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Hardware vs. Software: What's the Difference?

TechnologySide-by-sideWritten comparisonAll comparisons

Read the comparison below, or explore it visually. Create a visual lesson comparing hardware and software using available credits or plan allowance.

Hardware is the physical part of a computer you can touch, such as the processor, memory, screen and keyboard, while software is the set of instructions, stored as data, that tells the hardware what to do. Hardware without software sits idle, and software needs hardware to run on. Operating systems, apps and games are all software.

At a glance

HardwareSoftware
NaturePhysical components made of matterInstructions and data stored electronically
ExamplesCPU, RAM, SSD, keyboard, monitorWindows, Android, web browsers, games
How it changesUpgraded by replacing partsUpdated by installing new versions
How it failsWears out, overheats or breaksHas bugs, but does not wear out
CopyingEach unit must be manufacturedCopied instantly at almost no cost

Which should you use?

Hardware

A hardware upgrade is the fix when a physical part is the limit, such as adding RAM to a laptop that slows down with many tabs open, or replacing a cracked phone screen.

Software

A software fix applies when the problem lies in the instructions, such as installing a security update, removing an app that keeps crashing, or reinstalling a corrupted printer driver.

Frequently asked questions

Is firmware hardware or software?
Firmware is software: instructions stored in a non-volatile chip built into a device, such as a router or washing machine. It works very close to the hardware and is updated rarely, so it is often described as the bridge between the two.
Is an operating system hardware or software?
Software. An operating system such as Windows, Android or Linux is a program that manages the hardware, sharing out memory, processor time, storage and devices, and provides services that other applications use.
Can software damage hardware?
Normally no, because components have built-in safety limits. The main exceptions are a failed firmware update, which can leave a device unable to start, and aggressive overclocking settings that push parts beyond safe heat or voltage.