![]() See Xfce Task Manager for additional information about Xfce Task Manager. It does not have any virtues beyond that. It comes with Xfce, so you have it if you use Xfce. It is also limited compared to the terminal-based htop process manager. It is also severely limited compared to the graphical KDE System Monitor. It is light-weight, installing it does not require many big dependencies beyond GTK. It shows you a list of running processes and two graphs showing CPU and memory use and that's it. The Xfce Task Manager is a really simple task manager and system monitor program. The Xfce Task Manager version 1.2.3 showing some processes. See Psensor for additional information about Psensor. There is no functionality for monitoring anything else. It provides nice real-time graphs of system sensors and only system sensors. Psensor is a small GTK based program for monitoring fan speeds and system temperatures. See KDE System Monitor for additional information about KDE System Monitor. The KDE System Monitor is overall the most complete and powerful system monitoring utility for GNU/Linux machines yet it does lack the finesse, and quite a few features, the proprietary Microsft Windows Task Manager has. The KDE System Monitor can be used to monitor remote systems as long as ksysguardd (which has a lot of dependencies) is installed on the remote machine. You can add make graphs showing disk utilization, both total and per-disk, and a lot of other things. There is no GPU memory or load information available even though modern kernel does provide that kind of information. And while there are a lot of things you can show in the "Sensor Browser" there are some things you can not make it show. It also makes it less than user-friendly making your own graph views using its "Sensor Browser" is tiresome and not at all strait forward. This makes it a potentially very powerful tool. ![]() You can also make your own tab views in the KDE System Monitor using a built-in sensor browser. There is also a confusing myriad of machine-specific plugins available. Interesting plugins include System Load and Temps, Hard Disk Totals and Battery Power. The menu File ▸ Download New Tabs allows you to download plugins that can make a whole range of other information available in additional tabs. The two tabs available in the KDE System Monitor are not the only ones you can have. It does not show disk I/O, system temperatures, GPU load or anything else that it could show. The other tab shows "System load" using graphs that show CPU History, Memory and Swap History and Network History. Processes can be filtered by user processes, all processes or your own processes only. System processes can be viewed as a list or a tree. One embeds the KDE System Activity program that shows you a list of all system processes (binary systemmonitor, part of plasma-workspace). The KDE System Monitor has two default tabs. It is actually a very powerful highly configurable program. It looks like a very simple program as far as system monitoring applications are concerned when you first open it and it is a very simple program out-of-the-box. The KDE Plasma desktop environment comes with a simple system monitor called " System Monitor" ( ksysgard). The KDE System Monitor process list with some additional information such as IO Read and IO Write enabled. See GNOME System Monitor for additional information about GNOME System Monitor. There is no support for showing temperatures, disk I/O or graphics card utilization. GNOME System Monitor version 3.36.1 showing graphs indicating CPU, memory and network utilization over time. There is also a nice graph view capable of showing CPU load, memory and swap utilization and total network load. The GNOME System Monitor lets you see a list of running processes with configurable levels of detail about each process. ![]() GNOME System Monitor showing a list of system processes.
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