/etc/snmpd.conf on the GRF 1600. To check, open this file and look for a stanza similar to the following:
MANAGER 192.168.4.137
SEND ALL TRAPS
TO PORT 162
WITH COMMUNITY spenmgmt
This stanza is needed twice, one for each CWS. Otherwise, the SP Switch Router Adapter card will hang in state loading. Additionally, when you assign an IP address to the second SP Switch Router Adapter card using SMIT, ensure that this IP address can be resolved by name service, be it DNS or /etc/hosts based. Otherwise the card cannot be unfenced.
•The SP Switch Router Adapter card and SP processor node switch adapters are in the same IP subnet on both SPs.
•ARP should be enabled on the SP Switch networks to provide the most flexibility in assigning IP addresses (strongly recommended!).
•If ARP is disabled on the SP Switch network, the IP addresses assigned to the nodes must be determined by the switch node numbers.
Note: The SP Switch Router Adapter card will not properly forward IP data to nodes assigned with an IP address that is in another subnet.
Configuration:
To establish this scenario, on the GRF 1600, an SP Switch Router Adapter card (slot 4) is attached to the SP Switch of SP2, a second card (slot 3) to the SP Switch of SP21, as shown in Table 22 and Figure 65 on page 203. The netmask for all interfaces is 255.255.255.0.
Table 22. Configuration of SP Switch - SP Switch Connection
Adapter | IP Address |
|
|
SP Switch Router Adapter card 1 | 192.168.13.16 |
|
|
SP Switch Router Adapter card 2 | 192.168.14.4 |
|
|
SP processor nodes in SP21 | 192.168.14.1 - 192.168.14.15 |
|
|
SP processor nodes in SP2 | 192.168.13.1 - 192.168.13.15 |
|
|
To successfully run this configuration, no routes need to be set on the SP Switch Router. Just set the corresponding routes on all nodes of SP2 and SP21:
1. On nodes in SP21, add the following route to the switch network of SP2:
