This is because, with each age, the performance improves by a good margin, thanks to the evolution of architectural design. To compare CPUs for laptops and desktops, you must take the same from the same generation and the same series.įor instance, you cannot compare an i5 from the 11th generation with a model from the older 8th, 9th, or even 10th generation. (17763 vs 16629 PassMark score) Point to Note: Same Generation and Series Should Be Compared The latter has a clock speed of 2.70-4.40 GHz and has six cores and 12 threads.ĭespite the desktop-based Core i5 11500 having a lower clock speed, it has a better performance score than the laptop-based Core i5 11500H. The former has a clock speed of 2.90-4.60 GHz and has six cores and 12 threads. This is a myopic way to go and needs to be more accurate and misleading.įor instance, the Intel Core i5 11500H laptop CPU and the Core i5 11500 desktop CPU. Often people need to pay more attention to judging a CPU performance, not solely by looking at its clock speed. F Series CPU Looking at Only Clock Speed for Comparing Performance Can Be Misleading Whereas gamers and professional designers/editors generally prefer high-performance CPUs.Īlso Read: Intel K vs. Low-powered CPUs are great for those with manageable day-to-day work, such as office users. In other words, on laptops, weaker and low TDP CPUs such as the Intel Core i5 1135G7 and Core i5 11300H are deliberately provided to cater to those who value mobility, slim profile, and longer battery span as compared to high performance. This often results in larger laptop chassis, which are heavier and more accessible to carry. With laptops, a CPU with a higher TDP means higher battery consumption and requires a better cooling system. Desktop cases are significant and can provide ample cooling to dissipate the heat generated. The higher the TDP, the higher the power consumed and the higher the heat generated.ĭesktop CPUs generally have a higher TDP since power consumption and heat generated are often not an issue. You can see that the higher the performance of a CPU, the higher its TDP. The CPU’s TDP (Thermal Design Power) loosely describes the value of power consumption.
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