Hardware finder
Laptop and desktop processors compared on cores, clocks, integrated graphics, NPU performance and power.
Updated October 11, 2026
1279 processors from 3 brands. Prices from $42.00 to $7,453.00.
Consumercarts is reader-supported. Learn more
Showing 1279 Processors (CPUs) found
Laptop and desktop processors compared on cores, clocks, integrated graphics, NPU performance and power.
Every processor here is listed with the specifications that decide a build: socket, core and thread count, base and boost clock, cache, and the power figures that determine which cooler you need.
Socket is the first filter that matters. A processor only fits a motherboard with the same socket, so check the socket on both spec sheets before you buy. The catalog covers 1,267 processors, split roughly evenly between 492 laptop parts and 489 desktop parts, with the rest server and embedded silicon.
Where a chip has enough public Blender Open Data results to be trustworthy we publish a measured render score with its sample size, rather than a marketing figure. That covers 124 processors today. Everything else is compared on specifications only, which we state plainly rather than dressing up as performance.
A note on comparing across generations: core count and clock speed do not transfer between architectures, so a 5GHz chip from 2017 is not faster than a 4.5GHz chip from 2025. The desktop CPU tier list and laptop CPU tier list rank chips by segment instead, and CPU bottleneck explained covers matching a processor to a graphics card.
Pick the platform first, then the chip. The socket decides which motherboards, coolers and memory you can use, and how many upgrades you get before a full rebuild. Core count matters far less than most spec sheets imply.
Gaming is decided by a handful of fast cores and by cache, not by core count. A 6 or 8 core part with large cache beats a 16 core part in almost every game. Rendering, compiling and video export are the opposite: they scale with cores and with sustained clocks under load.
If you do both, buy for the workload you do daily and accept a compromise on the other.
Past 8 cores, most desktop software stops using them. The extra silicon shows up as heat and as a cooler you now have to buy. Check whether your actual applications thread before paying for cores.
A chip rated at 170W needs a cooler that can move 170W and a case that can exhaust it. Boost clocks are a ceiling, not a promise: a part that boosts to 5.7GHz on one core may hold 4.8GHz across all cores, and the all-core figure is what decides render times.
If you are not buying a discrete card, confirm the CPU has integrated graphics. Several desktop parts, including AMD's F suffix and Intel's KF suffix, have none and will not display anything on their own.
Match the socket exactly. An AM5 processor fits only an AM5 board, LGA1700 only LGA1700. Older boards may also need a BIOS update before they recognise a newer chip in the same socket.
Not usually. Most games are more sensitive to single-thread speed and cache than to raw core count, which is why chips with large stacked cache outperform their core count in games.
Base power is the sustained rating the cooler must handle continuously. Max turbo power is the short-term peak. Size your cooler to the turbo figure, not the base.
Some processors include one, many do not. The bundled cooler field on each product page says which. Included coolers are adequate for stock use and are usually replaced for overclocking or quieter operation.
The processor allows manual overclocking. It also requires a motherboard chipset that permits it, so check both before buying for that purpose.