Array Capacity Utilization Reports > NetApp Cluster-Mode Summary
  
Version 10.0.00
NetApp Cluster-Mode Summary
This report enables Unified Visibility with a high-level summary of the capacities and performance of clusters in your environment. Use this as a starting point for navigating NetApp Cluster environments. Note that all performance numbers are for the last 24 hours, as of the last data collection. Cluster Mode arrays only.
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Capacity Manager > Array Capacity & Utilization > NetApp Cluster-Mode Summary
Cluster Name
Name of the storage array. Drill down to Array Capacity and Utilization (NetApp Cluster).
Remote Cluster Name
The current name of the peer cluster.
Associated Objects
# Nodes
Number of configured nodes in the cluster. Drill down to NetApp Cluster-Mode Node Summary.
# Vservers
Number of configured Vservers in the cluster. Drill down to NetApp Cluster-Mode Vserver Summary.
# FC Ports
Number of Fibre Channel Ports in the array. Drill down to NetApp Cluster-Mode FC Array Port Utilization.
# iSCSI Ports
Number of iSCSI Ports in the array. Drill down to NetApp Cluster-Mode Array iSCSI Port Utilization.
# CIFS Shares
Number of CIFS in the cluster. Drill down to NetApp CIFS Summary.
# NFS Exports
Number of NFS in the cluster. Drill down to NetApp Cluster-Mode NFS Summary.
# Disks
Number of physical disks in the array. Drill down to NetApp Cluster-Mode Disk Summary.
# Hosts
Total number of connected hosts via all configured nodes.
Capacity
Internal
Total Capacity after RAID overhead. Usable capacity refers to capacity that has already been carved into RAID groups. This is the physical, usable capacity after RAID overhead. Dell Compellent: Sum of LUN capacity. EMC CLARiiON: Sum of usable capacity of all Array Groups and usable capacity of all storage pools. EMC Symmetrix: Sum of pool usable capacity + sum of thick LUN capacity. HP EVA, IBM SVC: Sum of allocated capacity of all Array Groups HP 3PAR: Sum of allocated capacity of all Array Groups. The total capacity for all Logical Drives (LDs). EMC VNX: If the embedded CLARiiON is not collecting, this usable internal capacity is the total capacity of all Disk Volumes. HDS: Sum of the usable capacity of all Array Groups. HDS H-NAS: Total capacity of all System Drives. IBM Enterprise: Total capacity of all Ranks. An IBM Rank is logical storage, enabling storage provisioning that is not constrained by the size of an array. One or more arrays comprise an IBM Rank, forming logically contiguous storage. Note that IBM often refers to Arrays as RAID Arrays. IBM Subsystem: Total capacity of all Array Groups. IBM XIV: Configure capacity of the array. NetApp: If raw capacity is greater than 0, this will value is the total capacity of all Aggregates. Values are stored as KiB in the database and rendered according to your user profile preferences.
External
Total Capacity from back-end, external volumes. Usable capacity refers to capacity that has already been carved into RAID groups. This usable external capacity is the total capacity of all the Array Groups, where the array's is_external flag is set to Y. Derived from daisy-chained external storage (back-end systems), this is array group capacity that does not have physical devices (PDEVs) in this storage array. This is the capacity that is allocated to a front-end array. For EMC VNX (CLARiiON) arrays, if the embedded CLARiiON is in use, this value represents the total capacity of all disk volumes. For NetApp, if this is a vFiler, this value represents the total capacity of all volumes. If the raw capacity is 0, this will be the total capacity of all Aggregates. Values are stored as KiB in the database and rendered according to your user profile preferences.
Allocated
Total Capacity for array groups and storage pools in the array that are carved RAID. Dell Compellent: Sum of LUN active and replay capacity. EMC CLARiiON: Sum of usable capacity of all Array Groups and consumed capacity of all Storage Pools, minus the free capacity of all Array Groups. EMC Symmetrix: Sum of (pool usable capacity - pool free capacity) + sum of thick LUN capacity HP 3PAR, HP EVA, IBM Enterprise, IBM Subsystem: Sum of the total capacity of all Allocated LUNs. EMC VNX: Used capacity of all disk volumes. HDS: (logical capacity + external capacity - external free capacity) of all Array Groups - virtualized capacity. HDS H-NAS: Used capacity of all system drives. IBM SVC: Sum of total capacity of all Allocated LUNs - virtualized capacity. IBM XIV: Allocated capacity of the array. NetApp: If a vFiler, this is the used capacity of all volumes; otherwise, this is the used capacity of all Aggregates, minus the virtualized capacity. Values are stored as KiB in the database and rendered according to your user profile preferences.
Available
Available = Usable Free Capacity + Available Thin Pool Capacity
Usage
Usage = Allocated/(Internal + External)
# Aggr
Number of aggregates in the cluster.
Capacity
Total Capacity = Internal + External
Used
Sum of the file system used capacity of all the aggregates. Values are stored as KiB in the database and rendered according to your user profile preferences.
Available
Sum of the file system available capacity of all the aggregates. Values are stored as KiB in the database and rendered according to your user profile preferences.
Usage
Usage = Used/Available
Volumes
# Volumes
Number of volumes in the storage system.
# Flexes
Number of flex volumes in the storage system.
# Inf
Number of infinite volumes in the storage system.
Capacity
Sum of the capacity of all the volumes. Values are stored as KiB in the database and rendered according to your user profile preferences.
Used
Sum of the used capacity of all the volumes. Values are stored as KiB in the database and rendered according to your user profile preferences.
Available
Sum of the available capacity of all the volumes. Values are stored as KiB in the database and rendered according to your user profile preferences.
Usage
Usage = Used/Capacity
LUNs
# LUNs
Number of logical units (LUNs) in the storage array. Hosts can write to these LUNs.
Capacity
Total capacity of the logical units in the array. Values are stored as KiB in the database and rendered according to your user profile preferences.
# Allocated
Number of allocated logical units (LUNs) in the storage array. Sum of the capacity of all the allocated LUNs. If a LUN has a storage path to a host, it is an allocated LUN. These LUNs typically are configured as volumes on the host and are dedicated to an application.
Alloc Capacity
Total capacity of the logical units in the array that have paths assigned. Values are stored as KiB in the database and rendered according to your user profile preferences.
# Unallocated
# Unallocated = # LUNs - # Allocated
Unalloc Capacity
Unalloc Capacity = Capacity - Alloc Capacity
Usage
Usage = Alloc Capacity/Capacity
Performance
Avg Processor Busy
Average processor utilization across all processors in the system from last data collection cycle.
CPU Busy
Percentage of time one or more processors is busy in the system from last data collection cycle.
Sys Read Resp Time (ms)
System Read Response Time: Average response time for the Cluster in aggregate as of the last data collection poll. Includes all active Node read operations.
Sys Write Resp Time (ms)
System Write Response Time: Average response time for the Cluster in aggregate as of the last data collection poll. Includes all active Node write operations.
Read OPS
Read operations per second from the last data collection cycle.
Write OPS
Write operations per second from last data collection cycle.
CIFS OPS
CIFS operations per second from last data collection cycle.
NFS OPS
NFS operations per second from last data collection cycle.
FCP OPS
Fibre channel protocol (FCP) operations per second from the last data collection cycle.
iSCSI OPS
iSCSI operations per second from the last data collection cycle.