lshw vs Psensor

Struggling to choose between lshw and Psensor? Both products offer unique advantages, making it a tough decision.

lshw is a System & Hardware solution with tags like hardware, system-information.

It boasts features such as Displays detailed information about hardware configuration, Extracts CPU speed, memory size, firmware version, etc, Can output results in HTML, JSON or plaintext format, Works on Linux, *BSD, Solaris, GNU Hurd, MINIX 3, Mac OS X and other UNIX variants, Does not require root permissions to run, Modular design allows easy extensibility and customization and pros including Lightweight and fast, Very detailed hardware reporting, Cross-platform support, Does not require root access, Output can be easily parsed programmatically, Actively maintained and updated.

On the other hand, Psensor is a System & Hardware product tagged with temperature, monitoring, hardware, sensors.

Its standout features include Monitors temperature of hardware components like CPU, GPU, hard drives, Displays temperature data on system tray icon and in graphs, Sets alarms and notifications when temperature thresholds are crossed, Can trigger actions like system shutdown if dangerous temps reached, and it shines with pros like Free and open source, Simple interface, Cross-platform - works on Windows, Linux, MacOS, Highly customizable alarms and notifications, Integrates with many hardware sensors out of the box.

Feature	lshw	Psensor
Overall Score	N/A	N/A
Primary Category	System & Hardware	System & Hardware

Product Overview

lshw

Description: lshw is a small tool for displaying detailed information about the hardware configuration of a system. It can extract information such as CPU speed, memory size, firmware version, etc.

Psensor

Description: Psensor is an open source application that monitors hardware temperature sensors inside computers. It can display graphs, set alarms, and take actions when certain temperatures are reached.

Key Features Comparison

lshw Features

• Displays detailed information about hardware configuration
• Extracts CPU speed, memory size, firmware version, etc
• Can output results in HTML, JSON or plaintext format
• Works on Linux, *BSD, Solaris, GNU Hurd, MINIX 3, Mac OS X and other UNIX variants
• Does not require root permissions to run
• Modular design allows easy extensibility and customization

Psensor Features

• Monitors temperature of hardware components like CPU, GPU, hard drives
• Displays temperature data on system tray icon and in graphs
• Sets alarms and notifications when temperature thresholds are crossed
• Can trigger actions like system shutdown if dangerous temps reached

Pros & Cons Analysis

lshw

Pros

• Lightweight and fast
• Very detailed hardware reporting
• Cross-platform support
• Does not require root access
• Output can be easily parsed programmatically
• Actively maintained and updated

Cons

• Text output can be hard to read for humans
• Does not work on Windows
• May fail to detect some hardware correctly
• Not all information may be available without root access

Psensor

Pros

• Free and open source
• Simple interface
• Cross-platform - works on Windows, Linux, MacOS
• Highly customizable alarms and notifications
• Integrates with many hardware sensors out of the box

Cons

• Setup can be tricky for some hardware
• Graphing and data logging features are basic
• Limited to monitoring temperature only
• Development seems stagnant, lacks new features

Pricing Comparison

lshw

• Open Source
• Free

Psensor

• Open Source