Here are the best gaming CPUs for the money, based on our benchmarks. These processors offer the best performance in their price ranges and most are suitable for overclocking.
Whether you’re spending $500 or $2,000 on components, we’ve picked out the perfect parts for your next PC build.
We rank the best RGB mouse pads for PC gaming, including extended pads and ones that are just plain pretty.
We tested ten different microSD cards on three different Pi models to help you find the fastest one for your Raspberry Pi.
Here are the best power supplies for gaming PCs. These PSUs offer the best reliability, performance and protection for your PC components.
Here are the best CPU cooler solutions (air and AIO/liquid) for a range of systems, from small form-factor builds to overclocked big-rigs.
Here are the best motherboards for Intel and AMD’s top processors. These boards offer great features, overclocking performance and pricing.
Here are the best RAM kits we’ve tested: computer memory that’s ideal for gaming, video editing and graphics-heavy applications.
Here are the best cases for custom PC builds. Our recommendations factor in cooling and noise, and many sell for less than $100 (£100, $150 AU).
We've picked the best CPUs for work, sorted by price range and needs, based on our extensive testing.
You can get a surprisingly powerful processor for less than $60. We've tested several cheap CPUs to help you find the right one for your needs and budget.
We benchmarked several USB-C laptop chargers with Gallium Nitride to help you find the right one for you.
Here are five gaming PC builds recommended by the Tom’s Hardware community. These builds range from $500 to $5,000 including RGB systems.
Professional monitors offer the best color accuracy and gamut and are well-suited for photographers and designers: Here are the best we’ve tested.
Here are the best VPN subscription services. We tested the most popular VPN services and conducted surveys with customers of VPN providers.
These child-friendly robots can help children as young as five years old develop STEM and programming skills.