Memory page faults - A page fault occurs when a process requires code or data that is not in its working set (its space in physical memory).Memory pages out - Number of pages written to disk to free up space in physical memory.Memory pages in - Number of pages read from disk to resolve hard page faults.Memory break up of free physical memory and free swap memory.The performance report (click on ) for memory utilization lists the following metrics: Know how the memory utilization is calculated for Windows servers. ![]() This helps to detect server overloads before they cause a downtime or data loss. Monitoring memory usage helps you to identify underused servers and redistribute loads efffectively. Navigate to the CPU tab to view more metrics. This metric is not supported for OS versions below Windows Server 2012. The CPU Utility % data is obtained from the PercentProcessorTime counter of Win32_PerfRawData_Counters_ProcessorInformation WMI class (for Windows Server 2012 and above). PercentProcessor Time counter of Win32_PerfRawData_PerfOS_Processor WMI class - For versions before Windows Server 2008 R2.PercentProcessorTime counter of Win32_PerfRawData_Counters_ProcessorInformation WMI class - For Windows Server 2008 R2 and above.The CPU utilization data is obtained from: Context switches: The rate of switches from one thread to another-thread switches can occur either inside a single process or across processesĪlso, view the top five processes consuming CPUat a particular point in time by hovering over a point on the CPU Utilization graph. ![]() Interrupts: The average number of hardware interrupts that the processor is receiving.The Performance Report (click on ) for CPU utilization lists the following metrics: CPU Utilization is the time it takes for the CPU to execute a non-idle process or thread. CPU Utility % is the amount of work the CPU is actually getting done compared to the same CPU running at its peak performance and without any idle time. Based on the analysis, you can come up with solutions, like upgrading the CPU hardware, adding more CPUs, or shutting down frivolous services that are hogging these critical resources.ĬPU Utility % and CPU Utilization are two distinct parameters. This helps you drill down to the actual reason for a CPU spike. Site24x7's feature that allows you view customized reports based on the period proves useful in identifying the CPU usage that is really problematic. However, not all high CPU usage is critical. Regular monitoring of CPU usage is critical to analyzing the CPU load over a stipulated period and overcoming performance regressions. You can also export the performance details as CSV/PDF or send via email.Ĭlick the icon to view the Performance Reportsfor metrics including CPU, memory, disk utilization, and more. You can view data for different time periods by choosing the appropriate time frame from the drop-down at the top right corner of the page. The heat map analysis gives you a quick summary on the status and performance of your server over the last seven days. Get visibility of all the important parameters of your Windows server performance in a single console. Root cause analysis (RCA) | Performance reports | Server inventory & health dashboards.As the agent has to be downloaded and installed in your servers, learn more on how secure the agent is. ![]() The Windows agent sends data to the Site24x7 data center using WMI queries. Once the Windows agent is successfully installed, log in to the Site24x7 web client and navigate to Server > Server Monitor > Servers > click on the newly added monitor to view the performance metrics. Measure critical performance metrics of your Windows servers including CPU, memory, disk utilization, services, processes and network traffic from a unified dashboard. Performance Metrics for Windows Server Monitoring
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