دانلود کتاب IBM Power E1050 Technical Overview and Introduction

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Contents
Notices
Trademarks
Preface
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Chapter 1. IBM Power E1050 overview
1.1 System overview
1.2 Operating environment
1.3 Physical package
1.3.1 Rack-mounted model
1.4 System features
1.4.1 Power E1050 server features
1.5 Minimum configuration
1.6 PCIe adapter slots
1.7 Operating system support
1.7.1 AIX operating system
1.7.2 Linux operating system distributions
1.7.3 Red Hat OpenShift Container Platform
1.7.4 Virtual I/O Server
1.7.5 Entitled Systems Support
1.7.6 Update Access Keys
1.8 Hardware Management Console overview
1.8.1 HMC 7063-CR2
1.8.2 Virtual HMC
1.8.3 BMC network connectivity rules for the 7063-CR2
1.8.4 High availability HMC configuration
1.8.5 HMC code level requirements for Power E1050
1.8.6 Configuring the VMI
1.8.7 HMC currency
1.9 IBM Power solutions
1.9.1 IBM Power Private Cloud Solution with Dynamic Capacity
1.9.2 IBM Private Cloud Edition 1.8
1.10 IBM Power platform modernization
1.10.1 IBM Power Virtual Servers
1.10.2 Red Hat OpenShift Container Platform for Power
1.10.3 Hybrid Cloud Management Edition
Chapter 2. Architecture and technical overview
2.1 The IBM Power10 processor
2.1.1 Power10 processor overview
2.1.2 Dual-chip modules for Power E1050 server
2.1.3 Power10 processor core
2.1.4 Simultaneous multithreading
2.1.5 Matrix Math Acceleration AI workload acceleration
2.1.6 Power10 compatibility modes
2.1.7 Processor module options
2.1.8 Processor activations
2.1.9 On-chip L3 cache and intelligent caching
2.1.10 Nest accelerator
2.1.11 SMP interconnect and accelerator interface
2.1.12 Power and performance management
2.1.13 Comparing Power10, Power9, and Power8 processors
2.2 Memory subsystem
2.2.1 Open Memory Interface
2.2.2 Differential Dual Inline Memory Module
2.2.3 Memory activations
2.2.4 Memory placement rules
2.2.5 Pervasive memory encryption
2.2.6 Active Memory Mirroring
2.3 Internal I/O subsystem
2.3.1 PCIe adapter slot details
2.3.2 I/O Blind-Swap Cassettes
2.3.3 Non-volatile Memory Express bays
2.3.4 Attachment of I/O-drawers
2.3.5 System ports
2.4 Component summary per processor socket configuration
2.5 The enterprise Baseboard Management Controller
2.5.1 Managing the system by using the ASMI GUI
2.5.2 Managing the system by using DMTF Redfish
2.5.3 Managing the system by using the IPMI
Chapter 3. Available features and options
3.1 Processor module features
3.2 Memory features
3.3 Power supply features
3.4 Peripheral Component Interconnect adapters
3.4.1 Local area network adapters
3.4.2 Fibre Channel adapters
3.4.3 Serial-attached SCSI adapters
3.4.4 Universal Serial Bus adapters
3.4.5 Cryptographic co-processor adapters
3.5 Internal storage
3.5.1 Recommended NVMe plug rules
3.5.2 NVMe options
3.5.3 RAID support
3.6 External SAS ports
3.7 Media drawers
3.7.1 External DVD drives
3.7.2 RDX removable disk drives
3.8 Disk and media features
3.9 External IO subsystems
3.9.1 PCIe Gen3 I/O expansion drawer
3.9.2 EXP24SX SAS storage enclosure
3.9.3 IBM storage
3.10 System racks
3.10.1 New rack considerations
3.10.2 IBM Enterprise 42U Slim Rack 7965-S42
3.10.3 AC power distribution unit and rack content
3.10.4 Rack-mounting rules
3.10.5 Useful rack additions
3.10.6 Original equipment manufacturer racks
Chapter 4. Resiliency
4.1 Service processor
4.2 Memory subsystem RAS
4.2.1 Memory buffer
4.2.2 Open Memory Interface
4.2.3 Memory ECC
4.2.4 Dynamic row repair
4.2.5 Spare temperature sensors
4.2.6 Spare DRAMs
4.2.7 Spare Power Management Integrated Circuits
4.3 Power10 processor RAS
4.3.1 Cache availability
4.3.2 Special Uncorrectable Error handling
4.3.3 Uncorrectable error recovery
4.4 I/O subsystem RAS
4.5 Serviceability
4.5.1 Service environment
4.5.2 Service interface
4.5.3 First Failure Data Capture and error data analysis
4.5.4 Diagnostics
4.5.5 Automatic diagnostics
4.5.6 Stand-alone diagnostics
4.5.7 Concurrent maintenance
4.5.8 Service labels
4.5.9 QR labels
4.5.10 Packaging for service
4.5.11 Error handling and reporting
4.5.12 Live Partition Mobility
4.5.13 Call Home
4.5.14 IBM Electronic Services
4.6 Reliability and availability
4.6.1 Reliability modeling
4.6.2 Different levels of reliability
4.6.3 Measuring availability
Chapter 5. Enterprise solutions
5.1 PowerVM virtualization
5.1.1 IBM Power Hypervisor
5.1.2 Multiple shared processor pools
5.1.3 Virtual I/O Server
5.1.4 Live Partition Mobility
5.1.5 Active Memory Mirroring
5.1.6 Remote Restart
5.1.7 IBM Power processor modes
5.1.8 Single-root I/O virtualization
5.1.9 More information about virtualization features
5.2 IBM PowerVC overview
5.2.1 IBM PowerVC functions and advantages
5.3 Digital transformation and IT modernization
5.3.1 Application and services modernization
5.3.2 System automation with Ansible
5.4 Protecting trust from core to cloud
5.4.1 Power10 processor-based technology integrated security ecosystem
5.4.2 Crypto engines and transparent memory encryption
5.4.3 Quantum-safe cryptography support
5.4.4 IBM PCIe3 Crypto Coprocessor BSC-Gen3 4769
5.4.5 IBM PowerSC support
5.4.6 Secure Boot and Trusted Boot
5.4.7 Enhanced CPU: baseboard management controller isolation
Abbreviations and acronyms
Related publications
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