20+ Best Mobile Phone Processor: New Edition 2024

We will provide complete information about the Best Mobile Phone Processor in 2024: ( New Edition 2024)

Welcome to our “Best Mobile Phone Processors Ranking List”, an edition that is your ultimate resource for staying on the cutting edge of smartphone technology. We are constantly updating this ranking list, which provides information about the top 20+ best mobile phone processors compared to the latest smartphone devices.

This site delves deep into the world of mobile processor technology, checking benchmark scores from various reputable companies. Through this version of our site, you can make informed decisions about the core of your smartphone’s performance, ensuring you stay at the forefront of the ever-evolving landscape of mobile technology.

Explore the rankings, compare scores, and discover the powerhouses playing on your favorite devices.

Best Mobile Phone Processor List

#	Processor	Rating	Smartphone Device	AnTuTu V10	Geekbench 6	Cores	Clock	GPU
1	Qualcomm SM8550 Snapdragon 8 Gen 2	99 A+	Red Magic 8 Pro+	1607837	1625 / 5104	8 (1+2+2+3)	3200 MHz	Adreno 740
2	Qualcomm SM8475 Snapdragon 8+ Gen 1	96 A+	Legion Y70	1339770	1789 / 4640	8 (1+3+4)	3000 MHz	Adreno 730
3	Qualcomm SM7475 Snapdragon 7+ Gen 2	96 A+	Xiaomi Poco F5	1311889	1701 / 4176	8 (1+3+4)	2910 MHz	Adreno 725
4	Apple A16 Bionic	95 A+	iPhone 14 Pro	948258	2514 / 6362	6 (2+4)	3460 MHz	Apple A16 GPU
5	Mediatek Dimensity 9000	95 A+	OnePlus Nord 3 5G	932839	1011 / 3254	8 (1+3+4)	3050 MHz	Mali-G710 MP10
6	Qualcomm SM8350 Snapdragon 888 5G	94 A+	Huawei Honor X40 gt	863489	1114 / 3676	8 (1+3+4)	2840 MHz	Adreno 660
7	Apple A15 Bionic	94 A+	iPhone 13 Pro Max	840483	2262 / 5438	6 (2+4)	3230 MHz	Apple A15 Bionic
8	Mediatek Dimensity 8100	93 A+	Mi 12T	835913	1146 / 3798	8 (4+4)	2850 MHz	Mali-G610 MC6
9	Samsung Exynos 2200	93 A+	Samsung Galaxy S22	835672	1390 / 3375	8 (1+3+4)	2800 MHz	Samsung Xclipse 920
10	Mediatek Dimensity 8100	93 A+	Poco X4 GT	820061	1073 / 3364	8 (4+4)	2850 MHz	Mali-G610 MC6
11	Qualcomm SM8250 Snapdragon 870 5G	92 A+	iQOO Neo6 SE	802545	892 / 3122	8 (1+3+4)	3200 MHz	Adreno 650
12	Google Tensor G2	92 A+	Google Pixel 7a	789983	1380 / 3701	8 (2+2+4)	2850 MHz	Mali-G610 MC6
13	MediaTek Dimensity 7000	93 A+	Poco F4	743884	967 / 3458	8 (4+4)	3200 MHz	Mali G77MC
14	Qualcomm SM8250 Snapdragon 865 5G	91 A+	Galaxy S20 FE 4G	721040	924 / 2611	8 (1+3+4)	2840 MHz	Adreno 650
15	Google Tensor	90 A+	Google Pixel 6 Pro	719833	1039 / 3726	8 (2+2+4)	2800 MHz	Mali-G78 MP20
16	Mediatek Dimensity 8020	90 A+	Motorola Edge 40	718721	1105 / 3542	8 (4+4)	2600 MHz	Mali-G77 MC9
17	MediaTek Dimensity 1200	89 A+	Vivo x70 Pro 5G	710054	948 / 3294	8 (1+3+4)	3000 MHz	Mali-G77 MC9
18	Mediatek Dimensity 8100	88 A+	Realme GT Neo	706011	993 / 2975	8 (4+4)	2850 MHz	Mali-G610 MC6
19	MediaTek Dimensity 1100	88 A+	Vivo S9	697833	881 / 3601	8 (4+4)	2600 MHz	Mali-G77 MC9
20	Huawei HiSilicon Kirin 9000	87 A+	Huawei P50 Pro	691535	1042 / 3785	8 (1+3+4)	3130 MHz	Mali-G78 MP24
21	Samsung Exynos 1080	87 A+	Vivo X60	689773	849 / 2938	8 (1+3+4)	2800 MHz	Mali-G78 MP10
22	Apple A14 Bionic	86 A+	Apple iPhone 12	665733	1592 / 4211	6 (2+4)	3100 MHz	Apple A14 Bionic
23	Huawei HiSilicon Kirin 9000E	86 A+	Huawei Mate 40	654778	982 / 3606	8 (1+3+4)	3130 MHz	Mali-G78 MP22
24	Qualcomm Snapdragon 865 Plus	85 A+	Asus ROG Phone 3	647884	980 / 3675	8 (1+3+4)	3100 MHz	Adreno 650
25	Samsung Exynos 2100	85 A+	Samsung Galaxy S21	647553	1096 / 3723	8 (1+3+4)	2900 MHz	Mali-G78 MP14
26	Apple A13 Bionic	85 A+	iPhone 11 Pro Max	636060	1704 / 3725	6 (2+4)	2650 MHz	Apple A13 Bionic GPU
27	Qualcomm Snapdragon 7 Gen 1	84 A	Samsung Galaxy A74	628622	839 / 3102	8 (1+3+4)	2400 MHz	Adreno 644
28	Qualcomm Snapdragon 860	84 A	Poco X3 Pro	627870	969 / 2435	8 (1+3+4)	2960 MHz	Adreno 640
29	Qualcomm QCM6490AGM	83 A	AGM G2	589774	901 / 2977	8 (1+3+4)	3200 MHz	Qualcomm Adreno 643L
30	Huawei HiSilicon Kirin 990	84 A	Huawei Honor Play 4 Pro	585388	778 / 3190	8 (2+2+4)	2860 MHz	ARM Mali-G76 MP16
31	MediaTek Dimensity 1050	82 A	Vivo X80T Pro 5G	574234	2144 / 748	8 (2+6)	2500 MHz	Mali-G610 MC3
32	Qualcomm Snapdragon 780G	82 A	Xiaomi Mi 11 Lite 5G	567442	920 / 2903	8 (1+3+4)	2400 MHz	Adreno 642
33	Qualcomm Snapdragon 782G	81 A	Honor 80	565255	893 / 3004	8 (1+3+4)	2700 MHz	Adreno 642L
34	Qualcomm Snapdragon 778G+	82 A	Honor 70	551266	878 / 2926	8 (1+3+4)	2500 MHz	Adreno 642L
35	MediaTek Dimensity 930	80 A	Vivo V27	544730	807 / 2776	8 (2+6)	2200 MHz	IMG BXM-8-256
36	MediaTek Dimensity 1000+	79 A	Xiaomi Redmi K30 Ultra	533627	808 / 3147	8 (4+4)	2600 MHz	Mali-G77 MP9
37	Mediatek Dimensity 7050	79 A	realme 11 pro 5G	529557	946 / 2403	8 (2+6)	2600 MHz	Mali-G68 MC4
38	MediaTek Dimensity 1000	79 A	realme X7 Pro	533627	797 / 3033	8 (4+4)	2200 MHz	Mali-G57 MC2
39	Qualcomm Snapdragon 778G	78 A	Realme GT Master Edition	529557	873 / 2875	8 (1+3+4)	2400 MHz	Adreno 642L
40	Apple A12 Bionic	78 A	iPhone XS	524463	1269 / 2538	6 (2+4)	2490 MHz	Apple A12 GPU
41	MediaTek Dimensity 1080	77 A	Xiaomi Redmi Note 12 Pro 5G	518799	820 / 2922	8 (2+6)	2600 MHz	Mali-G68 MC4
42	Samsung Exynos 990	77 A	Samsung Galaxy S20 Ultra	517699	944 / 3128	8 (2+2+4)	2730 MHz	Mali-G77 MP11
43	MediaTek Dimensity 920	76 A	realme Narzo 50 Pro 5G	508711	876 / 3287	8 (2+6)	2500 MHz	Mali-G68 MC4
44	Samsung Exynos 1280	76 A	Samsung Galaxy A53 5G	498711	748 / 2188	8 (2+6)	2400 MHz	Mali-G68 MP4
45	MediaTek Dimensity 900	75 A	OnePlus Nord CE 2 5G	489663	778 / 2844	8 (2+6)	2400 MHz	Mali-G68 MC4
46	Qualcomm Snapdragon 765GOppo	75 A	Oppo Reno 3 Vitality	481227	675 / 2529	8 (1+1+6)	2400 MHz	Adreno 620
47	Qualcomm Snapdragon 855 Plus	74 A	Asus ROG Phone II	478212	767 / 2697	8 (1+3+4)	2960 MHz	Adreno 640
48	Samsung Exynos 9825	74 A	Samsung Galaxy Note 10+	466272	782 / 2418	8 (2+2+4)	2730 MHz	Mali-G76 MP12
49	Qualcomm Snapdragon 855	73 A	OnePlus 8	452117	765 / 2856	8 (1+3+4)	2840 MHz	Adreno 640
50	Huawei HiSilicon Kirin 990E	74 A	Huawei Mate 40E	439886	765 / 3089	8 (2+2+4)	2860 MHz	Mali-G76 MP

Mobile Processor Brands: Pioneers in Smartphone Power

Leader in mobile processing

In today’s technology-filled world, the heartbeat of a smartphone device is the processor. Mobile processors in mobile phones dictate performance, efficiency, and overall user experience. Several major brands have emerged as prominent in the mobile processor industry, each with its own unique contributions and innovations.

1. Qualcomm Snapdragon: Powering Innovation

Qualcomm Snapdragon: setting the pace in mobile technology

This Qualcomm Snapdragon company was established in 1985. , and it has also been at the forefront of Qualcomm mobile processor development. The Snapdragon series, introduced in 2007, has become synonymous with cutting-edge technology. These processors are known for their exceptional CPU and GPU performance, energy efficiency, and support for advanced features like 5G connectivity and AI enhancements.

2. Apple A-Series: Precision and Performance

Apple A-series: taking iOS devices to new heights

Since this company was established in 1976, it has been continuously progressing in the technology industry. The company’s A-series processors, which are specifically designed for iPhone and iPad, are renowned for their unmatched performance and seamless integration with iOS. Custom-designed by Apple, these processors continually set new standards in processing power and efficiency.

3. MediaTek Dimensity: A Game Changer

MediaTek Dimensity: expanding high-performance access

This company was established in 1997. MediaTek introduced its Dimensity series to democratize high-performance processors. These chips offer competitive pricing and feature-packed designs, making them a popular choice for mid-range and budget smartphones that offer exceptional value for money.

4. Samsung Exynos: Innovation at Its Core

Samsung Exynos: Where innovation meets versatility

Samsung, a company whose history dates back to 1938, is known for its innovative processors. And today in this technology-filled world, Samsung company’s Exynos processor has made its place among the top-tier mobile chips. With a focus on innovation and versatility, Exynos processors power a range of Samsung devices and are recognized for their strong performance, efficient power management, and support for advanced camera technologies.

5. Huawei Kirin: A Commitment to Excellence

Huawei Kirin: excellence in innovation

The Huawei company was established in 1987. And this company is famous for its unwavering commitment to innovation. The company introduced its Kirin processors in 2012, which are today known for their advanced AI capabilities and support for high-end photography and gaming experiences. Huawei’s unique vision for mobile devices is complemented by Kirin processors, making them an integral part of Huawei’s success.

6. Intel: Evolving for Mobile

Intel: Shaping the future of mobile processing

Intel company was established in 1968. Intel is synonymous with computing innovation. Although not as dominant in the smartphone market, Intel processors bring a legacy of reliability and innovation. They are primarily found in a specific segment of smartphones, often associated with specific features such as enhanced security and connectivity.

7. Google Tensor: Powering Pixel Perfection

Google Tensor: Enhancing the Pixel Experience

Google introduced its Google Tensor processor in 2021 Google’s Tensor processors are at the heart of Pixel smartphones, providing a seamless and integrated experience within the Android ecosystem. These processors are optimized for Google’s software, ensuring a smooth and responsive user experience.

8. HiSilicon Kirin: Driving Huawei’s Vision

HiSilicon Kirin: Fusing Technology and Vision

A HiSilicon company founded in 2004, HiSilicon Kirin processors are an integral part of Huawei’s smartphones, combining cutting-edge technology with Huawei’s unique vision for mobile devices. These processors are designed to deliver exceptional performance and efficiency to complement Huawei’s innovative hardware.

7 Important Facts about Smartphone Processors You Should Be Aware of

01. The processor is a crucial component of a smartphone, as it can significantly impact the user experience and is often one of the most expensive parts of the device.

02. There are two primary types of processors: CPUs and GPUs, with CPUs typically handling app and non-graphic-related tasks while GPUs focus on rendering graphics on the screen.

03. While a larger processor can suggest a more powerful device, the number of cores is not as important as the speed of each core.

04. Clock speed, measured in GHz, indicates how quickly the CPU can perform calculations, and a higher clock speed means faster performance.

05. Other factors, such as battery life, camera quality, display size and resolution, and operating system preferences, can also impact the smartphone selection process.

06. Upgrading to a newer device with a more powerful processor can improve device performance, particularly if your current phone is an older model.

07. It’s worth noting that smartphone processors can be more powerful than laptop processors, and choosing the right processor is a critical factor in finding the ideal smartphone.

What is AnTuTu Benchmark?

Antutu Benchmark is a popular mobile benchmarking tool that evaluates the performance of smartphones and tablets. It was developed by a Chinese company called AnTuTu and is available for Android and iOS devices.

The benchmark test consists of several tests that measure the device’s performance in various areas, including CPU, GPU, RAM, storage, and UX (user experience). The overall score is a combination of the scores from each test and provides an indication of the device’s overall performance.

Here’s a brief explanation of each of the tests that Antutu Benchmark runs:

CPU Benchmarks: This test evaluates the processor’s performance by running several CPU-intensive tasks.

GPU test: This test measures the graphics performance of the device by running a set of 3D graphics tests.

RAM test: This test measures the device’s memory performance by evaluating the read and write speeds of the RAM.

Storage test: This test evaluates the device’s storage performance by measuring the read and write speeds of the internal storage.

UX test: This test evaluates the overall user experience by measuring the device’s responsiveness, smoothness, and multi-tasking capabilities.

After running all the tests, Antutu Benchmark assigns a score to the device based on its performance. The higher the score, the better the performance.

Antutu Benchmark is widely used by users and manufacturers to compare the performance of different devices. However, it’s worth noting that the benchmark results don’t always translate to real-world usage. The benchmark measures the device’s performance in a controlled environment, and actual usage may vary depending on several factors, including the software, apps, and user behavior.

What is Geekbench Benchmark?

Geekbench is a cross-platform benchmarking tool developed by Primate Labs that measures the performance of CPUs, GPUs, and memory in a variety of devices, including desktops, laptops, smartphones, and tablets. It’s available for Windows, macOS, Linux, iOS, and Android platforms. Geekbench uses a set of synthetic tests to measure the performance of a device’s processor, memory, and graphics card.

Here’s a brief explanation of the types of tests that Geekbench runs:

CPU Tests: Geekbench uses a set of tests that measure the performance of a device’s processor. The tests simulate real-world scenarios such as image and video processing, encryption, and compression. The results are provided in single-core and multi-core scores.

GPU Tests: Geekbench’s GPU tests measure the performance of the device’s graphics card by running a set of tests that simulate real-world graphics workloads such as rendering, image manipulation, and game physics.

Memory Tests: Geekbench’s memory tests evaluate the performance of a device’s RAM by measuring the read and write speeds of the memory.

After running the tests, Geekbench provides a single-core and multi-core score for the device. The scores are used to compare the performance of different devices, and the higher the score, the better the performance.

Geekbench is widely used by individuals and manufacturers to evaluate the performance of devices. The tool is particularly useful in comparing the performance of different processors and graphics cards. However, like other synthetic benchmarks, it’s worth noting that the scores don’t always translate to real-world performance, as actual usage may vary depending on several factors, including the software, apps, and user behavior.

FAQs

What exactly is a mobile processor ranking list, and why is it significant?

A mobile processor ranking list is a curated compilation of mobile processors, systematically ordered based on various performance metrics, features, and specifications. It holds immense importance because it empowers consumers to make well-informed decisions when choosing a smartphone. The mobile processor profoundly influences a device’s performance, making the ranking list an essential resource.

How do BestCheck determine the rankings of mobile processors?

The rankings of mobile processors are meticulously determined through a comprehensive evaluation process. We consider an array of factors, including benchmark scores, CPU and GPU performance, power efficiency, thermal management, and real-world usage scenarios. These criteria are assessed to provide consumers with a clear and objective perspective on how different processors compare.

Where can I reliably access up-to-date mobile processor ranking lists?

You can reliably access up-to-date mobile processor ranking lists from various sources, but one of the most dependable options is BestCheck. BestCheck is renowned for providing the latest and most comprehensive information on mobile processors, ensuring that you have access to the most current rankings and comparisons in the smartphone industry.

Which mobile processors currently hold the top positions in these rankings?

While the specific processors occupying the top positions can vary depending on the source and the criteria applied, some consistently top-ranked mobile processors include those from the Qualcomm Snapdragon series, Apple A-series, and MediaTek Dimensity series.

Is it a straightforward fact that a higher-ranked processor guarantees superior performance in smartphones?

Yes, it is indeed a straightforward fact that smartphones equipped with higher-ranked processors generally deliver superior performance. These processors are engineered to handle resource-intensive tasks with efficiency, making them ideal for activities such as gaming, multitasking, and running demanding applications. Nevertheless, it’s vital to consider your individual usage requirements when selecting a smartphone processor.

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