What are the best mobile CPU brands of 2025?
The best mobile CPU brands are as follows.
- AMD (Overall score: 9.2 points)
- Apple (Overall score: 8.2 points)
- Intel (Overall score: 4.7 points)
The following chart ranks mobile CPU brands by average overall score.
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How much do the best mobile CPUs cost?
Mobile CPUs are usually bought as part of a full laptop rather than as a standalone chip. Cheaper mobile-CPU systems often start around £45-£430, stronger mainstream and gaming laptops usually sit around £430-£1,300, and the best mobile CPU systems can climb to about £4,300 at the high end.
That range reflects more than the processor alone. A more expensive mobile CPU is usually paired with stronger cooling, faster memory, better storage, and often a better dedicated GPU, so price makes the most sense when you read it as part of the whole laptop tier.
The following chart shows the price distribution of mobile CPUs.
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What makes a CPU good for laptops?
A CPU is good for laptops when it delivers enough real performance inside a laptop-sized thermal and battery envelope. In practice, that usually means a chip that fits a clear mobile power class such as 15 W, 28 W, or 45 W, offers at least 8 to 16 threads for modern multitasking, includes integrated graphics for display and media work, and can hold useful speed without immediate throttling.
That matters because laptops cannot hide a weak CPU behind unlimited cooling the way desktops sometimes can. A strong laptop CPU should stay responsive in office work, browsing, calls, and media tasks, still scale properly in heavier creator or gaming notebooks, and make sense for the size, noise level, and battery expectations of the machine around it.
How many cores do the best mobile CPUs have?
The best mobile CPUs span from 2 to 24 physical cores, but the practical center is much narrower. The strongest mainstream laptop chips usually sit around 6, 8, 10, 12, or 16 cores, with thread counts most often clustering at 8, 12, and 16 and some higher-end models stretching to 20 or 24 threads.
More cores help most in rendering, compiling, heavier creator work, and serious multitasking. For thinner laptops and many everyday workloads, though, a balanced 6- to 8-core chip with strong per-core speed often makes more sense than chasing the largest core count on paper.
The following chart compares the number of physical cores in mobile CPUs.
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Do the best mobile CPUs have integrated graphics?
Yes. Integrated graphics is effectively standard on mobile CPUs because laptops need onboard display output, video engines, and a graphics baseline even when there is no dedicated GPU. In this mobile CPU guide, almost every listed model includes integrated graphics, with only a tiny handful without it.
That matters because integrated graphics shapes how a laptop behaves in office work, video playback, battery-focused use, and machines that skip a dedicated GPU entirely. Even in laptops with a discrete GPU, the integrated graphics block still helps with media handling, display switching, and lighter tasks off the main GPU.
How much power do the best mobile CPUs use?
Mobile CPUs usually sit in a few clear power classes rather than one single TDP level. The dominant tiers are 15 W for mainstream thin laptops, 28 W for stronger ultraportables, and 45 W for performance notebooks, while 35 W and 55 W parts push further into gaming and creator territory. The full mobile range still stretches much wider, from about 4.5 W at the low end to well over 100 W in a few extreme laptop-class designs.
Power matters because it controls battery life, fan noise, chassis thickness, and how long the CPU can hold performance under load. A higher-TDP mobile CPU can be much faster, but only if the laptop around it has enough cooling to make use of it.
The following chart compares TDP values in mobile CPUs.
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What architectures do the best mobile CPUs use?
The best mobile CPUs are still overwhelmingly x86-64, with Intel and AMD covering most of the market, while ARM64 remains a smaller but important part of the category. On the x86 side, buyers now see both traditional multi-core layouts and hybrid designs that mix performance and efficiency cores, while ARM64 systems lean more heavily on tight power efficiency and integrated-platform behavior.
Architecture affects more than benchmarks. It changes app compatibility, sustained thermals, idle efficiency, battery behavior, and how tightly the CPU works with the laptop's graphics and memory system.
What memory types do the best mobile CPUs support?
The best mobile CPUs usually pair with DDR5 or LPDDR5-class memory, while older and cheaper laptops still appear with DDR4 or LPDDR4X-era platforms. In laptops, that matters a lot because memory bandwidth directly affects integrated graphics performance, multitasking headroom, and how responsive the whole system feels.
LPDDR memory is common in thin-and-light machines where efficiency and board space matter most, while DDR memory is more common in larger upgrade-friendly laptops. For buyers comparing mobile CPUs, the memory platform is part of the real performance story, not a side note.
