| Measurement |
Description |
Measurement
Unit |
Interpretation |
| PoweredOn |
Whether this LPAR is powered on or not |
|
If this measure returns the value 'Yes', it indicates that the LPAR is powered-on. The value 'No' on the other hand indicates that the LPAR is powered off. The table below displays the values that can be reported by this measure, and their numeric equivalents:
| Measure Value |
Numeric Equivalent |
| Yes |
0 |
| No |
1 |
Note:
By default, this measure reports one of the Measure Values listed in the table above. The graph of this measure however will represent the VM status using the numeric equivalents - 0 or 1.
|
| Virtualcpu |
The number of virtual CPUs currently being used by this LPAR |
Number |
A high value of this measure indicates excessive CPU usage by an LPAR. Comparing the value of this measure across LPARs will enable you to quickly and accurately point to that LPAR that is consuming too much CPU. To know whether the CPU resources of this LPAR are capped or uncapped, use the detailed diagnosis of this measure. This will additionally reveal the partition ID and type (whether dedicated or shared) as well.
|
| Maxvirtualcpu |
The maximum number of virtual CPUs that can be utilized by this LPAR |
Number |
|
| Minvirtualcpu |
The minimum number of virtual CPUs configured for this LPAR |
Number |
|
| OnlineMem |
The amount of allocated memory resources currently utilized by this LPAR |
MB |
A high value of this measure indicates excessive memory usage by an LPAR. Comparing the value of this measure across LPARs will enable you to quickly and accurately point to that LPAR that is consuming too much memory.
|
| MaxMem |
The maximum amount of memory that this LPAR can use |
MB |
|
| MinMem |
The minimum amount of memory allocated to this LPAR |
MB |
|
| CapacityInc |
The minimum capacity (in units of 1/100 of a physical processor) that can be added to or removed from this partition's processor capacity |
Number |
This measure indicates the granule at which changes to Entitled Capacity can be made. A value in whole multiples indicates a Dedicated LPAR.
|
| Maxcapacity |
The maximum number of processing units that this LPAR can use |
Number |
The entitled capacity of the LPAR can go up to the value of this measure.
|
| Mincapacity |
The minimum number of processing units required by this LPAR for its functioning |
Number |
The entitled capacity of the LPAR cannot go down beyond the value of this measure.
|
| ActivePhyCpu |
The current number of active physical CPUs in the system containing this LPAR |
Number |
|
| MaxPhyCpu |
The maximum number of physical CPUs that can be used by this LPAR |
Number |
|
| ActiveCpuPool |
The maximum number of CPUs available to this LPAR's shared processor pool |
Number |
|
| ShredPhyCpu |
The number of physical CPUs available for use by shared processor LPARs |
Number |
|
| EntilPoolCapacity |
The number of processing units that this LPAR's shared processor pool is entitled to receive |
Number |
|
| MaxPoolCapacity |
The maximum number of processing units available to this LPAR's shared processor pool |
Processing units |
|
| UnallocateCpacity |
The sum of the number of processor units unallocated from shared LPARs in an LPAR group |
Processing units |
This sum does not include the processor units unallocated from a dedicated LPAR, which can also belong to the group. The unallocated processor units can be allocated to any dedicated LPAR (if it is greater than or equal to 1.0 ) or shared LPAR of the group. |
| UnallocateWeight |
The number of variable processor capacity weight units currently unallocated within the LPAR group |
Processing units |
|