Comparison of mobile processors for smartphones. Comparing processors in smartphones. The harm and benefits of AnTuTu - folk fun in virtual parrots
Which processor is better for an Android smartphone? This question is asked by both buyers of premium phones and supporters of budget phones. Neither the former nor the latter want to spend their hard-earned money buying frankly weak chipsets, because the functionality of a smartphone is not determined by price. The degree of comfort and even pleasure from daily use of your favorite “toy” depends on the capabilities of the platform built on a specific chipset.
Older smartphones may also find other cores developed by the British company. However, this should not be considered. Other mobile chip makers are also developing their own cores based on the technology provided by the British company. The most popular solutions for copyright protection are.
What solutions are available on the market?
It is worth noting that original proprietary solutions are prepared mainly for the best chips based on flagship smartphones. The layout that a manufacturer applies to a smartphone depends on the shelves. In a very simplified form it looks something like this.
In this material, we have collected information about the coolest processors for flagships, mid-rangers and budget smartphones. Phones with powerful processor, good chipset and an inexpensive, but quite decent platform, are divided into three categories. As usual, we start with flagships - smartphones built on powerful processors.
The best processors for flagships on Android
All flagships are phones with a powerful processor and premium components. It’s difficult to single out the best processor, but we can name the top three, which includes 3 chipsets and 4 processors (Snapdragon 820 and Snapdragon 821 are built on the same platform).
What should you look for in lower and mid-range smartphones?
The cores used in them largely coincide with the data given above. With cheaper equipment the casing is usually clean. This is also important for process technology and graphics and support for chips that are responsible for multimedia and games, but that is a different matter because here we are focusing mainly on processor performance. Some web stores publish information on their websites about the type of cores in the smartphone layout, and here the matter is simple.
Snapdragon 821
One of the best processors for an Android smartphone is the Snapdragon 821, and there can be no two opinions about it. This is Qualcomm's 2016 flagship processor, which is Pro version Snapdragon 820 chipset with 4 cores on 64-bit Kryo architecture, overclocked to 2.35 and 2.0 GHz. If the processor architecture doesn't mean anything to you, just remember that the Snapdragon 821 is completely fine with this indicator.
It should be remembered that successive generations of this system are usually characterized not only by higher performance, but also by new communication modules, improved graphics and lower power consumption. How do you know which layout is newer?
The situation is more complicated in the case of more expensive equipment. Large systems have been popular for several years. Here's what you need to know about them. They are all very similar. It's worth keeping in mind that 10-wire paper systems look impressive, but their actual performance is a little lower than the larger larger models.
Snapdragon 821 features low power consumption and high performance. The processor costs in the following flagship smartphones:
- Google Pixel and Google Pixel XL are good but relatively expensive smartphones, even compared to other flagships. An expert assessment of Google Pixel can be found in the article.
- Xiaomi Mi MIX is another expensive smartphone. Its “trick” is the record ratio of the screen to the total area of the front panel. A separate material is dedicated to the smartphone
- OnePlus 3T is the fastest phone of 2016 according to AnTuTu Benchmark. Best Android smartphone According to AndroidAuthority, it occupied the top positions in all ratings (links to ratings at the end of the material). Read more about its characteristics in the article.
Snapdragon 820
Qualcomm's hit of early 2016. It is also produced using a 14-nm process technology, and in general is not much different from the 821 model, although it loses to it in synthetic tests. However, it is still " business card» phone with a powerful processor. It can easily handle both demanding games and the heaviest applications. Recently, inexpensive models are increasingly appearing.
But they are very powerful Cryo units, so the system is not only as good as eight or ten, but faster than the vast majority of them. This time it will be an eight-core solution. Choosing the right laptop can be very overwhelming, especially for those who are new to the technological world. Different laptops have different components that are clearly different from each other in terms of specifications and features. The problem is that often weak units are covered with names that imply much more computing power than they actually have.
Snapdragon 820 is found in the following phones:
- HP Elite x3 - best business phone of the year
- Motorola Moto Z Force is a legend revived by Lenovo Corporation.
- ASUS ZenFone 3 Deluxe is a flagship with an excellent camera.
- HTC 10 consistently ranks high in the ratings of smartphones with the best sound.
- Sony Xperia XZ - 3rd place in the final ranking of the fastest smartphones 2016 and.
- LG V20 - from Bang & Olufsen. It is famous for its excellent sound in headphones.
- LG G5 is last year's flagship from LG, whose reputation was spoiled by its ill-fated modular design.
- ZTE Axon 7 is another smartphone with a chic audio chip, one of the winners.
You can compare the prices and characteristics of the smartphones featured in the publication (as well as any other phones) in one table in ours!
The average blacksmith may not work well with such nomenclature, which unfortunately is often misleading to someone who does not know the details of the processor specifications. Although internet users try to explain why a laptop is better or worse than another, it does not change the fact that people are indifferent to basic knowledge about components laptop computer. It often happens that the proverbial Mr. Kowalski has a wave of grief that he has bought equipment that does not work as quickly as it should. Someone bought a proverbial kitty in a bag without doing a thorough check online.
HiSilicon Kirin 955 and Kirin 960
Kirin 955 is one of the best processors of 2016, which “made” all Qualcomm chipsets in Geekbench 4. The eight-core chipset was developed specifically for Huawei P9.
The even more powerful Kirin 960 processor costs Huawei Mate 9 and the 2017 flagship Huawei P10. The improved Cortex-73 core architecture has significantly increased performance. In short, a very powerful processor. 
He expected high performance, and received average equipment. Unfortunately, such situations often happen, and some customers are at fault for failing to read the details of the components offered. However, it is impossible to completely blame the uninitiated for Kowalski. This is due to the fact that marketing companies or stores do not accurately explain the range of processors used in laptops. Therefore, it is more aimed at people who do not have detailed knowledge about the components of a laptop.
Therefore, it is worth knowing in which segments we may encounter specific models. They are not too strong, but will be enough for smooth operation on tablets. It is worth knowing that the Lake Apollo family has the following units under their own thatched roofs. Lake Apollo processors, however, are a niche that is not often chosen. The above infographic should be very helpful for less familiar people when choosing the required laptop. Processors belonging to this line are currently installed on the largest number of laptops.
Samsung Exynos 8890
Own development Samsung. According to Geekbench 4 estimates, it is the best processor for an Android smartphone. Flagships built on Exynos 8890 Samsung Galaxy S7 and Galaxy S7 Edge. In all benchmarks they came close to the iPhone 7 Plus. 
If you see one of these chipsets in the phone's specifications, you can buy the device without much thought. Something better will not be released soon - the announced Snapdragon 835 chipset will appear in phones no earlier than the summer of 2017.
Interestingly, they are not implemented only for converters or ultrabooks, but for all types of multimedia laptops. This is not true at all, the differences in performance are perhaps a few percent. However, changing the name does work on the client, as it may indicate more high power. This, in turn, could lead to increased sales of equipment equipped with such devices. At slightly higher clock speeds, which translates to a few percent higher. Don't expect a revolution just because of a name change.
Those planning to purchase hardware based on these processors should be aware that they offer enough power for daily use, but not enough for more complex tasks such as reproduction or material processing.
Further, according to tradition, the performance of phones with powerful processors in the Geekbench 4 benchmark. With their help, you can choose the truly best processor for an Android smartphone. If in the browser mobile phone graphs are not displayed properly, we recommend opening the publication in Google Chrome.
So, we examined in detail the powerful processors for Android smartphones in the top market segment and tried not to complicate anything. Using the ratings, you can choose the perfect phone with a powerful processor that fully meets your wishes. And we invite everyone who has set their sights on the budget segment of the market to the second part of the material.
The advantage is the very low energy consumption and high energy efficiency of the entire platform. These are by far the most important, but they are also installed on most laptops. The common denominator is the number of cores and threads. Under no circumstances should they be compared to systems with 4 physical cores, as their performance is significantly lower. They are mounted in the largest number of hybrids, ultrabooks and multimedia laptops. It's good to know in advance what differences there will be between different versions.
This meant that such units could be exchanged under a more powerful model. Other representatives are 4-core and 4-thread, 4-core and 8-thread. They are not very common and their price is often very high. As you can see, the choice of processors and generally their number in the mobile sector can definitely give you a headache. We currently do not find 4-core processors in ultrabooks, hybrids or multimedia representatives.
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It's worth noting that it was slightly weaker than the test winner, but also only offers two cores. Top rating of the most effective systems as follows. However, it is still characterized by high graphics. Also, in synthetic tests, you can block the so-called “throttling”, which sometimes occurs when using a smartphone for other purposes.
However, these ratings give you a general idea of the performance of individual processors. For the first time, 4-core desktop and smartphone models began. The processors are built using 22nm technology using 3D transistors. This controller controls voltage more dynamically, allowing it to run faster or slower depending on the tasks it is designed to perform. Power consumption is 35W to 65W. Features and other models can be found in the following table.
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In the chipset market for mobile devices today presented three main player: American company Qualcomm, Taiwanese MediaTek and Korean Samsung. Chinese Spreadtrum, American Intel and Apple are also developing their chips. The chips of the latter are used only in their production technology (iPhone, iPad, iPod). The lineup processors of each corporation (except Apple) is quite wide. It is especially important to note the company Huawei. It owns its own division for the development and production of HiSilicon processors.
The top three produce CPUs for smartphones of all price categories; the number of simultaneously used models can exceed a dozen. Due to the fact that the model number does not directly reflect the level of performance, it is difficult for an untrained user to find the best processor for a smartphone. For example, the MediaTek 675x series includes eight-core models MT6750, 6752, 6753 and 6755. The most productive of them is 6755, but it is followed not by 6753 (which would be logical), but by 6750 or 6752 (this chip was quickly removed from production altogether , since it turned out to be too fast for the positioned niche). The mentioned 6753 is the weakest in the series.
To be considered the best, a processor must have fast and economical cores with the latest technology. It also needs to be suitable for any modern task and handle both gaming and 4K video decoding. All models shown in the selection can do this and are installed in flagship smartphones until the end of summer 2016 and will remain relevant for a long time.
The best processor for a smartphone at the time of writing is Qualcomm Snapdragon 820. The chipset, introduced at the end of 2015, was first released in February 2016, consisting of Samsung flagships Galaxy S7 (China version) and Xiaomi Mi5. It is a powerful quad-core CPU based on a modification of Qualcomm's own ARM architecture. His operating frequency– up to 2.2 GHz.
Thanks to the thin 14 nm process technology, the chip remains cool and economical, unlike its predecessor. High speed The processor is confirmed by AnTuTu tests. The average score of existing smartphones based on it is about 140 thousand points. Upcoming Chinese flagships with Snapdragon 820 show even more impressive numbers. A more advanced processor will be released under number 821.
Samsung Exynos 8890 Octa
Samsung Exynos 8890 Octa is the second leader in the market mobile processors. The brainchild of Samsung is an eight-core CPU with big.LITTLE architecture. Four cores on the proprietary Mongoose architecture work at 2.4 GHz for heavy tasks, and four cost-effective 1.6 GHz Cortex-A53 are activated for light workloads. The chip was introduced at the beginning of 2016, the first smartphone based on it was the Samsung Galaxy S7/S7 EDGE.
The processor is manufactured using a 14 nm process technology, thanks to which smartphones with it consume energy economically. In AnTuTu, the chipset shows a result of 135 thousand points, which confirms second place in terms of performance. The next more advanced Exynos is numbered 8893. 
Apple A9
The Apple A9 processor was developed by the company's engineers specifically for the current iPhone generation and introduced in September 2015. It is used inside the 6s, 6s Plus, SE models, as well as several Apple tablets. The chip is a dual-core CPU based on a modified ARM architecture Twister. His clock frequency can reach 1.8 GHz.
Like the other two leaders, the processor is manufactured using the 14 nm and 16 nm process technology (depending on the manufacturer). This, combined with high-end optimization, allows it to set records with unimpressive characteristics on paper, and remain cool. Depending on the smartphone model (and, as a result, screen resolution), the chip scores about 130-135 thousand points in AnTuTu. Apple's next more advanced processor is labeled A10. 
MediaTek Helio X25
The brainchild of the Taiwanese company MediaTek is the first mass-produced ten-core processor for a smartphone. The CPU went into mass production at the beginning of 2016, the first device based on it was Meizu Pro 6. It has an unusual architecture, since it consists not of 2 (like big.LITTLE), but of 3 computing clusters. 2 Cortex-A72 cores operating at 2.5 GHz are active in heavy tasks, four Cortex-A53 2 GHz are activated in medium loads and with multiple data streams, and four Cortex-A53 1.55 are active in the background and with light loads GHz.
The multi-core approach implemented in the chip allows you to select, depending on the task, the optimal cluster of cores. Due to this, energy savings are achieved and the fact that the percent is produced using a 20 nm process technology is compensated. In the synthetic AnTuTu test, the processor shows about 97 thousand points. Considering that there are no more smartphones on it besides Meizu Pro 6, in the foreseeable future it is possible that new products based on it will be released with even greater performance. 
HiSilicon Kirin 955
Top chipset Huawei smartphones is HiSilicon Kirin 955. The processor, introduced in April 2016, is equipped with eight cores. Four of them are high-speed Cortex-A72 operating at a frequency of 2.5 GHz, another four are Cortex-A53 1.8 GHz. Traditionally, big.LITTLE technology is used to separate cores.
The technological process used to create the chipset is 16 nm. This is a current value in 2016, allowing you to achieve efficiency and performance at the same time. In the AnTuTu benchmark, the processor scores about 95 thousand points. 