You should look for the most effective, productive, and modern alternatives when selecting a high-end gaming phone so that it can run any mobile game at its highest settings. You can accomplish this by selecting the right CPU in addition to the model with the most RAM or the name ending in “Pro.” Top 10 Best Smartphone Processors in 2024
We’ll be discussing the top 10 smartphone processors of 2024 with you today. Antutu and Geekbench stress tests are used in the selection process, in addition to other factors like performance and cores.
How to choose a processor for a smartphone
We’ll be discussing the top 10 smartphone processors of 2024 with you today. Antutu and Geekbench stress tests are used in the selection process, in addition to other factors like performance and cores.
Number of Cores
Within a processor, different cores usually have different properties. Any model from our rating, such as the Dimensity 9300, which has all eight cores split into three clusters, is a good example of this. Three Cortex-A720 cores at 2000 MHz, three Cortex-X4 cores at 2850 MHz, and a very productive Cortex-X4 core at 3250 MHz are found in the first.
This kind of isolation is usually required to increase energy efficiency. There are different clusters needed for different tasks because the higher the frequency, the faster the phone drains its battery. The weaker ones are utilized for website browsing and camera use, while the more productive ones are used when loaded with videos, games, or neural networks.
Operating frequency
It is associated with the chip cores directly. Weaker cores, the Cortex-A720 at 2000 MHz, are employed, roughly speaking, if a smartphone with a Dimensity 9300 CPU currently uses its power primarily to view humorous videos. If you choose to load the device with demanding games, the 3250 MHz Cortex-X4 cores will be utilized. The device can accomplish more tasks at a higher frequency, but the battery will discharge more quickly.
Process technology and nanometers
In addition to core count and frequency, the technological manufacturing process is another factor considered when comparing different chips. This number decreases with increasing model sophistication. Thus, a run-up from 3 to 7 nanometers can be found in gaming processors, and from 8 to 12 in budget ones. The most common and essentially the most efficient processing technology in this list of the top ten smartphones is the 4-nanometer technology.
10. A15 Bionic
Starting with the last tenth position, where the Apple CPU A15 Bionic fits, let’s begin our choices. The previous model, which debuted on September 14, 2021, is still among the top ten, despite initially facing competition from Qualcomm’s Snapdragon 888 CPU. By the way, Antutu and Geekbench indications currently show that he is outside of the top 20.
What traits do we possess? Built on then-state-of-the-art 5-nanometer technology, the A15 Bionic has six cores. A total of 2020 MHz is produced by the hybrid assembly’s four energy-efficient Blizzard cores and two powerful Avalanche cores, combining to create a frequency of 3230 MHz. It also features five graphics cores operating at 1338 MHz. For the majority of games, including the well-liked Genshin Impact, this is sufficient as of right now.
- Number of cores : 6
- Frequency : 3230 MHz
- Process technology : 5nm
- Antutu : 1,299,472
- Geekbench : 2342/5747
9. Dimensity 8300
Introducing the first CPU from MediaTek in this series. Even though it is one spot better than the preceding chip, it was released several years apart; the 8-core Dimensity 8300 was only revealed on November 21, 2023. It’s interesting to note that the MediaTek model and the elderly Appleman are equal in practically every way; the latter only triumphs in terms of gaming performance and innovation. However, the pricing of the Dimensity 8300 is its best excellent attribute. Certain reasonably priced smartphones, such as the Poco X6 Pro, have the processor integrated.
The eight cores of the Dimensity 8300 CPU are three Cortex-A715 at 3200 MHz, four Cortex-A510 at 2200 MHz, and one Cortex-A715 at 3350 MHz. It is produced with a more recent 4-nanometer process technology. Along with the brand-new Mali-G615 GPU—which is 60% faster than its predecessor the Dimensity 8200—the processor also supports generative AI.
- Number of cores : 8
- Frequency : 3350 MHz
- Process technology : 4nm
- Antutu : 1,540,853
- Geekbench : 1513/4863
8. Dimensity 9200
Despite the higher number in the name, MediaTek’s next chip was unveiled on November 8, 2022, a year sooner. Dimensity 9200, on the other hand, has eight cores: three Cortex-A715 at 2850 MHz, four Cortex-A510 at 1800 MHz, and one Cortex-X3 at 3050 MHz. It is also built on a 4-nanometer technology. For graphics, the Mali-G715 Immortalis MP11 GPU is in charge.
It’s interesting to note that the Dimensity 9200 significantly beat its rivals in the Manhattan 3.0 and Manhattan 3.1 graphics tests, with 328 and 228 FPS respectively. In contrast, the fifth-placed A16 Bionic processor in this list demonstrated 280 and 200 FPS at the same moment. The Snapdragon 8+ Gen 1 and Dimensity 9000+ are likewise far behind.
- Number of cores : 8
- Frequency : 3050 MHz
- Process technology : 4nm
- Antutu : 1 450 096
- Geekbench : 1960/5286
7. Snapdragon 8 Gen 2
At last, we arrived at the Qualcomm CPU, which is the well-known Snapdragon 8 Gen 2. On November 15, 2022, it was practically simultaneously announced with the Dimensity 9200. It’s evident from the features that both chips are practically nose-to-nose. The difference is negligible in Antutu, but Qualcomm’s creation outperformed other benchmarks by 15% in Geekbench. This also holds for other exams.
Qualcomm installed eight cores in the Snapdragon 8 Gen 2: two Cortex-A715 at 2800 MHz, two Cortex-A710 at 2800 MHz, three Cortex-A510 at 2000 MHz, and one Cortex-X3 at 3200 MHz. The chip has an Adreno 740 video accelerator that supports ray tracing and is produced with a state-of-the-art 4-nanometer process. The Snapdragon 8 Gen 2 is 25–30% faster than its predecessor because of the upgraded GPU.
- Number of cores : 8
- Frequency : 3200 MHz
- Process technology : 4nm
- Antutu : 1,537,079
- Geekbench : 2003/5347
6. Dimensity 9200 Plus
The previous flagship using a MediaTek chipset was the Dimensity 9200 Plus, which debuted on May 10, 2023. Although it outperformed Qualcomm’s current CPUs when it was released, its performance is now significantly less than that of top models. Only six months after its announcement, the same Dimensity 9300 beats its predecessor by 20–30%.
Because the chip is built using a modified version of the 5-nanometer “TSMC N4P” process technology, it has cheaper production costs faster clock frequencies, and overclocking speeds. Eight cores are present “on board”: four Cortex-A510 at 2000 MHz, three Cortex-A715 at 3000 MHz, and one Cortex-X3 at 3350 MHz. Not to mention the Immortalis-G715 GPU, which powers mobile gaming and ray tracing.
- Number of cores : 8
- Frequency : 3350 MHz
- Process technology : 4nm
- Antutu : 1,532,398
- Geekbench : 2103/5568
5. A16 Bionic
We currently possess Apple’s second processor, which instantly surpasses both its predecessor and its rival, the Snapdragon 8 Gen 2. For clarification, the A15 Bionic performs 13% worse in multithreaded mode and 9% worse in single-threaded mode on the Geekbench test than its younger brother. The difference is much more pronounced with a Qualcomm CPU (41% and 46%). And all of this is true even if on September 7, 2022, the A16 Bionic was launched ahead of the Snapdragon 8 Gen 2.
How is the filling coming along? The Apple A16 Bionic was developed on 4-nanometer technology and has six cores. Its internal architecture consists of two 3460 MHz Everest cores and four 2020 MHz Sawtooth cores. It’s also important to mention neural computing, whose popularity has grown as a result of the new Neural Engine. Therefore, the 16-core module in the previous A15 performed roughly 15.8 trillion operations per second; in the A16, this number rose to 17.
- Number of cores : 6
- Frequency : 3460 MHz
- Process technology : 4nm
- Antutu : 1,455,847
- Geekbench : 2649/6841
4. Exynos 2400
With one exception—Samsung—this assortment already includes chipsets from practically every well-known brand. Introducing the Exynos 2400, a ten-core processor that was unveiled on January 17, 2024, a mere thirty-five days ago. Additionally, a 4-nanometer process technique is used in its manufacturing. One Cortex-X4 core operating at 3210 MHz, two Cortex-A720 cores operating at 2900 MHz, three Cortex-A720 cores operating at 2600 MHz, and four Cortex-A520 cores operating at 2000 MHz are all present.
However, new does not equate to superior. Let’s contrast the Qualcomm flagship, the Snapdragon 8 Gen 3, which came in second on our list, with the Exynos 2400. It is easy to see the difference in the 3DMark Wild Life graphics test results: Exynos scored 9034 and 5288 points, whereas Snapdragon scored 18,033 and 7314. If you can merely test it in games, then why are there so many tests? The Exynos 2400 heats an order of magnitude faster than the other CPUs in PUBG Mobile, even though the FPS in that game was the same.
- Number of cores : 10
- Frequency : 3210 MHz
- Process technology : 4nm
- Antutu : 1,658,813
- Geekbench : 2210/7015
3. A17 Pro
We examined a contemporary processor from Apple only a moment ago, but we now have an improved model. The six-core Apple A17 Pro chip was unveiled on September 12, 2023, nearly exactly one year after the release of the previous model. However, neither the release date nor the cores are its primary characteristic. The A17 Pro became the world’s first processor to be produced utilizing 3-nanometer technology. Even if the production of this edition is far more expensive than the previous one, it is still less expensive than Qualcomm’s flagship models.
Six cores total—two Everest at 3780 MHz and four Sawtooth at 2110 MHz—are found in the latest Apple device. The graphics component is handled by a brand-new Apple A17 GPU. If you look at stress tests, the A17 Pro beats the A16 by 5–10% when it comes to genuine increase rather than frequency.
- Number of cores : 6
- Frequency : 3780 MHz
- Process technology : 3nm
- Antutu : 1,547,895
- Geekbench : 2978/7457
2. Snapdragon 8 Gen 3
The Qualcomm flagship, which was revealed barely six months ago, is in front of us on October 24, 2023. The processor is currently present in the Samsung Galaxy S24, OnePlus 12, and Asus Rog Phone 8. That is to say, it is not the most cost-effective choice, but this is expected given that it ranks second in the list. With eight cores—one Cortex-X4 at 3300 MHz, three Cortex-A720 at 3150 MHz, two Cortex-A720 at 2960 MHz, and two Cortex-A520 at 2260 MHz—the processor is produced utilizing a 4-nanometer process technology. The more recent Adreno 750 GPU is in charge of graphics processing.
Support for real-time ray tracing, the Unreal Engine 5, and scaling up to 8K and 240 FPS are a few noteworthy features. The processor itself is capable of operating at 144 Hz with resolutions as high as qHD+. A lot of new work has also been done in AI; the Snapdragon 8 Gen 3 can communicate directly offline with the Stable Diffusion neural network.
- Number of cores : 8
- Frequency : 3300 MHz
- Process technology : 4nm
- Antutu : 2,091,999
- Geekbench : 2205/7322
1. Dimensity 9300
At last, we have arrived at the top spot in the ranking of the finest mobile CPUs, which is deservedly held by the development of the MediaTek – Dimensity 9300. In addition to much, much more, we have four Cortex-X4 cores, offline AI support, and Wi-Fi 7. different. The processor, which uses 4-nanometer manufacturing technology, was first unveiled on November 6, 2023. It contains four Cortex-A720 cores at 2000 MHz, three Cortex-X4 cores at 2850 MHz, and one Cortex-X4 core at 3250 MHz “on board.”
How productive are we? Up to 40% more power has been added to the chip while maintaining the same energy consumption as the Dimensity 9200. Additionally, the image is essentially the same if you compare it to the Snapdragon 8 Gen 3, which was ranked in the previous position. Tests using Antutu software show that MediaTek is ahead by just 9%. The disparity can reach 69% when it comes to GPU frequency.
- Number of cores : 8
- Frequency : 3250 MHz
- Process technology : 4nm
- Antutu : 2 272 462
- Geekbench : 2247/7608
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