HP Insight Management WBEM Providers 9.4 for Microsoft Windows Data Sheet

HP Confidential
Hardware Platform Scenario 2: Memory Modules reside on Memory Boards
Memory
Module
(DIMM)
Memory
Module
Connector
(Slot)
Memory
Board
Memory
Board
Connector
(Slot)
Chassis
plugs intoplugs into resides onresides on
(empty)
DIMM Slot 2-4
(empty)
DIMM Slot 1-4
DIMM 1-2
(empty)
Board Slot 4
Example Instance Diagram
HP_SystemMemoryBoardSlot
HP_SystemMemoryBoardSlot
HP_MemoryBoardInSlot
HP_Memory
Board
Board 2
HP_Computer
SystemChassis
Chassis 1
HP_MemoryModuleSlotOnBoard
HP_Memory
BoardSlot
(empty)
Board Slot 3
HP_MemoryModuleSlotOnBoard
HP_MemoryBoardInSlot
HP_MemoryModuleInSlot
HP_Memory
Board
Board 1
HP_Memory
BoardSlot
Board Slot 1
HP_Memory
BoardSlot
Board Slot 2
HP_Memory
Module
DIMM 1-1
(empty)
DIMM Slot 1-3
DIMM Slot 1-2
HP_Memory
ModuleSlot
DIMM Slot 1-1
(empty)
DIMM Slot 2-3
(empty)
DIMM Slot 2-2
HP_Memory
ModuleSlot
(empty)
DIMM Slot 2-1
Memory containment hierarchy—scenario 3
The following diagrams show the memory providers containment hierarchy for a ProLiant server
platform where memory is located both on the system board and on memory boards.
In the following example, there are four memory module slots located on the system board, two of
which are occupied by memory modules (DIMMs) and two of which are empty or unoccupied.
Additionally, there are four memory board slots (one slot is occupied by a memory board, and three
slots are empty). Each memory board contains four memory module slots. Board Slot 1 is populated
by Board 1, which has two occupied memory module slots and two empty slots. Board Slots 2, 3,
and 4 are not populated by memory boards.
The following example does not depict any specific ProLiant model.
NOTE: DIMM numbering is shown in all subsequent descriptions in this document in format x-y,
where x is the board and cartridge number and y is the memory module slot and socket number.
The system board has a number of 0 consistent with ProLiant tradition.