HP 9000 Integrity rp8440 manuals
9000 Integrity rp8440
Table of contents
- Table Of Contents
- Introduction
- Base cells and floating cells
- Scenarios for Dynamic nPartitions
- Temporary removal of a partition
- Configuration recommendations for Dynamic nPartitions
- I/O chassis
- Current limits and conditions
- Interaction with processor sets
- Illustrated example of online cell migration
- Command sequences for Dynamic nPartitions scenarios
- Transcript of cell migration operation
- What could possibly go wrong
- Glossary
- Cell-based HP servers and Dynamic nPartitions
- For more information
9000 Integrity rp8440
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- About This Document
- Related Information
- Typographic Conventions
- HP Encourages Your Comments
- HP Integrity rx8640 and HP 9000 rp8440 Server Overview
- Dimensions and Components
- Server (Front View With Bezel)
- Server (Rear View)
- Front Panel
- PDH Riser Board
- Central Processor Units
- DIMMs
- Valid Memory Configurations
- Cells and nPartitions
- System Backplane
- System Backplane to Cell Board Connectivity
- PCI-X Board to Cell Board Block Diagram
- PCIe Backplane
- PCIe Slot Boot Paths
- Core I/O Card
- Core I/O Boot Paths
- Mass Storage Block Diagram
- System Specifications
- Electrical Specifications
- Circuit Breaker
- Environmental Specifications
- Environmental Temperature Sensor
- Typical HP Integrity rx8640 Server Power Dissipation and Cooling
- Acoustic Noise Specification
- A Templates
- A-2 Server Cabinet Template
- A-3 Planning Grid
- A-4 Planning Grid
- Index
9000 Integrity rp8440
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- About This Document
- Publishing History
- Related Information
- Typographic Conventions
- HP Encourages Your Comments
- Server Overview
- Dimensions and Components
- Server (Front View With Bezel)
- Server (Rear View)
- Front Panel
- PDH Riser Board
- Central Processor Units
- DIMMs
- Valid Memory Configurations
- Cells and nPartitions
- System Backplane
- System Backplane to Cell Board Connectivity
- PCI-X/PCIe Board to Cell Board Block Diagram
- PCI-X/PCIe I/O Backplane
- PCIe Slot Boot Paths
- Core I/O Card
- Core I/O Boot Paths
- Mass Storage Block Diagram
- Installing the System
- Removing the Polystraps and Cardboard
- Removing the Shipping Bolts and Plastic Cover
- Securing the Cabinet
- Standalone and To-Be-Racked Systems
- Lifting the Server Cabinet Manually
- Positioning the Lifter to the Pallet
- Installing the Wheel Kit
- Server on Shipping Pallet
- Removing Cushion from Front Edge of Server
- Attaching the Ramp to the Pallet
- Removing Side Cushion from Server
- Installing the Top and Side Covers
- Removing the Top Cover
- Installing the Top Cover
- Installing the Side Cover
- Installing Additional Cards and Storage
- Removable Media Drive Installation
- Installing an Additional PCI-X I/O Card
- Installing a A6869B VGA/USB PCI Card in a Server
- Troubleshooting the A6869B VGA/USB PCI Card
- No Console Display
- VGA Consoles
- Cabling and Powering On the Server
- Verifying the Safety Ground (Single Power Source)
- Verifying the Safety Ground (Dual Power Source)
- Voltage Check (Additional Procedure)
- Connecting AC Input Power
- AC Power Input Labeling
- Distribution of Input Power for Each Bulk Power Supply
- Applying Power to the Server
- MP Core I/O Connections
- Setting Up the Customer Engineer Tool (PC)
- Connecting the CE Tool to the Local RS-232 Port on the MP
- Front Panel Display
- Configuring LAN Information for the MP
- The lc Command Screen
- Accessing the Management Processor via a Web Browser
- Example sa Command
- Verifying the Presence of the Cell Boards
- Interface Differences Between Itanium-based Systems
- Additional Notes on Console Selection
- Selecting a Boot Partition Using the MP
- Verifying the System Configuration Using the EFI Shell
- Installation Checklist
9000 Integrity rp8440
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Systems Supported
- What is the HP ACSE/Presentation and ROSE Interface
- Standards Supported
- Limitations
- Who Should Use This Manual
- ACSE/Presentation Calls and Primitives
- ACSE/Presentation Calls
- ACSE/Presentation Primitives
- ROSE Calls and Primitives
- Synchronous ACSE/Presentation
- Summary of Calls
- Step 1: Create a Communication Endpoint
- Step 2: Establish an Association
- Establish Initiator and Responder Roles
- Set up the Data Transfer Environment
- Request the Association
- Step 3. Exchanging Data
- Step 4: Release the Association
- Step 5: Closing the Communication Endpoint
- Summary of Programming Tasks
- Prepare the System
- Manage the A/P Environment
- Determine Address Handling
- Negotiating Application and Presentation Contexts
- Portability, Migration Considerations
- Managing Data
- User Data Encoding/Decoding
- Using Synchronous vs. Asynchronous Mode
- Changing Modes
- Managing Multiple Connections
- Connection Retry
- System Maximums
- Other Tasks
- Error Checking Routines
- Before Running ACSE/Presentation Applications
- ACSE/Presentation Example
- Program using ROSE
- Using A/P API Tracing
- Tracing Using Global Variables
- Enable A/P API Tracing Using Global Variables
- Trace Output
- Tracing in Multi-threaded Applications
- Using ROSE API Tracing
- Selecting Types of Tracing
- Enable ROSE API Tracing
9000 Integrity rp8440
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Overview
- DTC 72MX with example connections
- HP System Racks
- meter System Rack (HP C2786A)
- meter System Rack (HP C2785A)
- Guidelines for Racking Systems
- Racking Considerations and Methods
- Populating a Rack
- Racking DTC Units and Connection Kits
- Racking a DTC 72MX with a system rack front panel
- Racking a DTC 72MX with a desktop front panel
- Racking the DTC 16xx family
- Racking the Modem Distribution Panel HP J2085 #101
- Rear Mounting MDP Units
- Attaching an 8-port RJ45 break-out panel to a desktop DTC 16xx
- Four DTC 72MX with 272 ports in a 1.6m rack
- System and DTC 72MX with 64 ports in 1.6m rack
- System and DTC 72MX with 64 ports in 1.1m rack
- System and DTC 72MX with 88 ports in 1.1m rack
- System and DTC 72MX with 184 ports in 1.6m rack
- Connecting Asynchronous Devices
- Rear View of a DTC 72MX with example connections
- RJ45 Diagnostic Port to Terminal
- DTC 16xx and DTC 72MX to 8-port MDP
- DTC 16xx and DTC 72MX to 8-port DDP
- DTC 72MX to 24-port RJ45 panel
- Connection Accessories
- DTC to Distribution Panel Cables
- DTC to DDP (DB25 and RJ-45) cable pin out
- Cables for connecting a Distribution Panel to a Device
- DTC 72 to device 3-pin fan-out cable pin out
- Cables that should not be used
- Most Common Cabling Schemes
- DB25 Direct connection to HP Vectra PC's (9-pin connector)
- RS-232 DB25 Direct connection to HP 3000 ATP ports (3-pin connector)
- RS-232 RJ45 Direct connection to HP printer with hardware handshake
- RS-232 RJ45 connection to HP ATP 3-pin connectors
- RS-232 Modem connection to HP terminals, HP Vectra PC's and HP printers
- RS-232 Modem connection to HP Vectra PC (9-pin connector)
- RS-232 Connection to modems
- RS-232 Modem connection to HP 9000 with MDP or HP 3000 ATP modem ports
- RS-232 Modem connection to HP 2334/5 modem ports
- RS-423 Connection
- RS-423 DB25 Direct connection to RS-423/RS-422 HP 9000 with a DDP DB25
- RS-423 RJ45 connection to RS-422 HP 700/32 terminal
- Protocol Analyzer connection
- RS-449 POD connection for RS-423 signals
- Making your own cables
- Guidelines for application
- RS-422/RS-423 compatibility
- Wiring
- Environmental effects
- DTC and standard cables
- DTC Connectors
- DDP 50-pin Telco connector
- DDP RJ45 connector
- DTC MDP and DDP DB25 connector
- DTC 25-pin direct connect RS-232
- V.35 X.25 interface
- RS-232-D X.25 interface
- Cabling Tips
- Adapting to Cabling Systems
- DTC-to-Work Area using Cross-Connect Blocks and RJ45 Patch Panels
- Adapting to ATT356A cabling system
- Adapting to a 10BaseT cabling system
- Adapting to an ATT258A cabling system
- Connecting to an X.25 Network
- V.35 Cable
- RS-232-D Cable
- Supported LAN Cables and Transceivers
- Supported Transceivers
- Glossary
- Index
- HP DTC 16xx family
9000 Integrity rp8440
Table of contents
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