During/after array/prefix rename operation the system shows duplicate disk name for different array LUNs: When migrating legacy storage using FLI to NetApp may observer a duplicate disk name Disk name...During/after array/prefix rename operation the system shows duplicate disk name for different array LUNs: When migrating legacy storage using FLI to NetApp may observer a duplicate disk name Disk names with the prefix from one of the array are missing ::> disk show array_1* Disk Size Shelf Bay Type Type Name Owner array_1.1 28.44GB - 0 SSD aggregate cluster1-01 array_1.2 28.44GB - 1 SSD aggregate cluster1-01 array_1.3 28.44GB - 2 SSD aggregate cluster1-01
Applies to Netapp SMI-S provider 5.2.6 Netapp Santricity SMI-S provider E-series storage system Issue The smis add command fails with error CIM_ERR_FAILED: Filer return: HTTP POST - failed, status cod...Applies to Netapp SMI-S provider 5.2.6 Netapp Santricity SMI-S provider E-series storage system Issue The smis add command fails with error CIM_ERR_FAILED: Filer return: HTTP POST - failed, status code = 302 - with storage system <ip>
Applies to NetApp E-Series ONTAP 9 FlexArray V-Series (Legacy) Description Array storage is virtualized through the FlexArray (V-Series) license by Data ONTAP with different levels of interoperability...Applies to NetApp E-Series ONTAP 9 FlexArray V-Series (Legacy) Description Array storage is virtualized through the FlexArray (V-Series) license by Data ONTAP with different levels of interoperability Explicit support (ALUA/TPGS) for non-disruptive backend firmware upgrades is not always possible without risk of a panic on the Data ONTAP due to loss of connectivity
Applies to Description Beginning with ONTAP 9.0, FlexArray Virtualization (V-Series) includes resiliency enhancements to reliably handle disruptions caused by back-end path failures, for example, link...Applies to Description Beginning with ONTAP 9.0, FlexArray Virtualization (V-Series) includes resiliency enhancements to reliably handle disruptions caused by back-end path failures, for example, link and switch failures. The resiliency enhancements include the following: Consistent I/O failover timing in case of path failures Temporary suspension of I/O for a tunable period of time in case of all-path fail conditions Automatic path quiescence in case of intermittent path failures