Likwid is a set of easy to use command line tools for Linux. It supports programmers in developing high performance multi-threaded programs. "Likwid" stands for "Like I knew what I am doing". It contains the following tools: likwid-topology, which shows thread and cache topology; likwid-perfctr, which measures hardware performance counters on Intel and AMD processors; likwid-features, which shows and toggles hardware prefetch control bits on Intel Core 2 processors; likwid-pin, which pins a threaded application without touching its code (it supports pthreads, Intel OpenMP, and gcc OpenMP), likwid-powermeter which prints the Turbo mode steps and measures energy consumption on supported Intel processors, and likwid-bench, a low level benchmarking framework. It works with any standard Linux kernel. Likwid is lightweight and adds no overhead during measurements.
HDT (Hardware Detection Tool) is an OS independent tool that displays low-level information on any x86 compatible system. It detects ACPI, CPU, PCI devices, DMI (memory, BIOS, motherboard, IPMI base board, chassis, batteries, CPU), disks (geometry, partitions), PXE environment, VESA modes, and VPD. It can also deduce the Linux kernel modules needed by a given host.
thinkpad-status is a GUI interface to IBM ThinkPad laptop setup. It has been tested on IBM ThinkPad Lenovo Z60m. With its simple interface, you can control and change some settings on an IBM ThinkPad laptop, such as CPU power saving and scaling setup. It also lets you check battery status, thermal status, fan speed, ThinkLight settings, and LED status. Some of these features can also be used on other laptops.
driveplugger is a removable storage manager that safely puts control into the hands of the user. It makes devices such as USB drives, CDROMs, or any other removable media easy to use. The user can assign names to devices. Browsing, ejection, and other operations can be done through a tray icon.
X10MMS is a software suite that provides support for the X10 CM19A USB home automation transceiver under Linux. It allows users to control the device directly, sending and receiving basic on/off commands, and also includes a sample application that allows XMMS to be remotely controlled using the CM19A transceiver and an X10 palmpad remote. The current CM19A driver is implemented as a kernel module and requires an up-to-date 2.6.x kernel. The program is completely user configurable via a straightforward text file, so you can assign any supported function to any toggle key on the remote.