Chapter 11. Oracle and Hardware Architecture
In Chapter 2 we discussed the
architecture of the Oracle database, and in
Chapter 6 we described
how Oracle uses hardware resources. Although Oracle operates in the
same way on many hardware platforms, different hardware architectures
can ultimately determine the specific scalability, performance
tuning, management, and reliability options available to you. Over
the years, Oracle has developed new features to address specific
platforms and, with Oracle Database 10g,
continues this process with a commitment to grid computing. This
chapter discusses the various hardware architectures to provide a
basis for understanding how Oracle leverages each of these platforms.
This chapter explains the following hardware systems and how Oracle
takes advantage of the features inherent in each of the platforms:
Uniprocessors
Symmetric Multiprocessing (SMP) systems
Clusters
Massively Parallel Processing (MPP) systems
Non-Uniform Memory Access (NUMA) systems
Grid computing
We'll also discuss the use of different disk
technologies and how to choose the hardware system
that's most appropriate for your purposes.
• Table of Contents• Index• Reviews• Reader Reviews• Errata• AcademicOracle Essentials: Oracle Database 10g, 3rd EditionBy
Publisher: O''ReillyPub Date: February 2004ISBN: 0-596-00585-7Pages: 368
This new edition distills a vast amount of knowledge into an
easy-to-read volume covering the full range of Oracle''s
features and technologies. The book includes an overview of
Oracle 10g, along with recent releases 9i and 8i.
Oracle Essentials 3rd Edition: Oracle Database
10g provides everything you''ll need to install
and run the Oracle databases. If you''re new to Oracle or
upgrading to Oracle 10g, you''ll find this comprehensive
guide essential.