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The order of the best chipsets in the world, check which order your smartphone is in?

The order of the best chipsets in the world, check which order your smartphone is in?

YOGYAKARTA – There are many smartphones on the market, and almost all of them have different chipsets. The performance of any chipset is very important for any smartphone, it influences the user experience and has a long-term positive impact.

First, let’s understand the meaning of Chipset. A chipset is a collection of integrated circuits that supports and coordinates the functions of various components in a system, such as processors, memory, graphics cards, storage, and I/O (Input/Output) devices.

Check out our best processors for phones ranking list if you want to make sure you choose the right smartphone with the right SoC in order of best chipset.

Every year, new mobile processors make their debut in the smartphone sector. Each is different, and each surpasses the previous one. The 2021 chipset ranking list consists of more than 170 CPUs with their benchmarking. However, there is a fine line between the capabilities of each processor.

One can improve your gaming performance, while another can give you a high-quality camera experience, and another can give you a great overall experience. In this post, we have selected the best mobile processors and compiled a mobile CPU ranking list. This will help you quickly determine the best smartphone CPU for your future handset.

Best Chipset Order

So, if you’re looking for a list of the best mobile CPUs, we’ve put together a list of 159 mobile processors, along with their rankings and benchmark scores from several benchmarking websites.

This list will help you identify the top smartphone processors and help you make a smart purchasing decision. Here is the order of the top 50:

  1. A15 Bionic – Apple
  2. Dimensity 9000 – MediaTek
  3. Snapdragon 8 Gen 1 – Qualcomm
  4. A14 Bionic – Apple
  5. Exynos 2200 – Samsung
  6. Snapdragon 888 Plus – Qualcomm
  7. Snapdragon 888 – Qualcomm
  8. Google Tensors – Google
  9. Kirin 9000 – HiSilicon
  10. Dimensity 8100 – MediaTek
  11. Exynos 2100 – Samsung
  12. A13 Bionic – Apple
  13. Kirin 9000E – HiSilicon
  14. Snapdragon 870 – Qualcomm
  15. Exynos 1080 – Samsung
  16. Snapdragon 865 Plus – Qualcomm
  17. Dimensity 1200 – MediaTek
  18. Dimensity 1100 – MediaTek
  19. Snapdragon 865 – Qualcomm
  20. Dimensity 1000 Plus – MediaTek
  21. A12 Bionic – Apple
  22. Snapdragon 860 – Qualcomm
  23. Exynos 990 – Samsung
  24. Snapdragon 855 Plus – Qualcomm
  25. Snapdragon 778G Plus – Qualcomm
  26. Kirin 990 (5G) – HiSilicon
  27. Snapdragon 780G – Qualcomm
  28. Snapdragon 778G – Qualcomm
  29. Snapdragon 855 – Qualcomm
  30. Kirin 990 (4G) – HiSilicon
  31. Exynos 9825 – Samsung
  32. Exynos 9820 – Samsung
  33. Dimensity 1000 – MediaTek
  34. Dimensity 920 – MediaTek
  35. Dimensity 1000L – MediaTek
  36. Kirin 985 – HiSilicon
  37. Kirin 980 – HiSilicon
  38. Kirin 820 – HiSilicon
  39. Dimensity 820 – MediaTek
  40. Snapdragon 768G – Qualcomm
  41. Dimensity 900 – MediaTek
  42. Snapdragon 845 – Qualcomm
  43. Snapdragon 695 – Qualcomm
  44. A11 Bionic – Apple
  45. Exynos 9810 – Samsung
  46. Exynos 980 – Samsung
  47. Snapdragon 765G – Qualcomm
  48. Dimensity 800U – MediaTek
  49. Snapdragon 765 – Qualcomm
  50. Snapdragon 480 Plus – Qualcomm

What exactly is a processor or central processing unit (CPU)?

A processor, in technical terms, is an electrical circuit that manages a device’s instructions. Multiple logic gates, arithmetic logic units, combinational logic, main memory, and input/output (IO) are all included. Different processing threads, such as Artificial Intelligence Engines and Image Signal Processors, are included in today’s mobile processors.

This processor is designed to meet the needs of smartphone users. They are set up to handle computing, voice calls, image generation, camera calibration, and cellular networks. To put it bluntly, they are the intelligent mobile processors of the future, which is why today’s mobile processors are referred to as System-on-Chip (SoC). However, because this SoC is so advanced, extra testing is required to find important breakthroughs in CPU benchmarking.

What exactly is benchmarking ?

Benchmarking is a technique used at the industrial level to evaluate SoC performance using certain matrices. This matrix is ‚Äč‚Äčnothing more than a score given to the SoC after successful testing. Gaming performance, battery savings, and general CPU performance are examples of tests that an SoC undergoes to determine its computing capabilities.

Apple’s A15 Bionic CPU is currently the largest processor for mobile devices in the 2022 chipset rankings. This is the same chip found in Apple’s new iPhone 13 and iPad series and in the 2021 chipset rankings.

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