Quick CPU lets you monitor and optimize CPU performance and Power consumption.
We’ve talked about a few different techniques to keep up with system performance throughout the years. There are various third-party solutions available, as well as ways to use built-in capabilities in Windows 10. However, there have been moments when we’ve came across good software that deserves to be discussed. Quick CPU is the software in question, and the fundamental idea behind it is to assist customers in fine-tuning their computers and monitoring system performance.
Quick CPU – Monitor CPU performance & Power consumption
CPU Temperature (Package and Core Temp), CPU Performance, Power, Voltage, Current, Core Parking, Frequency Scaling, System Memory, Turbo Boost, C-States, Speed Shift FIVR Control, and more can all be checked using Quick CPU.
We can confidently state that this program is impressive and functions as intended based on our extensive use of it. It isn’t the greatest of its kind, but we feel that for the most part, most users will be totally satisfied with what it has to offer. We’ll go over the following features in this post:
- Information about Power Data
- Information about CPU data
- CPU performance
- CPU temperature
- Change system performance to fit your needs
- Power Plan Management
- Information on Installed Memory
- What is CPU core parking?
1] Information about Power Data
So, if you go to the Main Menu, you should see a number of options, one of which is Power Data. This section contains information on the capabilities of your computer. You can, for example, adjust the System power plan, System power state as well as check CPU temperature and speed.
2] Information about CPU data
This section is ideal if you don’t know much about the processor in your computer. It will display the processor’s name, codename, Lithography, socket, and other information. Everything beneath this region can now only be observed, so don’t try to interact with it.
3] CPU performance
So, when it comes to CPU performance, it’s identical to CPU data in that it merely displays the data and doesn’t allow you to interact with it. If you wish to know what your processor’s base frequency is, this section will provide you with that information.
Not only that, but it also displays evidence of real-time frequency, core count, L1 data, and much more. If you are an advanced user, you will undoubtedly benefit from the information provided here.
4] CPU temperature
While the CPU temperature may be viewed in the Power Data section, it does not provide a complete picture. You might, for example, need to know the temperature of each CPU core or even the entire package.
The CPU temperature section will reveal this information. It doesn’t stop there because it also displays the system’s minimum and maximum temperature readings.
5] Change system performance to fit your needs
Three graph icons can be found at the top of the Quick CPU tool. Selecting any will make real-time adjustments to your computer’s performance. For example, the first option is all about switching to Minimum Performance, the second is all about setting your system to Balanced Performance, and the third is all about the computer’s Maximum Performance.
6] Power Plan Management
Managing your power plan in Windows 10 is simple because the operating system includes some built-in functions for this purpose. However, we believe the operation runs more smoothly when Quick CPU is selected.
To use this function, go to the top of the page and click the Power button. A new window should emerge straight away.
You can alter your Power Plan from this page, and you can also learn more about each plan. There’s also the ability to compare two power plans if that’s something you’re interested in.
7] Information on Installed Memory
Managing your power plan in Windows 10 is straightforward thanks to the operating system’s built-in features. When Quick CPU is selected, however, we believe the operation performs more smoothly.
Go to the top of the page and click the Power button to activate this feature. A new window should appear immediately.
8] What is CPU core parking?
This capability has been available since Windows Server 2008 R2, which is quite a while. According to our findings, when CPU core parking is enabled, the processor power management (PPM) engine works with the scheduler to dynamically change the number of cores available to run threads.
From our perspective, the key purpose for using CPU core parking is to potentially boost energy production while reducing utilization.
Even said, we should remind you that if you don’t do a lot of gaming, you won’t need to worry about CPU parking. Moreover, if you don’t use your computer 24 hours a day, having parking disabled won’t result in astronomical electric expenditures. It’s available for download at coderbag.com.
