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a relational database) One column of that row is a LOB (large object) that contains a file previously uploaded This file is extracted automatically and sent back to the user When a user drags and drops a file onto a Content Services mapped drive, he is actually inserting a row into an Oracle database table And incidentally, he is also generating undo and redo: normal database activity, which will guarantee that data can never be lost or corrupted The fact that files are stored in a column of a table brings the power of the Oracle database to bear on the problem of file serving This enables many capabilities far beyond those of conventional file servers, some of which are The number and size of files that can be stored is virtually unlimited A release 10g Oracle database has no effective limits on the size of a table.

First, let's stress that a comparison between NAS and SAN for RAC can never be entirely conclusive. The offerings on the market vary significantly, and therefore, some SAN solutions may outperform some NAS solutions and vice versa. In addition, advances in technology mean that the criteria change over time, such as with iSCSI. Additionally, many storage systems also support both SAN and NAS, sometimes simultaneously from the same hardware. Despite these complications, we will attempt to make some generic observations. If disk performance is the one and only consideration for a RAC cluster, then the choice is straightforward. For the best throughput, the Oracle instances on the cluster nodes should have an SGA carefully configured for the maximum efficient caching of data. Redo logs should be sized in

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order that frequent checkpointing does not incur a significant overhead The storage should be connected by FC to a number of storage arrays dedicated to their own individual roles, such as data files and redo logs, with the storage cache set to enable the maximum write cache available The disks should be configured as RAID 0 with destroking in effect to utilize only the external portion of the drives The disks should be presented and used by the database as raw volumes accessed with asynchronous I/O Clearly, although configuring the storage of a RAC cluster for maximum performance is straightforward, the system just described will be suitable for one activity only: benchmarking The real challenge is presented in configuring a solution to satisfactorily meet the requirements of not just performance, but also manageability, supportability, resilience, and cost.

All of these requirements are unique to a particular environment, and therefore, selecting either SAN, NAS, or both can be entirely the right choice depending on circumstance In evaluating performance alone, the results from similarly equipped SAN and NAS environments will generally favor SAN, and NAS presents some additional points to consider First, whenever a file is accessed, the data must be read from the disks into the main memory of the file server operating system and then transmitted from memory out across the network Therefore, each file request will traverse the system bus of the file server twice, assuming that the data is not cached Also, as discussed for iSCSI, generally available Ethernet technology currently operates at gigabit speeds below that of the available bandwidth for FC.

Thousands of millions of rows, and therefore Content Services files, are not impossible Any one file stored as a LOB could be terabytes big (earlier releases of the database restricted LOBs to only 4GB) Data can be centralized Rather than having information distributed (and possibly replicated in different uncontrolled versions) across many departmental file servers with associated problems in retrieval and consistency, everything can be stored in one central repository Access to files is through normalized, indexed paths What may be presented to users as a hierarchy of directories (or folders, to use Windows terminology) is in fact a relational structure within a database This removes all limits on the depth of directory trees and will give excellent performance irrespective of where in the storage structure a document appears.

A commonly quoted restriction is that the data is transferred from the nodes via TCP/IR which is implemented by the server CPU, and the communication between the CPU and the NIC results in a higher number of CPU interrupts As you saw in 6, however, the introduction of server-based network acceleration technologies can negate some of this impact, but overall the additional overhead will reduce the level of performance available to Oracle when compared to a SAN implementation on the same storage In practice, as you saw previously in this chapter, a great deal of SAN performance depends on the RAID configuration and, when coupled with the abstraction of either OCFS or ASM block-based storage, requires a great deal of time and expertise to ensure an optimal layout to reduce the impact of stripe crossing, making NAS a more forgiving solution in this respect.

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