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Foglight for Storage Management Shared 4.9 - User Guide

Getting Started Configuring Agents to Monitor Storage Devices
Brocade SAN Switches Cisco SAN Switches Dell Compellent Arrays Dell EqualLogic PS Series Array Groups EMC CLARiiON CX Series Arrays (CLI) EMC CLARiiON, VNX, or VMAX Storage Arrays (SMI-S) EMC Isilon EMC VPLEX Hitachi Data Systems AMS, USP, and VSP HP EVA Storage Arrays HP 3PAR Arrays NetApp Filers Configuration Procedures
Managing Agents Using Foglight for Storage Management Monitoring Storage Performance Investigating Storage Devices Investigating Storage Components Investigating VPLEX Storage Troubleshooting Storage Performance Managing Data Collection, Rules, and Alarms Understanding Metrics Appendix: Collection Target Support Matrix Online-Only Topics

Getting Started

The Getting Started workflow introduces you to Foglight for Storage Management, leads you through determining the system requirements that match the size of the monitored environment, and then walks through the steps to configure Foglight for Storage Management.

This workflow has the following steps:

1
Introducing Foglight for Storage Management
2
Navigating Foglight for Storage Management
3
Introducing the Storage Monitoring Architecture
4
Sizing Your Monitored Environment
5
Ensuring System Requirements are Met
6
Configuring Agent Managers for Storage Collection
7
Supporting an Environment with Separate Fabrics that have Duplicated WWNs
8
Configuring Storage Collector Agents
9
Configuring VMware Performance Agents
10
Configuring Hyper-V Agents
11
Assigning Foglight for Storage Management Roles

Introducing Foglight for Storage Management

Virtual infrastructures add layers of abstraction that obscure the relationship between physical storage and virtual machines. Foglight for Storage Management supports VMWare and Hyper-V virtual environments. It helps you look beyond logical datastores and volumes to see how physical storage components (switches, logical unit numbers (LUNs), arrays, and filers) are impacting virtual machines (VMs).

The key concepts for Foglight for Storage Management are “relationship” and “context.” Rather than simply viewing repeated performance metrics, Foglight for Storage Management incorporates the data into an end-to-end view of your virtual storage infrastructure, showing the relationship of the storage and storage area network (SAN) performance to VM performance. You can also investigate performance events in the proper context, viewing the status of the entire topology at the time the performance issues occurred.

Performance Monitoring

Monitoring the performance of your storage infrastructure is critical to maximizing VM performance. Foglight for Storage Management allows you to track:

•
Insufficient bandwidth and throughput of SAN switch ports, filers, and storage arrays.
•
Over (or under) utilized datastores CSVs, and logical disks.
•
I/O bottlenecks for NASVolumes and LUNs, along with the pool providing the physical disk storage for the LUNs and NASVolumes.
Figure 1. Performance Monitoring

­Foglight for Storage Management captures performance metrics from components of your storage infrastructure (SAN switches, LUNs, storage arrays, and filers), evaluates the data based on preconfigured performance and event rules, then presents this data via a detailed graphical interface. With architectural diagrams, graphs, alerts, and drill-down screens, Foglight for Storage Management helps you quickly identify problems in the virtual environment or the physical storage. For more information, see Summary and Resource Information for each Collected Target:.

Capacity Monitoring

Foglight for Storage Management aids the process of identifying and resolving storage capacity issues. The Foglight for Storage Management virtualization cartridges alert you to datastores and logical volumes in danger of running out of storage. The storage component shows you how the physical storage supporting your virtual infrastructure is configured. The detailed graphical interface of Foglight for Storage Management lets you see storage capacity allocations for arrays and filers, and receive alerts when free disk capacity and free pool capacity fall below thresholds. For more information, see Monitoring Storage Arrays, Monitoring Filers, and Monitoring Storage Capacity.

Figure 2. Capacity Monitoring

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