AlphaServer GS160/320 System, AlphaServer GS80 System | Compaq

AlphaServer GS160/320 System

The AlphaServer GS160 system cabinet contains up to two system boxes supporting a maximum of 16 CPU modules.

In an AlphaServer GS320 system, a second system cabinet is used to expand the system (up to four system boxes containing a maximum of 32 CPU modules).

A power cabinet contains the power components, I/O boxes, and storage. Additional I/O and storage can be housed in expander cabinets.

AlphaServer GS80 System

The AlphaServer GS80 rack system contains up to two system drawers, I/O, and storage. Each system drawer supports up to four CPU modules, for a maximum of eight CPUs per system. Power components are mounted at the bottom of the rack cabinet.

An expander cabinet can be used to house additional I/O and storage.

System Management Console

The console device, called the system management console (SMC), is a Compaq Deskpro PC, a DECserver 90M terminal server, and associated hardware and software. For installation instructions and user information, see the AlphaServer GS80/160/320 System Management Console Installation and User’s Guide.

Introduction 1-3

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Compaq GS320 manual AlphaServer GS160/320 System, AlphaServer GS80 System, System Management Console

Contents

Order Number EK-GS320-UG. B01 User’s GuideCompaq Computer Corporation First Printing, May Contents GS80 Rack System Configuration Rules GS160/320 System Configuration RulesBooting and Installing an Operating System GS80 Rack System Overview Chapter Operation Using the System Control ManagerAppendix a Jumpering Information Figures Glossary Index Examples Vii Tables Viii Intended Audience PrefaceDocument Structure Documentation Titles AlphaServer 80/160/320 Family DocumentationInformation on the Internet Order Number Title Introduction Chapter Introduction AlphaServer GS80/160/320 User’s Guide AlphaServer GS160/320 and GS80 Systems AlphaServer GS80 System AlphaServer GS160/320 SystemSystem Management Console Firmware and Utilities Overview LFU Loadable Firmware Update UtilitySRM Console System Control Manager SCM Sample System Architecture System ArchitecturePage GS160/320 System Overview Chapter GS160/320 System Overview System Box Characteristics System CharacteristicsCharacteristic Specification Power Cabinet Electrical Power Cabinet and System Environmental CharacteristicsSpecifications Environmental System Box Architecture System Box Block Diagram 16-Processor System System Box Block Diagram 8-Processor System Shows two QBBs back to back in the system box Quad Building Block QBB Components GS160/320 System Overview Backplane System Box, Front View Backplane GS160/320 System Overview CPU Module CPU Module Memory Module Memory Module Directory Module Directory Module Power Modules Power Modules 10 Power System Manager Module Power System Manager Module 11 Clock Splitter Module Clock Splitter Module 12 I/O Riser Module 8 I/O Riser Module 13 Global Port Module Global Port Module 14 Distribution Board Distribution Board 15 Distribution Board in Single-Box System 16 Hierarchical Switch Hierarchical Switch GS160/320 System Overview 17 Power System Power System GS160/320 System Overview 18 AC Input Box AC Input Box Circuit Breaker Lines Protected AC Input Box Circuit Breakers 19 PCI Master Box PCI I/O BA54A-BA PCI Box BA54A-AA PCI Box 20 Control Panel Control Panel GS160/320 System Overview 21 shows the various control panel LED status indications Control Panel LEDs GS160/320 System Configuration Rules GS160 System GS160 System Cabinet About the System Cabinet GS160 Configuration Rules GS320 System GS320 System Cabinets GS320 System Configuration Rules Power Cabinet Configuration 32-P System Power Cabinet Power System Requirements Show the power supply slot assignments in each power subrack Power Supply Slot Assignments Power Supply Configuration Rules System Box QBB Cabinet Front System Box System Box QBB Cabinet Rear System Box Configuration Rules QBB Center Bar Color Code Cabinet Front QBB Color Code QBB Center Bar Color Code Cabinet Rear Memory Module and Directory Module Memory Configurations Directory Dimm Type Memory Array Size Part Number Memory Configuration Guidelines Interleaving Memory Modules Memory Interleaving GuidelinesMemory Interleaving Guidelines Memory Interleaving Guidelines 10 Sample I/O Subsystem PCI Boxes GS160/320 System Configuration Rules 11 PCI Slot Locations PCI Box Slot Configuration PCI Slots and Logical Hoses PCI Slot Configuration GuidelinesLogical Hoses Remote I/O Riser Logical Hose Expander Cabinet 12 BA356 Storage Device Configurations GS80 Rack System Overview Chapter GS80 Rack System Overview System Drawer Characteristics Rack System CharacteristicsCharacteristic Specification Rack System Characteristics System Drawer Architecture Two-Drawer Block Diagram GS80 Rack System Overview System Drawer Modules System Drawer Modules System Drawer Backplane Page GS80 Rack System Configuration Rules GS80 Rack System Configuration Rules Rack houses a maximum of two system drawers Rack Rack Variants About the Rack Cabinet Two-Drawer Rack Power System Rack Power System About the Power System Page Booting and Installing an Operating System Chapter Booting and Installing an Operating System SCM Power-Up Display Powering Up the SystemExample 6-1 SCM Power-Up Display On next QBB0 Box-0 Example 6-2 SRM Power-Up Display SRM Power-Up Display On next Entering idle loop initializing keyboard Idle process PID Bootdefdev Setting Boot Options Set bootdefdev bootdevice BootfileSet bootfile filename Example Set bootosflags flagsvalue Bootosflags FlagsValue Bit Number Meaning OpenVMS Boot Flag Settings Set ei*0inetinit value or set ew*0inetinit value 4 ei*0inetinit or ew*0inetinit Bootp,mop Bootp5 ei*0protocols or ew*0protocols Example 6-3 Booting Tru64 Unix from a Local Scsi Disk Booting Tru64 Unix Example 6-3 Booting Tru64 Unix from a Local Scsi Disk Example 6-4 RIS Boot Booting Tru64 Unix Over the Network P00 set eia0protocols bootp P00 set eia0inetinit bootp Example 6-5 Tru64 Unix Installation Display Installing Tru64 Unix Booting and Installing an Operating System Example 6-6 Booting OpenVMS from a Local Disk Booting OpenVMS Booting and Installing an Operating System Example 6-7 InfoServer Boot Booting OpenVMS from the InfoServer Function Example 6-8 OpenVMS Installation Menu Installing OpenVMS Booting and Installing an Operating System Page Operation Chapter Operation Summary of SRM Commands SRM Command OverviewSRM Console Command Attribute Notation Formats for SRM Console CommandsConditions Character Special Characters for SRM Console Example 7-1 Set OcpText Command Setting the Control Panel Message Show Boot Command Displaying the System ConfigurationExample 7-2 Show Boot Example 7-3 Show Config Show Config Command On next IOD revs Local Link NE ML rev Operation DEGPA-SA Compaq CDR-8435 RZ1CB-CA PowerStorm Acer Labs M1543C Example Show Device Show Device Command Category Description Device Naming Conventions Show memory command displays the main memory configuration Show Memory CommandExample Show Memory Setting SRM Environment Variables Setting SRM Console Security Setting Tru64 Unix or OpenVMS Systems to Auto Start Changing the Default Boot Device About Soft Partitioning Soft Partitioning Environment Variable SRM Environment Variables for Soft PartitionsDefinition Example 7-6 Defining Soft Partitions Memory Instance SCM Environment Variables for Hard Partitions Hard PartitioningExample 7-7 Defining Hard Partitions Hpcount Hpqbbmaskx Operation Page Using the System Control Manager Using the System Control Manager Console Serial Bus Subsystem CSB Block Diagram Using the System Control Manager System Control Manager Overview SCM Firmware Configuration, Error Log, and Asset InformationPSMs, PBMs, and HPMs SCM COM1 Operating Modes Data Flow in Through Mode Local Mode Through Mode Bypass Modes Data Flow in Bypass Mode Soft Bypass Mode Snoop Mode Hard Bypass Mode Firm Bypass Mode Setups for SCM PCI Box Console Device Setup Entering the SCM Entering SCM Commands from a VGA ConsoleEntering from a Console Device SRM Environment Variables for COM1 SCM Commands SCM Command-Line Interface SCM Commands Power-Up Messages Command Conventions Defining the COM1 Data Flow Displaying the System Status Status Command FieldsField Field Meaning ➊ ➋ ➏ ➐ ➑ ➒ Displaying the System Environment On next Power On and Power Off Power On and Off, Reset, and Halt Halt In and Continue Reset Example 8-1 Dial-In Configuration Configuring Remote Dial-InModem Initialization String Dialing Example 8-2 Alert Dial-Out Configuration Configuring Alert Dial-Out Alert Condition Dial String Elements of Dial String and Alert StringAlert String Resetting the Escape Sequence SCM Troubleshooting Troubleshooting TipsSymptom Suggested Solution SCM Troubleshooting Page PCI Backplane Jumpers Appendix a Jumpering InformationTable A-1 PCI Backplane Jumpers Jumper HPM Jumpers Jumper Function, When InstalledStandard I/O Module Jumpers Table A-2 HPM Jumpers Glossary Switch Switch HoseSwitch power Update Utility Local and remote PCI backplane PartitionManager PCI expansion box PCI master box Power input Power cabinetPower system Module Remote testing Glossary-5 Vaux Glossary-6 Index-1 Index SCM Index-2 Index-3