![]() However, users should note that the software only provides information about the components’ health status. Developed by CPUID, HWMonitor has a straightforward interface and is compatible with common sensors and modern CPUs. At the very least, check out CPU-Z to find out device specific information.HWMonitor is monitoring software that helps you get important information about your PC’s primary health sensors like temperature, voltage, and fan speed. It uses very little system resources too, with a usage of 11MB of RAM while running. Long story short, if you’ve ever needed to monitor the individual components that makeup your device then CPU-Z will allow you to do just that. Even if you’re not a power user, you can find out a lot thanks to CPU-Z like the screen resolution, total and available RAM, kernel version and more. It’s especially great for overclockers, because you can see clock speeds, timings and more. It provides hardware readouts in realtime, and can help you keep an eye on your entire system from the SOC and GPU all the way to the battery and internal sensors. Conclusion and download linkĬPU-Z is a pretty powerful system monitoring tool for your device. I hope so, because it would be nice to see hardware readouts right on your homescreen or lockscreen. CPU-Z for Android does not come with any widgets, but since it’s currently in Beta it’s entirely possible such features will be added later. It’s an incredibly powerful monitoring tool, but there is one quirk in particular I have with it. That’s it really, if you don’t have a need to monitor your system then you won’t find much use for CPU-Z. Or perhaps, in a more casual manner, you simply want to monitor the many different aspects of your device. Perhaps if you were overclocking the SOC in your device with SetCPU or a similar application (some custom ROMs even allow you to overclock). For example, if you were trying to optimize your battery to get the maximum amount of juice out of it. There are many uses for an app like this. More specifically, it includes information about the gyroscope, accelerometer, light sensor, and more.Īs you can already tell I’m sure, there’s quite a bit of information to be had about your device through CPU-Z. Last, but not least, the sensors tab will display all the information pertaining to the installed sensors. More specifically you can see the battery’s health, current level, status, technology, temperature, voltage and more. The battery tab houses information about well, the battery. More specifically it includes the device model, manufacturer, display, Android version, kernel architecture, screen resolution, total RAM, available RAM, storage readings and more. The system tab houses most of the general information about your device. More specifically you can see the chipset name, architecture, revision number, clock speed(s), load, GPU vendor and GPU renderer. The SOC or System on Chip tab houses information about the device’s processor and GPU. The UI is separated into four different tabs: ![]() That’s okay though, because it displays all the relevant information in a clean and neat manner. Just like the desktop application, CPU-Z for Android is fairly minimal in terms of visual design. That’s a fancy way of saying that it provides up-to-date readings of your device.
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