon, are controllable through entries in crosspointTable. levelTable gives
a summary of the router level, and should be used to discover which levels are available in
the system.
Example:
NWORK-MIB::crosspointInputNum.3.0 = INTEGER: 0
NWORK-MIB::crosspointInputNum.3.1 = INTEGER: 26
NWORK-MIB::crosspointInputNum.3.2 = INTEGER: 5
...
This shows for level 3 which input in this level the cross-point is switched to, in this case
input 0 is switched to output 0, 1 to 26 and 2 to 5.
2.6 Flashlink router matrix control – level
For historical reasons, router control is left outside the module addressed data tree. The card
address can still be derived from the level number, as the level numbers for matrices residing
in Flashlink cards are calculated from the following formula:
Level = 10000 + position
card
x 10 + subindex
matrix
These levels are presented in addition to the levels mapped using the System Configurator,
and are only available on the controller with the physical connection to the cards.
Example:
NWORK-MIB::crosspointInputNum.10080.0 = INTEGER: 0
NWORK-MIB::crosspointInputNum.10080.1 = INTEGER: 0
NWORK-MIB::crosspointInputNum.10080.2 = INTEGER: 4
...
This shows level 10080 which represents the Flashlink card in position 8 with matrix index 0.
In this case it is an AV-HD-XMUX de-embedder matrix.
2.7 Generic tree - generic
The MIB also contains a generic tree on the same level as products
iso.org.dod.internet.private.enterprises.nwork.generic (1.3.6.1.4.1.8768.4). This part of the
MIB may be used for retrieving log information from Multicon.