Hardware Tools (76)

Hardware Tools is the largest category on Debmedia Utilities by a wide margin — 76 small programs covering the CPU, the memory subsystem, the graphics card, storage-adjacent USB controllers, displays, audio devices, and every input peripheral in between. The sheer size of this category reflects a simple reality: modern PC hardware exposes dozens of independent facts through Windows Management Instrumentation (WMI), the registry and a handful of dedicated Win32 APIs, and almost none of those facts are visible anywhere in the stock Windows UI. Rather than build one enormous "system report" application that tries to show everything at once and inevitably buries the one number you actually need, this category takes the opposite approach: one focused window per fact.

The CPU-focused tools alone number in the dozens. CPU Socket Checker, CPU Family Identifier, CPU Stepping Viewer and CPU Architecture Viewer answer the identity questions — what exactly is this chip, down to its silicon revision. CPU Cache Viewer, CPU Base Clock Checker and CPU Instruction Set Checker dig into capability — cache hierarchy sizes, the bus clock underneath the multiplier, and which SSE/AVX/AES-NI instruction extensions are actually available to software at runtime, queried directly through the modern System.Runtime.Intrinsics.X86 managed API rather than guesswork. A separate cluster of live monitors — CPU Temperature Monitor, CPU Load Monitor, CPU Frequency Monitor, CPU Voltage Monitor, CPU Boost Clock Monitor and CPU Throttle Detector — update continuously so you can watch behavior change in real time instead of capturing a single static snapshot.

Memory hardware gets the same granular treatment on the physical-module side: RAM Manufacturer Viewer, RAM Part Number Viewer, RAM Voltage Viewer, RAM Channel Checker and RAM Type Detector each read one specific SPD/SMBIOS field per installed DIMM, which is exactly the information you need before ordering a matching upgrade stick rather than gambling on compatibility. The graphics side covers driver versioning, resolution and refresh-rate capability, HDR/Advanced Color support (queried through the DisplayConfig API the same way Windows' own display settings page does), VRAM capacity, and — with an honest disclaimer where Windows genuinely does not expose the data — GPU temperature and clock speed.

Storage-adjacent hardware identity (as opposed to filesystem-level disk management, which lives in the Disk / Storage category) shows up through the USB cluster: USB Vendor ID Viewer, USB Product ID Viewer, USB Controller Viewer, USB Device Ejector and USB Device Reset Tool cover identification and basic device lifecycle control, while USB Device History Viewer reads registry history to show every mass-storage device that has ever been plugged in, present or not. Peripherals round out the category: Keyboard Information Tool, Mouse Information Tool, Mouse Rate Checker and the full-screen Keyboard Test cover input devices; Audio Device Viewer, Check Sound Card and Sound Volume View cover playback and capture hardware; Monitor Information Tool, Multi-Monitor Detector, Monitor Asset Manager and ClickMonitorDDC cover displays, right down to reading the raw EDID block for the exact monitor model and driving brightness/contrast over the DDC/CI protocol without ever touching the on-screen menu.

A few tools intentionally stop short of what their name-alike commercial inspirations promise. ClockGen, SetFSB and ZenTimings, for example, report every piece of clock and memory-timing data that Windows' standard APIs will hand over honestly — but none of them load a low-level kernel driver to reach directly into the motherboard's SMBus and reprogram a clock generator chip, because that kind of direct hardware manipulation carries real risk of instability or damage and sits well outside what a small, trustworthy utility should attempt unsupervised. Where a real limitation exists, these tools say so plainly rather than faking a number.