Figure 4.8 Storage Spaces Direct workings under the hood
Figure 4.9 Storage Replica use scenarios
Figure 4.10 Storage Replica placement in the filesystem stack
Figure 4.11 Storage Replica synchronous replication workings
Figure 4.12 Storage Replica working with Storage Spaces Direct
Figure 4.13 Enabling active-active through the selection of Scale-Out File
Server For Application Data
Figure 4.14 Using a Scale-Out File Server in front of a SAN
Figure 4.15 Using a Scale-Out File Server and a clustered storage space
Figure 4.16 A virtual machine using SMB for its storage
Figure 4.17 Selecting the options for the new iSCSI VHDX target
Figure 4.18 Connecting to a new iSCSI target using the built-in iSCSI Initiator
Figure 4.19 Using virtual Fibre Channel with Hyper-V
Figure 4.20 Problem with the ports that will block using in a virtual SAN
Figure 4.21 Enabling NPIV using the OneCommand Manager tool
Figure 4.22 A virtual SAN using one of the available HBA ports
Figure 4.23 A virtual Fibre Channel adapter for a virtual machine
Figure 4.24 The A set of WWPNs being used
Figure 4.25 The B set of WWPNs being used
Figure 4.26 A view of a single disk without MPIO
Figure 4.27 A view of a single disk with MPIO
Figure 4.28 Setting a VHDX file as shared
Figure 4.29 VHD Set files on disk
Figure 4.30 Creating a VHD Set
Figure 4.31 Adding a VHD Set to a VM
Figure 4.32 Using differencing disks in a VDI environment
Figure 4.33 Configuring QoS for a disk
Figure 4.34 A view of storage managed by SCVMM 2012 R
Chapter
Figure 5.1 Configuration levels available in Windows Server 2012 R
Figure 5.2 Nano Server Recovery Console
