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Example 4-2. node characteristics for \nodeb, Example 4-3. node characteristics for \nodec – HP Integrity NonStop J-Series User Manual

Page 78

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Guardian Performance Analyzer (GPA) User Guide

– (544541-006) Page 78 of 131

Example 4-2 shows that \NODEB has characteristics that are generally similar to those of

\NODEA.

Example 4-2. Node Characteristics for \NODEB

I. NODE CHARACTERISTICS MEASURED MAX VALUE

VALUE EXPECTED

CPU TYPE : TXP
CPU COUNT : 4 16
TOTAL MEMORY : 32 84
VOLUME COUNT : 9 512
STATIC PCBS : 332 800
DYNAMIC PCBS : 19 0
OUT OF BALANCE CPU COUNT : 1 0
MOST BUSY CPU : 0
LEAST BUSY CPU : 3
AVG CPU BUSY : 38.1 70.00
AVG DISK VOLUME BUSY : 3.4 24 %
AVG DISK PROCESS BUSY : 3.9 24.%
% - RECOMMENDED RESOURCES: 54.5 100
NODE SWAP RATE : .0 1 CAUSE:

Example 4-3 shows that \NODEC has more memory than the others, and is being utilized

at a higher average percentage. This utilization is also closer to the maximum
recommended value. Considering that the CPUs in \NODEC have more memory and
power than those in \NODEA or \NODEB, this system also has a relatively low number
of dynamic PCBs.

Example 4-3. Node Characteristics for \NODEC

I. NODE CHARACTERISTICS MEASURED MAX VALUE

VALUE EXPECTED

CPU TYPE : CYCLONE
CPU COUNT : 4 16
TOTAL MEMORY : 256 512
VOLUME COUNT : 28 512
STATIC PCBS : 639 1024
DYNAMIC PCBS : 5
OUT OF BALANCE CPU COUNT : 2
MOST BUSY CPU : 2
LEAST BUSY CPU : 1
AVG CPU BUSY : 58.6 85.00
AVG DISK VOLUME BUSY : 11.6 24 %
AVG DISK PROCESS BUSY : 2.5 24 %
% - RECOMMENDED RESOURCES: 69.0 100
NODE SWAP RATE : .5 1 CAUSE:MEMORY

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