Adaptec 2020ZCR - Storage Controller RAID)- U320 SCSI 320 MBps Przewodnik Instalacji

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© Copyright IBM Corp. 2005. All rights reserved. ibm.com/redbooks 1
Redbooks
Paper
IBM
IBM Eserver xSeries 366 Technical
Introduction
Delivering an industry-leading, 64-bit framework for mid-tier application development, the
IBM Eserver® xSeries® 366 is built on the power of the IBM® eServer X3 Architecture, the
third generation of IBM Enterprise X-Architecture™ technology. X3 Architecture drives the
x366 to deliver the performance, availability, and manageability required for the next
generation of industry-standard servers.
Four-socket performance and 64-bit memory addressability provide an optimized platform for
the application-serving tier. At the crossroads of a major industry transition to mainstream
64-bit applications, X3 Architecture delivers a formidable combination of 64-bit performance,
availability, and investment protection not yet available in an industry-standard x86 server.
With its extensive chipset development experience and industry-leading performance and
availability breakthroughs, IBM is uniquely positioned to propose a robust and powerful
server, offering innovation that delivers real business and IT results.
Figure 1 The IBM Eserver xSeries 366
David Watts
Robert Moon
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Podsumowanie treści

Strona 1 - Redbooks

© Copyright IBM Corp. 2005. All rights reserved. ibm.com/redbooks 1Redbooks PaperIBM IBM Eserver xSeries 366 Technical IntroductionDelivering an ind

Strona 2 - Overview of the x366

10 IBM Eserver xSeries 366 Technical IntroductionThe XceL4v also functions as a snoop filter lookup table to reduce traffic on the front side bus. It

Strona 3 - Current models

IBM Eserver xSeries 366 Technical Introduction 11When the cover and bezel are removed, the memory cards are easily accessible (Figure 8). In order t

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12 IBM Eserver xSeries 366 Technical IntroductionA more detailed description and the exact sequence for installation can be found in the xSeries 366

Strona 5 - Processors

IBM Eserver xSeries 366 Technical Introduction 13by default.) Because all mirroring activities are handled by the hardware, memory mirroring is oper

Strona 6 - 133 MHz clock B

14 IBM Eserver xSeries 366 Technical IntroductionTo understand what memory mirroring and hot-swap capabilities exist with the server, you must first

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IBM Eserver xSeries 366 Technical Introduction 15To easily identify whether hot-swap is enabled and the status of power to the memory card, each mem

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16 IBM Eserver xSeries 366 Technical IntroductionFor information about performing a hot-add operation, and more information about the restrictions, s

Strona 9 - XceL4v Dynamic Server Cache

IBM Eserver xSeries 366 Technical Introduction 17SAS 1.0 technology is replacing Ultra320 SCSI in SCSI and RAID controllers. Beyond the upgrades in

Strona 10 - System memory

18 IBM Eserver xSeries 366 Technical IntroductionSee ServerProven® for the latest list of supported adapters and hot-swap SAS drives:http://www.pc.ib

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IBM Eserver xSeries 366 Technical Introduction 19x366 PCI slotsAs shown in Figure 3 on page 4, there are six full-length 64-bit PCI-X slots.Figure 1

Strona 12 - Active Memory:

2 IBM Eserver xSeries 366 Technical IntroductionOverview of the x366The key features of the x366 include:򐂰 Four-way capable server in a rack-dense 3U

Strona 13 - Memory mirroring

20 IBM Eserver xSeries 366 Technical Introduction򐂰 Includes dual onboard RISC processors for advanced packet parsing򐂰 Offers backward compatibility w

Strona 14 - Hot-swap memory

IBM Eserver xSeries 366 Technical Introduction 21Figure 11 Redundancy features of the x366Light path diagnosticsTo limit the need to slide the ser

Strona 15 - Hot-add memory

22 IBM Eserver xSeries 366 Technical IntroductionFigure 12 Light path diagnostic panelBaseboard Management Controller service processorThe Baseboar

Strona 16 - Serial Attached SCSI

IBM Eserver xSeries 366 Technical Introduction 23򐂰 System initialization The BMC has I2C access to certain system components that may require initia

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24 IBM Eserver xSeries 366 Technical Introduction– System-independent installation eliminates the need to install service processor drivers, helps sa

Strona 18 - PCI subsystem

IBM Eserver xSeries 366 Technical Introduction 25Table 4 x366 operating system support Notes for Table 4: 1. Although operating systems may suppor

Strona 19 - Figure 10 PCI-X slots

26 IBM Eserver xSeries 366 Technical IntroductionThe team that wrote this RedpaperThis Redpaper was produced by a team of specialists from around the

Strona 20 - Redundancy

IBM Eserver xSeries 366 Technical Introduction 27Jocelyn Johnstone, ITS Service Development, WINTEL Platform, GreenockRandy Kolvick, xSeries 366 Sys

Strona 21 - Light path diagnostics

28 IBM Eserver xSeries 366 Technical Introduction

Strona 22 - Diagnostics

© Copyright IBM Corp. 2005. All rights reserved. 29NoticesThis information was developed for products and services offered in the U.S.A. IBM may not o

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IBM Eserver xSeries 366 Technical Introduction 3Current modelsTable 1 shows the x366 models that were announced in March 2005.Table 1 x366 models

Strona 24 - Operating system support

30 IBM Eserver xSeries 366 Technical IntroductionThis document created or updated on October 12, 2005.Send us your comments in one of the following w

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4 IBM Eserver xSeries 366 Technical IntroductionFigure 3 xSeries 366 system block diagram Each memory port out of the memory controller has a peak

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IBM Eserver xSeries 366 Technical Introduction 5Figure 4 Rear view of the x366ProcessorsThe x366 models use the Intel Xeon Processor MP with EM64T

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6 IBM Eserver xSeries 366 Technical IntroductionFigure 5 x366 processor trayThe “Cranford” Xeon MP processor has two levels of cache on the process

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IBM Eserver xSeries 366 Technical Introduction 7򐂰 Hyper-ThreadingHyper-Threading Technology enables a single physical processor to execute two separ

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8 IBM Eserver xSeries 366 Technical Introduction– Web servers–E-mailNote that Microsoft® licensing of the Windows 2000 Server operating systems is by

Strona 30 - Trademarks

IBM Eserver xSeries 366 Technical Introduction 932-bit process on this system gets its very own 4 GB of physical memory space (provided sufficient p

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