Multiple Frames For Multiple System Connections - IBM 9077 Get Connected

Sp switch router
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# splstdata -s | grep -p primary
switch_part
-------------------------------------------------------------------------
#
In this case, the primary node host name is sp21n01.
4. Log into the primary node by entering
node_hostname is the host name of the primary node.
5. From the primary node, enter
6. In the out.top file, look for the line(s) containing Dependent Node. In this
line you will find the term tb3, which is immediately followed by the value
for the switch_node_number. For switch_node_number 3, the following
line identifies the SP Switch jack E01-S17-BH-J25 (frame 1, Switch,
bulkhead, jack J25):
s 16 1 tb3 3 0 E01-S17-BH-J25 to E01-N4 # Dependent Node
If you need help interpreting this identifying string, see PSSP Maintenance
Information, Volume 2, Maintenance Analysis Procedures and Parts
Catalog for an explanation of the naming standard for RS/6000 SP
components.

3.6 Multiple Frames for Multiple System Connections

SP Switch Router Adapter cards in an SP Switch Router can connect to
different switch boards in the same SP system. A configuration problem could
arise in which the SP Switch Router Adapter cards are assigned the same
node number if each card plugs into the same port position on each switch
board.
The use of frames removes the configuration problem. The following example
demonstrates the organization of three SP frames (1, 2, and 3) with switch
boards in each.
Figure 34 on page 86 shows how the frame numbering differentiates each SP
Switch Router connection:
• The SP Switch Router card connected to port J31 of SP Switch A1 is node
number 9.
topology
number
filename
1
expected.top.an sp21n07
primary
arp switch_node
name
enabled
yes
telnet node_hostname,
pg /var/adm/SPlogs/css/out.top.
Installation and Configuration
nos._used
no
where
85

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