1.1 High Availability concepts, definitions, and building blocks1.1.1 Starting points and key definitions: Reliability, Availability, Serviceability1.1.2 Key industry definitions1.1.3 Infrastructure availability continuum1.1.4 High Availability building blocks: IBM Power Systems best practices1.1.5 Tiers of DR1.1.6 Blending tiers into an optimized solution1.2 Storwize V70001.2.1 Overview and concepts1.2.2 Architecture and solution context1.3 SAN Volume Controller1.3.1 Overview and Concepts1.3.2 Architecture and solution context1.4 SAN Volume Controller Stretched Cluster1.4.1 Overview and concepts1.4.2 Architecture and solution context1.5 Fibre Channel SAN1.5.1 Overview and concepts1.5.2 Architecture and solution context1.6 Power 750 Express and Hardware Management Console1.6.1 IBM Power 750 (8233-E8B) Express Server1.6.2 IBM Hardware Management Console1.7 Architecture and solution context1.7.1 Power 750 system architecture1.7.2 Power 750 and HMC1.8 PowerVM technology1.9 PowerVM1.9.1 Architecture and solution context1.9.2 Virtual I/O Server1.9.3 Power Systems network virtualization1.10 Live Partition Mobility1.10.1 Overview and concepts1.10.2 LPM prerequisites and requirements1.10.3 Architecture and solution context1.11 N_Port ID Virtualization1.11.1 Overview and concepts1.11.2 Architecture and solution context1.11.3 SDDPCM1.11.4 Legacy failure categories1.11.5 Emerging failure categories1.11.6 Multi-path I/O1.12 PowerHA1.12.1 Overview and concepts1.13 Architecture and solution context1.13.1 Reliable Scalable Cluster Technology1.13.2 SAN Volume Controller Stretched Cluster solution context: PowerHA clusters and workload1.14 SAN Volume Controller, Layer-2 IP Network, Storage Networking infrastructure and LPM integration1.14.1 Overview and concepts1.14.2 Application mobility over distance1.14.3 IBM, PowerVM, and Layer 2 IP Network solution1.15 Architecture and solution context1.15.1 IP and Layer 2 network architecture1.16 Open data center Interoperable Network1.16.1 Overview and concepts1.16.2 Architecture and solution context