Curl query reports only one spare disk for node-02 instead of two and node-01 is completely missing from the output: 1.10.21 SSD solid-state - block 0B 53.88GB 894.3GB zeroed 1.10.23 SSD solid-state -...Curl query reports only one spare disk for node-02 instead of two and node-01 is completely missing from the output: 1.10.21 SSD solid-state - block 0B 53.88GB 894.3GB zeroed 1.10.23 SSD solid-state - block 840.1GB 53.88GB 894.3GB zeroed Disk Type Class RPM Checksum Size Size Status Disk Type Class RPM Checksum Usable Usable Size Status 1.10.14 SSD solid-state - block 0B 53.88GB 894.3GB zeroed 1.10.20 SSD solid-state - block 0B 53.88GB 894.3GB zeroed
The default value for the raid.disktype.enable option is off, which allows the mixing of disk types. What this means is that the following disk types are considered to be equivalent for the purposes o...The default value for the raid.disktype.enable option is off, which allows the mixing of disk types. What this means is that the following disk types are considered to be equivalent for the purposes of creating and adding to aggregates, and spare management: With the option raid.disktype.enable on or raid.mix.hdd.disktype off, they disable the mixing of supported drive types. For SSDs, the requirements are: 1 full spare SSD OR 1 spare partition for each partition in use on that node
Applies to Cloud Volumes ONTAP (CVO) Spare disks Answer CVO doesn’t support the use of hot spares for redundancy. Creating unused disks (hot spares) attached to a Cloud Volumes ONTAP instance is an un...Applies to Cloud Volumes ONTAP (CVO) Spare disks Answer CVO doesn’t support the use of hot spares for redundancy. Creating unused disks (hot spares) attached to a Cloud Volumes ONTAP instance is an unnecessary expense and may prevent provisioning additional space as needed. Therefore, it’s not recommended. Additional Information Disks and aggregates
ONTAP decides the Root Data Data partition and disk configuration following the NetApp Hardware Universe ADP Root Partition Configuration section during node initialization. The root aggregate for the...ONTAP decides the Root Data Data partition and disk configuration following the NetApp Hardware Universe ADP Root Partition Configuration section during node initialization. The root aggregate for the first one will be 8 data disks + 2 parity disks + 2 spares in a RAID-DP configuration, so 12 disks twice in the HA pair. The root aggregate for the second one will be 6 data disks + 2 parity disks + 1 spare in a RAID-DP configuration, so 9 disks twice in the HA pair.
