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Tuning Netfinity Servers for Performance Getting the Most Out of Windows 2000 and Windows Nt 4.0

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ISBN-10: 0130406120

ISBN-13: 9780130406125

Edition: 2nd 2001

Authors: David Watts, Gregg McKnight, Peter Mitura, Chris Neophytou, Murat Gulver

List price: $49.99
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Written by the IBM insiders that create IBM's leading-edge Netfinity server product line, this book offers start-to-finish coverage of optimizing Windows 2000 Server and Windows NT 4.0 Server on Netfinity servers. The authors introduce the technologies built into each major Netfinity subsystem, identifying key configuration settings and rules of thumb for enhancing performance. They review both the Windows 2000 performance console and Netfinity Capacity Manager, offering detailed instructions, comparisons, and insight into when to use each tool. Next, they present in-depth coverage of analyzing Netfinity Server systems to identify performance bottlenecks, detailed recommendations for…    
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Book details

List price: $49.99
Edition: 2nd
Copyright year: 2001
Publisher: Prentice Hall PTR
Publication date: 8/9/2000
Binding: Paperback
Pages: 624
Size: 6.75" wide x 9.00" long x 1.75" tall
Weight: 2.596
Language: English

Foreword
Preface
The team that wrote this redbook
Comments welcome
Introduction
Three phases
Netfinity Performance Lab
IBM Center for Microsoft Technologies
This redbook
Understanding server types
Domain controllers
Windows 2000 Active Directory domain controllers
File and print servers
Print server
Database servers
E-mail servers
Web servers
Groupware servers
Multimedia server
Communication server
Terminal server
Server subsystems
Introduction
Processors and cache subsystem
Processors
Pentium
Pentium Pro
Pentium II
Pentium II Xeon
Pentium III and Pentium III Xeon processors
Processor summary
SMP design and performance
Hardware scaleability
Software scaleability
Processor performance
L2 cache size
CPU clock speed
Number of processors
Rules of thumb
CPU rules of thumb
L2 cache rules of thumb
CPU scaleability rules of thumb
PCI bus subsystem
Design
PCI bus operation
PCI bus performance
PCI bridges and multiple PCI buses
PCI chipsets
Intel 440LX chipset
Intel 440BX chipset
Intel 440GX chipset
Intel 450GX chipset
Intel 450NX chipset
Reliance Champion 2.0 LE chipset
Reliance Champion 2.0 HE chipset
ServerWorks ServerSet III LE chipset
Intel Profusion chipset
Memory subsystem
Memory types
Specifying memory performance
Fast page mode memory
FPM performance
Extended data out (EDO) memory
EDO performance
Synchronous Dynamic Random Access Memory (SDRAM)
Registered and unregistered DIMMs
PC 100 and PC 133 memory
SDRAM performance
Double Data Rate memory (DDR)
DDR performance
Rambus memory
Memory interleaving
Netfinity 8500R performance
Netfinity 7000 M10 performance
Addressing memory above 4 GB
PAE-36 and PSE-36
Physical Address Extension (PAE)
Page Size Extension (PSE)
Address Windowing Extensions (AWE)
Advanced ECC memory (Chipkill)
Memory rules of thumb
Disk subsystem
SCSI bus overview
SCSI
SCSI-2
Ultra SCSI
Ultra2 SCSI
Ultra3 SCSI
SCSI controllers and devices
SCSI IDs
Disk array controller architecture
Disk array controller operation
RAID summary
RAID-0
RAID-1
RAID-1E
RAID-5
RAID-5E
Composite RAID levels
ServeRAID RAID-5 algorithms
Read/modify write algorithm
Full XOR algorithm
Sequential write commands
Factors affecting disk array controller performance
RAID strategy
Number of drives
Drive performance
Logical drive configuration
Stripe size
SCSI bus organization and speed
Disk cache write-back versus write-through
RAID adapter cache size
Device drivers
Firmware
Fibre Channel
Fibre Channel performance issues
Tuning with Netfinity FAStT Storage Manager
Disk subsystem rules of thumb
Network subsystem
Operation
Performance
Network design
Device drivers
Load balancing
Adaptive load balancing (ALB)
Fast EtherChannel (FEC)
Gigabit EtherChannel (GEC)
Data transmission unit size tuning
Media and link layer
Transport layer
TCP/IP tuning
LAN rules of thumb
Operating system
Introducing Windows 2000
Tuning
Application performance boost
Virtual memory
Optimizing for Windows paging
Specifying the server type
Disabling unnecessary services
Remove unnecessary networking protocols and services
Optimize the protocol binding order
Log off the server
Install the latest device drivers
Distribute the work load
File systems
Disabling short name generation
CPU intensive applications
Tuning TCP/IP
Tuning domain controllers
Monitoring tools
Performance monitoring tools
Comparing the tools
Using Performance Monitor
Using Capacity Manager
Windows 2000 Performance console
Overview
System Monitor
Performance Logs and Alerts
Objects, counters and instances
System Monitor
Adding counters
Deleting objects
Saving object and counter settings
Highlighting an object counter
Performance Logs and Alerts
Counter logs
Alerts
Trace logs
Key objects and counters
Customizing the Performance console
Using the Performance console with other tools
Missing performance objects
Resource Kit tools for performance
Capacity Manager
What's new?
Capacity Manager data files
Installing Capacity Manager
Monitor Activator
Report Generator
Creating a new report definition
Working with predefined reports
Generating a report
Report Viewer
Setting thresholds
The System pane
The Monitor pane
The Graph pane
Performance analysis
Reports produced
Types of bottlenecks
Setting critical and warning threshold values
Forecast
Task Manager
Starting Task Manager
Processes tab
Performance tab
Working with bottlenecks
Spotting a bottleneck
Step 1: Questions to ask
Step 2: Analyzing the server's performance
Processor subsystem
Memory subsystem
Disk subsystem
Network subsystem
Step 3: How can it be fixed?
Conclusion
Analyzing bottlenecks
Basic tuning strategy
Factors affecting server performance
Application considerations
Performance bottlenecks
Measuring current performance
CPU bottlenecks
Finding CPU bottlenecks
Performance tuning options
Memory bottlenecks
Paged and non-paged RAM
Virtual memory system
Hard page faults
Finding memory bottlenecks
Performance tuning options
Disk bottlenecks
Finding disk bottlenecks
Performance tuning options
Network bottlenecks
Finding network bottlenecks
Performance tuning options
Monitoring network protocols
Anticipating future bottlenecks
Detecting future bottlenecks
Performance analysis
Performance summary and configuration tips
CPU rules of thumb
Disk subsystem rules of thumb
Memory rules of thumb
LAN rules of thumb
McKnight's rule of server behavior
Summary
Case studies
Lotus Notes server
Performance measurement
Data analysis
Summary
File server
Performance measurement
Data analysis
Summary
ERP application server
Data analysis
Summary
Applications
File server
The effect of server hardware on performance
Optimizing operating system performance
Application responsiveness
System cache
Virtual memory
Performance monitoring
Lotus Domino
Important subsystems
Sizing and optimizing the hardware
Memory subsystem
Processor subsystem
Disk subsystem
Optimizing operating system performance
Application responsiveness
System cache
NTFS allocation unit and stripe size considerations
Optimizing Lotus Domino performance
Changing statements in the notes.ini file
Configuring server tasks
Optimizing database performance
Improving mail performance
Calendaring and scheduling resource usage
Minimizing logging activity
Improving Agent Manager performance
Managing server sessions
Controlling user access
Improving replication performance
Enabling of transaction logging
Improving Web server performance
Using port encryption
Lotus Domino partitioning
Balancing workload in a Lotus Domino cluster
Maintaining Lotus Domino servers
Planning for future growth
Top 10 ways to improve your server's performance
Summary
Microsoft Exchange Server
Mail server
Network subsystem
Memory subsystem
CPU subsystem
Disk subsystem
Groupware server
Other server performance factors
Exchange Server performance settings
Using the Performance console
Predefined charts
Basic counters
Exchange Server performance monitoring
Capacity management using LoadSim
Generating scores using LsLog
Performance tools and LoadSim
Performance criteria
SAP R/3
SAP R/3 application servers
Important subsystems
Optimizing Windows NT and Windows 2000 performance
Application responsiveness
System cache
Virtual memory
Disable unnecessary Windows NT or Windows 2000 services
SAP R/3 monitoring and tuning
Tuning SAP R/3 performance
Tuning Microsoft SQL Server 7.0 for SAP R/3 performance
Hardware tuning and configuration tips
System configuration
Disk array controller optimization
Summary
Microsoft SQL Server 7.0
What's new in Microsoft SQL Server 7.0
SQL Server performance tuning basics
Important subsystems
Optimizing Windows NT and Windows 2000
Application responsiveness
System cache
Virtual memory
The database environment
Optimizing SQL Server subsystems
Max async I/O
Worker threads
LazyWriter
Checkpoint
Log manager
Read-ahead manager
Separating data and selecting RAID levels
SQL Server indexes
Non-clustered Indexes
Clustered Indexes
Covering indexes
Automatic covering indexes or covered queries
Index selection
Clustered index selection
Importance of FILLFACTOR and PAD_INDEX
SQL Server 7.0 performance objects
Oracle
Oracle architecture
Memory
Processes
DBMS files
OLTP vs OLAP
Online transaction processing
Online analytical processing
Important subsystems
Operating system optimization
Oracle memory optimization
Shared pool
Database buffer cache
Redo log buffer cache
Oracle disk I/O optimization
Monitoring database performance
Performance Monitor counters
Summary
Windows 2000 Terminal Services
Important subsystems
Memory
Processor
Network
Tuning
Paging file
Network load balancing
Applications
Performance boost options
Citrix MetaFrame
Citrix load balancing
Appendixes
Special notices
Related publications
IBM Redbooks
IBM Redbooks collections
Referenced Web sites and online documents
How to get IBM Redbooks
IBM Redbooks fax order form
Abbreviations and acronyms
Index
IBM Redbooks review