Comprehensive hardware monitoring for Windows
HWMonitor, developed by CPUID, is a hardware monitoring program for Windows that reads a PC’s main health sensors, including voltages, temperatures, power consumption, currents, fan speeds, clock speeds, and utilization levels.
Its key strength lies in providing detailed insights into critical system components such as the CPU and GPU, as well as storage devices via S.M.A.R.T., memory modules with thermal sensors, batteries, and compatible monitoring chips. This allows users to monitor hardware health and detect potential issues related to temperature, power delivery, or system performance.
HWMonitor organizes sensor readings in a hierarchical, tree-style interface that groups values by device, making it easy to view related data at a glance. Each monitored parameter includes current, minimum, and maximum recorded values, allowing users to observe fluctuations and identify peak readings during system activity.
Sensor data organization and export options
The program also allows users to generate and save a detailed text report through the File menu. This report can be shared for technical support or further analysis, making it useful for troubleshooting and documentation purposes.
Safe, read-only system monitoring
HWMonitor is dedicated exclusively to hardware monitoring and does not include driver management or update features. The program operates in a read-only mode, scanning and reporting sensor data without modifying system settings or hardware configurations. This design minimizes risk by ensuring that the software does not make changes to the system. Users can monitor hardware activity and performance without affecting existing configurations.
Lightweight tool for monitoring PC hardware
HWMonitor offers a simple way to keep track of your computer’s vital hardware readings in real time. Its clean layout, clear min and max tracking, and easy report saving make it practical for everyday monitoring or troubleshooting. Without making any system changes, it lets users confidently check temperatures, power levels, and overall performance whenever needed.
Pros
- Real-hardware sensor monitoring
- Tracks time minimum and maximum values
- Structured, easy-to-read interface
- Generates detailed text reports
- Read-only and non-intrusive operation
- Supports wide range of hardware sensors
Cons
- Monitoring only, no system tuning
