Processors (CPUs)
Current-generation Intel and AMD processors for new builds and upgrades.
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Specs
- Current-gen Intel and AMD options
- Matched to your motherboard and cooling
- Installation and thermal paste application included
- BIOS and driver setup included
Choosing Between Intel, AMD, Core Count, and Clock Speed
Intel and AMD both make current-generation processors that compete closely with each other, and the choice between them usually comes down to what's already in your system or which specific model fits your workload and budget best at the time, rather than one brand being categorically better. Both require a matching motherboard socket and chipset, so the processor and motherboard are effectively picked as a pair: a CPU doesn't drop into any board, it has to match the specific socket generation the board was built around.
Core count and clock speed pull in different directions depending on the workload. Higher clock speeds and strong single-thread performance matter more for gaming and everyday responsiveness, since a lot of games still lean on a handful of fast cores rather than spreading work evenly across many. Higher core counts matter more for workloads that split cleanly across threads (video rendering, compiling code, or running several demanding applications at once) where more cores working in parallel finishes the job faster even if each individual core is a bit slower.
Cooling is part of the decision too, not an afterthought. Higher core counts and clock speeds generate more heat, and a processor that isn't matched to adequate cooling will throttle its own performance to stay within safe temperatures, undoing whatever advantage the extra cores or clock speed were supposed to provide. Installation, thermal paste application, and BIOS and driver setup are all handled as part of getting a new processor into your system correctly matched to its cooling.
It depends on the workload. Gaming and everyday responsiveness lean more on clock speed and strong single-thread performance. Rendering, compiling, and running multiple demanding programs at once benefit more from higher core counts.
No. A processor has to match the motherboard's socket and chipset generation, so the two are effectively chosen as a matched pair rather than independently.