You should also gather metrics on timing and usage for pages and queues, whether you have any server component health issues, and general user behavior and server access information. Monitoring processes should be set up to continually watch those key components and their metrics (including CPU, memory, hard disks, and the network interface card). If you only monitor sporadically, you can easily miss issues or not see a performance problem until it’s already too late. Next, it’s important to ensure your Windows server performance monitoring is done consistently. Make sure you use your Windows Server performance monitor to ensure your entire system is optimized and working well (not just working at all) before you establish a baseline. In addition, your baseline shouldn’t just be what typical performance looks like on its own: it should be ideal performance. Baselines should be established to account for normal interactions between components and the system, not just individual metrics or components. For example, CPU utilization might be high, but this doesn’t mean the CPU is automatically the problem: CPU utilization could be high because of a separate issue with the hard disks, or the memory, causing flow-on issues affecting the CPU. In addition, make sure your baselines and measurements are approached from a “systems” level analysis, meaning you examine the whole system, not just one metric or component at a time. Without knowing what a typical day or week looks like, it becomes extremely difficult to spot any issues. Define a Baselineįirst, look at what normal performance is like for your servers. I’ll go through some of my top tips for Windows Server monitoring best practices, to help you ensure your Windows Server monitoring approach is efficient, accurate, and useful for your wider network. Windows Server Performance Monitoring Best Practices For example, if a malicious attacker is trying to infiltrate your network, you may be able to spot their attempts (and the resulting impacts on performance) thanks to comprehensive monitoring of your servers. While the server is performing well now, if there’s a surge in demand, it will rapidly become overloaded.Īnother important aspect of performance monitoring is to detect any anomalies in your network, or access attempts outside of what you expect. You can examine various metrics related to these components to see whether the server is behaving as expected.įor example, even if the server appears to be performing well, with monitoring you might be able to see the CPU is already operating at 90% capacity. Windows Server includes some basic built-in tools for analysis and troubleshooting that let you monitor four key aspects of performance, including the server’s CPU, memory, hard disks, and the network interface card (NIC). Windows Server performance monitoring refers to the range of processes involved in tracking the server’s key metrics, to ensure excellent performance. Getting Started With Windows Server Monitoring What Is Windows Server Performance Monitoring? What Is Windows Server Performance Monitoring? My recommendation is SolarWinds ® Server & Application Monitor (SAM), a high-quality tool for flexible server monitoring offering integration through the Orion ® Platform with other SolarWinds network and infrastructure performance monitoring software. If this is true of your organization, it’s critical to stay on top of Windows Server performance monitoring.įinding a tool to act as a Windows Server performance monitor is vitally important, and choosing the right one can make a big difference in how stressful or difficult your performance monitoring process is. Windows Server is typically installed on heavy-use servers, which act as the backbone of many IT applications and services.
0 Comments
Leave a Reply. |