Module 1 - Introduction
Module 2 - Introduction to HP Integrity
NonStop BladeSystem
- Terms and definitions
- NonStop Multicore Itanium based Architecture (NSMA) server
configurations
- NSMA mechanisms
Module 3 – NSMA – Software Architectural
Overview
- NonStop Multicore Architecture
- Multiprocessing NonStop OS: J-series
Module 4 – NonStop BladeSystem Hardware
Overview
- NonStop BladeSystem architecture
- c7000 enclosure overview
- BL860c server blade overview
- ServerNet HBA mezzanine card
overview
- ServerNet switch module overview
- Enclosure and rack power overview
Module 5 – Storage CLIM and IP CLIM
Hardware Overview
- Serial Attached SCSI (SAS) overview
- Storage Cluster IO Module (CLIM)
introduction
- MSA70 disk enclosure overview
- SAS disk drive overview
- IP Cluster IO Module (CLIM) introduction
- SAS tape overview
- Lab: NonStop BladeSystem physical components
Module 6 – NonStop BladeSystem and CLIM Manageability
- NonStop BladeSystem manageability strategy and architecture
- NonStop BladeSystem manageability components
- IP CLIM/Storage CLIM manageability strategy and architecture
- IP CLIM/Storage CLIM manageability components
- Maintenance LAN, software update, and support flow
Module 7 – ServerNet Switch FRU Server Blade Architecture
- c7000 enclosure
- ServerNet switch FRU
- other FRUs and modules
- Server blade ME subsystem
Module 8 – NonStop Maintenance LAN Configuration Using IP CLIMs
- Maintenance LAN environment to support system management
- Lab: IP addresses for objects in the NonStop BladeSystem
Module 9 – OSM Low Level Link Support for NonStop BladeSystems
- System load
- CLIM software update
- CLIM configuration
- HSS update
Module 10 – OSM Blades Service Connection Support for NonStop BladeSystems
- New objects being monitored
- Firmware update Guided procedures
- Guided procedures
- Lab: explore the BladeSystem using OSM service connection
Module 11 – CLIM Software Installation and Update
- CLIM software upgrades
- CLIM OS installation
- Fallback procedures
Module 12 – NonStop BladeSystem, NonStop System Console, and CLIM Startup Preparation
- NSC configuration
- OA configuration
- Server blade configuration
- ServerNet switch configuration
- CLIM configuration
- Lab: system startup using Low Level Link
Module 13 – Storage CLIM Overview
- System configuration and ServerNet connections
- DL385, MSA70, and SAS hardware
- Write cache enable
- Serviceability and manageability
- OSM and LUN Manager configuration
- Software installation
Module 14 – Storage CLIM Configuration
- CLIM connections and lights
- CLIM prep
- LUN manager and commands
- SCF changes
- New EMS and LINUX events
- New HALT codes
- Migration scenarios
- Lab: disk removal and replacement procedures
Module 15 – IP CLIM Architecture
- IP CLIM background, objective, and architecture
- IP CLIM software components
- IP CLIM configuration and management
Module 16 – IP CLIM Operation
- Hardware and software
- Prepare the CLIM
- System boot and verify CIP
- SSOCLIM and CLIMCMD verification
- Network configuration
Module 17 – IP CLIM Configuration and Management
- CIPMAN ($ZZCIP)
- CIPMON ($ZCMxx)
- CIPSAM ($ZTC0,..)
- PROVIDER object
- CLIM object
- ROUTE object
Module 18 – IP CLIM Troubleshooting
- Failure identification
- Failure categorization
- Data collection
- Basic analysis and recovery
- Lab: IP CLIM Ethernet connection
Module 19 – OSM Service Connection Support for IP CLIM and Storage CLIM
- Monitored FRUs
- Providers
- Discovery
- Views
- Inventory tracking
- Firmware update
- Attributes and actions
- Incident analysis
- Physical configuration tool
- Guided procedures
- SWAN support
- Lab: replacing server blade FRUs
Module 20 – HP SIM and NonStop Essentials Support for NonStop Servers
- HP SIM overview
- HP SIM support for NonStop BladeSystems/CIP
- HP NonStop cluster essentials overview
- HP NonStop cluster essentials support for NonStop BladeSystems/CIP
- HP NonStop I/O essentials
- HP NonStop cluster essentials and HP NonStop I/O essentials integration
Module 21 – Measure – NSMA, IP CLIM, and Storage CLIM
- Product overview
- Hardware and software requirements
- Counter record changes
- Listing examples
- Storage and IP CLIM support
Module 22 – HP NonStop Integrity TELCO BladeSystem Differences
- TELCO and commercial BladeSystem differences
- TELCO BladeSystem power distribution
Module 23 – BladeSystem Publications
Onsite Delivery Equipment Requirements
- Each group of two students requires a minimum of:
- One NonStop BladeSystem with at least
2 processor blades and J06.03 or later software
- Two Storage CLIMs and two MSA70s with at least 5 drives in each module
- Two IP CLIMs in the default configuration
- One IOAME with at least 2 FCSAs, two FCDMs with at least 4 drives in each, and 1 G4SA (the IOAME is optional)
- One PC workstation per student
- One (S7x-NSC4) or (S7X-RACKMON) NonStop system console and NSC software suite (S7X-SWV1)
- One SAS or fiber channel tape subsystem with cables (Storage CLIM must have additional SAS or fiber channel HBA to support this)
- Two extra Cat6 ethernet cables (5 meter)
- Basic tools including TORX screwdrivers size 10 thru 30
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