How to collect performance metrics in Windows 10?

How to collect performance metrics in Windows 10?

Today we are going to look at collecting a few of those metrics using a free tool built into Windows called Performance Monitor (also referred to as Perfmon). Ultimately we are going to collect metrics on three main areas: CPU, memory and disk (then add network bandwidth for good measure).

How to measure the performance of your application?

If the CPU usage on your server is extremely high, you can guarantee you will have application performance problems. Monitoring the CPU usage of your server and applications is a basic and critical metric. Virtually all server and application monitoring tools can track your CPU usage and provide monitoring alerts.

How are application performance metrics affected by traffic?

Potentially all other application performance metrics are affected by increases or decreases in traffic. Request rates can be useful to correlate to other application performance metrics to understand the dynamics of how your application scales. Monitoring the request rate can also be good to watch for spikes or even inactivity.

How to collect performance counters in Performance Monitor?

There are a few ways to setup the collection of performance counters. I will outline one way in this post. In the Performance Monitor navigation tree, expand the Data Collector Sets node. Then, right-click on the User Defined node and select New > Data Collector Set.

What’s the maximum throughput for Cisco CSR 1000v?

In Cisco IOS XE 3.13S and later, including IOS XE Denali 16.3 and later, the Cisco CSR 1000v/ISRv first boots in limited mode with the AX feature set enabled and the maximum throughput limited to 100 Kbps. You can generate multiple licenses for the router from one PAK.

Is it possible to collect individual disk metrics?

Depending on what this data will be used for, you can collect individual disk metrics or just choose the total for all disks. Collecting for individual disks makes analyzing more work, but also gives more detail. Relevant disk counters collected for each logical disk:

How are CPU counters collected at the total level?

Relevant CPU counters collected at the total level: Like the CPU, this is pretty straightforward. How much do we have and how much are we using. Also important here is how often does data page to disk. Relevant memory counters collected at the total level: