Implementing E-Series storage
Where to find information for configurations with storage arrays
Requirements for configuring E-Series storage arrays
Supported fabric-attached configurations for E-Series storage arrays
Implementing third-party storage
Where to find information for configurations with storage arrays
General configuration guidelines for all storage arrays
EMC VNX storage arrays
EMC Symmetrix storage arrays
Hitachi storage arrays
HP EVA storage arrays
HP XP storage arrays
IBM DS storage arrays
IBM XIV storage arrays
3PAR storage arrays
Supported fabric-attached configurations
Installing FlexArray
FlexArray Virtualization technology overview—using array LUNs for storage
Zoning in a configuration with storage arrays
Planning a configuration with array LUNs
Planning for RAID implementation
Planning for ONTAP use of array LUNs
How array LUNs become available for ONTAP storage use
Factors that impact the number and size of array LUNs you need
Considering checksum type when planning array LUN size and number
Planning for LUN security on the storage arrays
Planning for paths to array LUNs
Requirements for redundant setup of components in a path
Required number of paths to an array LUN
Benefits of using multiple LUN groups
Planning a port-to-port connectivity scheme
Determining the array LUNs for specific aggregates
Setting up ONTAP to work with array LUNs
Commands for checking back-end configuration
Verifying installation with storage arrays
Checking for back-end configuration errors preventing system operation
Verifying that the back-end configuration matches the intended configuration
Managing array LUNs using ONTAP
Troubleshooting configurations with storage arrays
Target queue depth customization
Suggest changes
Path setup can be invalid because paths to an array LUN are not redundant or the number of paths to an array LUN does not meet ONTAP requirements.
PDFs