NonStop S-Series Planning and Configuration Guide (G06.25+)
Table Of Contents
- What’s New in This Guide
- About This Guide
- 1 Terms and Concepts- NonStop S-Series Servers
- Enclosures
- Components- Components, Processor Enclosure Without Power Shelf, Appearance Side
- Components, Processor Enclosure Without Power Shelf, Service Side
- Components, I/O Enclosure Without Power Shelf, Appearance Side
- Components, I/O Enclosure Without Power Shelf, Service Side
- Components, Processor Enclosure With Power Shelf, Appearance Side
- Components, Processor Enclosure With Power Shelf, Service Side
- Components, I/O Enclosure With Power Shelf, Appearance Side
- Components, I/O Enclosure With Power Shelf, Service Side
- Components in NonStop S76000, S86000, and Later Configurations
 
- Cluster Switch Enclosure
- IOAM Enclosure Components
- CRU Identification, System Enclosures
- FRU Identification, IOAM Enclosures
- CRUs and FRUs
- CRU/FRU Replacement Tools
- ServerNet Architecture
- Networking
 
- 2 The ServerNet Communications Network
- 3 Topologies
- 4 System Components- Appearance Side of System Enclosures
- Service Side of System Enclosures- Group ID Label
- Module ID Label
- Group Service LED
- SEBs and MSEBs
- Associated Fabrics
- Adapter Slots and Associated Fabrics
- ServerNet Adapters
- Filler Panels
- Slot Assignments for Slots 51 Through 54
- Emergency Power-Off (EPO) Connector
- Processor Multifunction (PMF) CRUs
- Configurations of Memory Units
- I/O Multifunction (IOMF) CRUs
- Enclosure Doors
- Tall Enclosure Door
- Enclosure Side Panel
- Plug-in Cards
- Typical PIC Installations
 
- System Console
- Tape Drives
- SWAN Concentrators
- External Disk Drives
- ServerNet Clusters
- IOAM Enclosures
 
- 5 ServerNet Cabling
- 6 ServerNet Communication Pathways
- 7 Enclosure Arrangements and Cable Connections
- 8 Initial Configurations- Processor Numbers and Locations
- Processor Types and Memory Sizes
- Internal Disk Drives
- External Disk Drives
- Tape Drives
- Initial Default Values for System Attributes
- Initial Configuration Files- Objects Configured in the Initial CONFIG File
- Objects That Must Not Be Renamed
- Command Files for Objects Not Configured in the Initial CONFIG File
- Files Used to Create the Initial CONFIG File
- CONFBASE File
- Naming Conventions Used in the SCF0000 File for SCF Objects
- SCF Commands to Automate Disk Configuration
 
- SWAN Concentrator Configurations
- Ethernet Ports on PMF CRUs and IOMF CRUs
- ServerNet Adapter Configurations
- Factory-Default Configuration of MFIOBs
- Initial IP Addresses for System and System Consoles
- IOAM Enclosures
 
- 9 The Planning and Configuration Process- People and Functions
- The Installation Forms
- Preparing to Plan
- Installing a New System
- Changing an Existing System- Changing the System Name or System Number
- Adding a System Enclosure
- Adding Memory to a Processor
- Adding a System Console
- Enclosure Interleaving for Storage Devices
- Configuring $SYSTEM Disk Slots
- Adding an Internal Disk Drive
- Changing the Configuration of a Disk Drive
- Adding a Tape Drive
- Changing the Configuration of a Tape Drive
- Adding a ServerNet Adapter
- Changing the System Configuration of a ServerNet Adapter
- Adding a SWAN or SWAN 2 Concentrator
- Changing the Configuration of a SWAN Concentrator
- Adding an AWAN Server
- Changing the Configuration of an AWAN Server
- Adding or Changing the WAN Subsystem
- Adding an Open SCSI Device
- Adding or Changing the Configuration of Other Peripheral Devices
 
 
- 10 Planning for System Availability and Support
- 11 Planning for LAN Communications
- 12 Site Planning and Preparation
- 13 Completing the Installation Plan- Create the Installation Schedule
- Assemble the Installation Document Packet- Installation Document Checklist
- System Equipment Inventory Form
- Enclosure Arrangement Diagram
- Floor Plan
- Preinstalled I/O Device Cable Checklist
- System Enclosure Checklist
- PMF CRU Configuration Forms
- IOMF CRU Configuration Forms
- ServerNet Adapter Configuration Forms
- ServerNet Cluster Configuration Form
- ServerNet Cabling Forms
- Cross-Row Cabling Worksheets
- IOAM Worksheets
- Final Planning Checklist
 
- Finish Planning
 
- 14 Planning for CRU Replacement
- 15 Planning for System Configuration
- A Part Numbers- NonStop S-Series Enclosures
- System Components
- PMF CRUs
- Memory
- IOMF CRUs and Related Components
- SEBs and Related Components
- Doors, Racks, and Related Components
- Visual Image Package
- System Console and Related Components
- Internal Disk Drives
- External Magnetic Disk Drive and Related Components
- Tape Drives
- Tape Libraries
- 5190/94 Tape Drive and Related Components
- 5258 ACL Tabletop Tape Drive and Related Components
- 9840 Fibre Channel Tape Drive and Cables
- Linear Tape Open (LTO) Tape Drive and Related Components
- Loopback Test Equipment
- ServerNet Adapters and Related Components
- ServerNet/DA and Related Components
- CCSA and Related Components
- 6770 ServerNet Cluster and Related Components
- 6780 Switch and Related Components
- AWAN Servers and Related Components
- SWAN Concentrator and Related Components
- SWAN 2 Concentrator and Related Components
- Ethernet Switches and Hubs
- Modems and Modem Cable
- Universal Modem and Its AC Power Cords
- IOAM Products
- Cables and Cable Assemblies
- AC Power Cords, Enclosures Without Power Shelves
- AC Power Cords, Enclosures With Power Shelves
 
- B Specifications
- C Blank Forms
- D Case Study: ServerNet Cable Lengths
- E Guide to Server Manuals- Manual Sets- NonStop SSeries Server Manuals
- Availability Guides
- Adapter Manuals
- Configuration and Management Manuals
- Disk Manuals
- Generic Process Manuals
- Guardian Manuals
- Modular I/O Manuals
- Network Manuals
- SCF Manuals
- ServerNet Cluster Manuals
- Site Planning and Power Manual
- System Management Manual
- System Upgrade
- Tape Manuals
- OSM, TSM, System Console Manuals and Online Help
 
- Titles and Abstracts
 
- Manual Sets
- F Supported Hardware and Configurations
- G Modular Power Information
- Safety and Compliance
- Glossary
- Index

Glossary
HP NonStop S-Series Planning and Configuration Guide—523303-015
Glossary-111
TNS library
TNS/R systems, TNS instructions are implemented by millicode routines or by 
translation to an equivalent sequence of RISC instructions.
TNS library. A single, optional, TNS-compiled loadfile associated with one or more 
application loadfiles. If a user library has its own global or static variables, it is called a 
TNS shared run-time library (TNS SRL). Otherwise it is called a User Library (UL).
TNS loading. A task performed at process startup time when executing a TNS object file. 
This task involves mapping the TNS instructions, procedure entry point (PEP) table, 
and external entry point (XEP) table from a TNS object file into memory.
TNS mode. The operational environment in which TNS instructions execute by inline 
interpretation. See also accelerated mode
 and TNS/R native mode.
TNS object code. The TNS instructions that result from processing program source code 
with a TNS language compiler. TNS object code executes on both TNS and TNS/R 
systems.
TNS object file. The object file created by a TNS compiler. The file contains TNS 
instructions and other information needed to construct the code spaces and the initial 
data for a TNS process.
TNS process. A process initiated by executing a TNS or accelerated object file. A TNS 
process, whether accelerated or not, uses TNS register and stack conventions. 
Contrast with TNS/R native process
.
TNS shared run-time library (TNS SRL). A shared run-time library (SRL) available to TNS 
processes in the Open System Services (OSS) environment. A TNS process can have 
only one TNS SRL. A TNS SRL is implemented as a special user library that allows 
shared global data.
TNS signal. A signal model available to TNS processes in the Guardian environment.
TNS stack segment. See TNS user data segment.
TNS system library. A collection of HP-supplied TNS-compiled routines available to all 
TNS processes. There is no per-program or per-process customization of this library. 
All routines are immediately available to a new process. No dynamic loading of code or 
creation of instance data segments is involved. See also native system library
.
TNS user data segment. In a TNS process, the segment at virtual address zero. Its length 
is limited to 128 kilobytes. A TNS program's global variables, stack, and 16-bit heap 
must fit within the first 64 kilobytes. See also compiler extended-data segment
.
TNS user library. A user library available to TNS processes in the Guardian environment.
TNS/R. HP computers that support the HP NonStop™ Kernel operating system and that are 
based on reduced instruction-set computing (RISC) technology. TNS/R processors 
implement the RISC instruction set and are upwardly compatible with the TNS 










