Virtual Storage Platform One SDS Block Storage Administrator Guide

Version: 1.14.x
Audience: anonymous
Part Number: MK-24VSP1SDS002-01

Getting started
Registering a license
Allocating volumes to compute nodes
Expanding storage pools
About VSP One SDS Block Administrator
Logging in to and logging out of the VSP One SDS Block Administrator
Dashboard window
Navigation bar
Displaying performance information about storage systems
Monitor link
More icon
Viewing the List window
Viewing the detailed information window
Refresh display
Help display
Pop-up message display
Registering the service ID of the storage cluster
Managing storage pools
Capacity information about storage pools
Obtaining a list of information about storage pools
Obtaining information about individual storage pools
Obtaining a list of capacity information about volumes
Obtaining capacity information about individual volumes
Obtaining a list of performance information about volumes
Obtaining performance information about individual volumes
Managing your license
License management overview
Deleting a license
Obtaining a list of license information
Obtaining information about individual licenses
Editing the license warning threshold
Obtaining license settings
Managing compute nodes and allocating volumes to compute nodes
Installing a compute node
Registering information about compute nodes
Obtaining a list of information about compute nodes
Obtaining information about individual compute nodes
Editing information about compute nodes
Deleting information about individual compute nodes
Registering information about the initiators for compute nodes
In the case of iSCSI connection
In the case of NVMe/TCP connection (Virtual machine)(Bare metal)
In the case of FC connection
Obtaining a list of information about initiators for compute nodes
Obtaining information about individual initiators for compute nodes
Deleting information about the initiators for compute nodes
Registering path information about compute nodes
Obtaining a list of path information about compute nodes
Obtaining specific path information about compute nodes
Deleting path information about compute nodes
Allocating volumes to compute nodes
Obtaining a list of information about allocation of volumes to compute nodes
Obtaining information about allocation of individual volumes to individual compute nodes
Canceling allocation of volumes to compute nodes
Releasing multiple connections between the volumes and compute nodes
Managing compute nodes
Overview
Registering compute nodes
Editing compute nodes
Deleting compute nodes
Reconnecting compute nodes and all the compute ports in full mesh
Allocating and canceling allocation of volumes to and from compute nodes
Creating volumes and allocating them to compute nodes
Allocating volumes to compute nodes (Volume)
Allocating volumes to compute nodes (Compute node)
Canceling allocation of volumes to compute nodes
Managing storage nodes
Obtaining a list of information about storage nodes
Obtaining information about individual storage nodes
Overview of capacity management of a storage node
Editing capacity management settings of a storage node
Obtaining a list of the capacity management settings of storage nodes
Obtaining capacity management settings of individual storage nodes
Performing maintenance operation for storage nodes
Overview
Performing storage node maintenance recovery
Verifying the conditions for performing storage node maintenance blocking
Performing storage node maintenance blocking
Verifying the status of drive data relocation (Virtual machine)(Bare metal)
Overview of drive data relocation (Virtual machine)(Bare metal)
Approximate time until drive data relocation is completed
Verifying the drive data relocation status
Suspending drive data relocation
Resuming drive data relocation
Managing compute ports
Obtaining a list of information about compute ports
Obtaining information about individual compute ports
Modifying settings of compute ports
Changing the protocol of compute ports (Virtual machine)(Bare metal)
Managing drives
Overview of managing drives
Obtaining a list of information about drives
Obtaining information about individual drives
Removing drives
Replacing drives
Replacing drives (Cloud(M))
Reincorporating drives (Virtual machine) (Bare metal)
Adding drives
Overiview of adding drives
Inserting drives
Creating drives (Cloud)
Expanding storage pool
Operating drives
Overview
Removing drives
Adding drives
Replacing drives
Replacing drives (Cloud)
Reincorporating drives (Virtual machine) (Bare metal)
Turning on/off the locator LED (Virtual machine) (Bare metal)
Importing a system requirements file (Virtual machine)(Bare metal)
Overview (Virtual machine) (Bare metal)
Importing a system requirements file (Virtual machine) (Bare metal)
Managing volumes
Overview of the data reduction function for volumes
Enabling the data reduction function for volumes
Creating volumes
Deleting volumes
Expanding volumes
Obtaining a list of volumes
Obtaining information about individual volumes
Modifying settings of individual volumes
Managing volumes
Creating volumes
Modifying settings of individual volumes
Expanding volumes
Deleting volumes
Modifying settings of individual QoS volumes
Backing up and restoring volumes by using snapshots
Overview
Preparing to take a snapshot
Taking a snapshot
Deleting snapshots
Restoring P-VOLs from a snapshot
Obtaining P-VOL information for the volume
Obtaining a list of S-VOL information for the volume
Obtaining information about storage clusters
Obtaining information about storage clusters
Obtaining a list of fault domain information
Obtaining information about individual fault domain
Obtaining health status
Verifying the cluster master node (primary)
Managing protection domains
Obtaining a list of information about protection domains
Obtaining information about individual protection domains
Changing usage of internal processing I/O resources
Managing storage controllers
Overview of the features
Capacity status of storage controllers
Obtaining a list of information about storage controllers
Obtaining information about individual storage controllers
Editing the settings for the storage controller
Verifying the status of Rebuild (data reconstruction)
Overview of Rebuild
Cases when the Rebuild is possible
Estimated time before completion of Rebuild
Verifying Rebuild status
Troubleshooting
First points to confirm
Action to be taken for a volume failure
Resolving other error conditions
Action to be taken if KARS06132-C occurs when starting the storage cluster
Action to be taken when "Alerting" is shown in the license health status
Action to be taken when "Alerting" is shown in the Fault Domains health status (Virtual machine)(Bare metal)
Determining the maintenance priority of storage nodes
Operations with dump log files (GUI)
Overview
Creating dump log files
Downloading dump log files
Deleting dump log files
Capacity design (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design principles (1) : Physical capacity (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design principles (2) : Logical capacity (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design method (1)-1 : Logical capacity from physical capacity (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design method (2) : Physical capacity from logical capacity (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design (for HPEC 4D+2P)
Capacity design principles (1) : Physical capacity (for HPEC 4D+2P)
Capacity design principles (2) : Logical capacity (for HPEC 4D+2P)
Capacity design method (1)-1 : Logical capacity from physical capacity (for HPEC 4D+2P)
Capacity design method (2) : Physical capacity from logical capacity (for HPEC 4D+2P)
Capacity design (for Mirroring)
Capacity design principles (1) : Physical capacity (for Mirroring)
Capacity design principles (2) : Logical capacity (for HPEC 4D+1P)
Capacity design method (1)-1 : Logical capacity from physical capacity (for Mirroring)
Capacity design method (2) : Physical capacity from logical capacity (for Mirroring)
Capacity design when adding storage nodes
Adding capacity
Capacity design when adding storage nodes (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design when adding drives (for HPEC 4D+1P) (Virtual machine)(Bare metal)
Capacity design when adding storage nodes (for HPEC 4D+2P)
Capacity design when adding drives (for HPEC 4D+2P)
Capacity design when adding storage nodes (for Mirroring)
Capacity design when adding drives (for Mirroring)
ALUA configuration guidelines
Required preparations
VMware ESXi
Microsoft Windows
Linux
ALUA setting procedure
VMware ESXi (in the case of NMP)
Microsoft Windows (in the case of MPIO)
Linux system (in the case of Device Mapper)
Processing time for snapshot operations (Virtual machine)(Bare metal)
Estimated processing time for snapshot operations

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