Maximize the business value of your data with strategies for data intelligence, governance and operations. Watch the on-demand sessions today.
Get strategies for data intelligence, governance and operations at our free online data summit, Nov. 1-2, 2022. Learn more and register today.
Maximize the business value of your data with strategies for data intelligence, governance and operations. Get a sneak peek at the experts and save a spot.
Using Foglight and SQL Optimizer you can identify poorly performing queries and rewrite them or generate a more efficient execution plan. First, use Performance Investigator to identify and select the query you wish to tune, i.e., by number of executions, IO, CPU time, etc. The video explains how to use SQL Optimizer for better query performance.
Using the change tracking feature, Foglight allows you to correlate performance issues with changes that might have occurred, such as those to database configurations, objects, indexes and execution plans. You can see a graphical representation of the changes over the desired time period, and, as an example, use the Plan Analyzer to compare execution plans.
Foglight uses IntelliProfile™ technology to estimate system performance baselines based on periods of collected metrics. Deviations from baselines trigger alarms. From the dashboard, you can investigate these alarms and determine what might be causing any abnormalities. Baseline alarms can easily be configured.
Foglight captures database deadlocks in a dedicated UI with tabs to view the deadlocks by time period, database, objects and applications. Using the deadlocks table, you can drill into a deadlock to see the offending SQL text, lost time and more. You can also get more information in downloadable and editable XML which helps you identify the deadlock victim and successful process.
Foglight can sound alarms for CPU usage that spikes over established baselines – a clear indicator that something is wrong. In this case, you’ll want to identify queries that might be using the most CPU and potentially tune them. You can also see whether the problem is with the operating system or the hypervisor.
From the Foglight dashboard, you can highlight a specific time period and examine the various components that might be slowing down performance. These include the database, users, programs and SQL statements. See how you can isolate wait events and identify the bottlenecked workloads in just a few clicks.
This video guides you to quickly access your Foglight Trial download file. You’ll need to provide contact information and create (or log into) your Quest account prior to downloading. Our Customer Success team is available to assist you with download and installation, if needed.
This video provides a short overview of Foglight and its architecture. To accommodate different infrastructures and flexible usage, Foglight has several components. This video will touch on these components and how they work to your advantage. Email our Customer Success team if you need more information on Foglight components.
Watch this video to learn the system specifications and hardware needed before installing Foglight. For more information on Foglight prerequisites or distributed installation of Foglight, visit this page.
Once you’ve successfully downloaded Foglight, watch an extended clip of how to install it. This video demonstrates installation on a Windows platform and walks you through the different options you’ll see in the installation wizard.
This video provides an overview of how to configure a Foglight Performance Investigator repository for a SQL Server connection.
Consolidate and standardize database performance management across diverse environments.