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LUNs, Cell Disks, and Grid Disks As shown in Figure 5-2, each hard disk gets presented to the Exadata Storage Server Software and the OS as a logical unit (LUN) A LUN is the representation of the hard disk to the OS The Exadata Storage Server Software will take the LUN and format it to create a cell disk There is a one-to-one relationship between a LUN and a cell disk When the cell disk is created, it reserves a small portion of the available storage on the LUN for a system area The system area is used to store information about the LUNs, cell disks, and grid disks (discussed next) created on top of the cell disks The system area on the first two drives is special since it stores the Oracle Linux operating system and the Linux file systems of the Exadata Storage Server Grid disks add another layer of logical abstraction on the physical storage and are created on top of cell disks Grid disks are the entities that get presented to Oracle ASM as ASM disks, and ASM diskgroups get created across the available ASM disks (ie, grid disks) You can create multiple grid disks per cell disk, and when a grid disk is created, it will carve out a chunk of space from the unused outer tracks of the physical disk The first grid disk created on the cell disk will allocate space from the outer tracks and move towards the inner tracks, reserving the number of tracks that correspond to the size of the grid disk This grid disk provides the fastest performance since the outer tracks of a hard disk provide the best read/write performance The next grid disk you will create starts from the tracks where the first grid disk ends, and this process repeats until you exhaust all the space on the cell disk or you are done creating the grid disks Creating multiple grid disks per cell disk allows you to create multiple pools of storage on the same Exadata Storage Server The multiple grid disks can be assigned to separate ASM diskgroups, which can be provisioned to different databases Even within the same database, you can store your.

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FIGURE 5-2

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