What does the number of processor cores affect? Multi-core processor. Do you need eight cores in a smartphone? 8 core computer

“The more cores in a processor, the better and more powerful it is” is a persistent myth spread by marketers and sellers of mobile equipment. However, it has nothing to do with reality.

For example, the 2016 performance leader iPhone 7 runs on a 4-core Apple A10 processor, the top chips from Snapdragon - 820 and 825, also have 4 cores, while among MediaTek processors, whose gaming performance is traditionally not the best, already 10-core solutions have appeared (Helio X30) and 12-core chips will appear soon.

Who's who in the processor market?

The vast majority of smartphones are produced on processors from Qualcomm and MediaTek. Industry giants – Apple, Samsung and Huawei – develop and use their own chips, but they can only be found in the smartphones of these companies. Also, ultra-budget gadgets sometimes use Spreadtrum processors, but, for obvious reasons, they cannot compete with chips from leading manufacturers.

If we compare Qualcomm and MediaTek chips, the latter are inferior in terms of their overall characteristics. The weak point of MTK has always been its mediocre graphics performance due to the use of Mali video accelerators. Thus, even smartphones with top chips like Helio P20 often perform worse in 3D games (graphics rendering, micro-freezes and FPS drops) than devices running on middling Snapdragon 625 and 652.

However, the key advantage of MediaTek products is their lower cost. We owe it to MTK chips that even budget smartphones have now turned into glitch-free devices that can be used comfortably. MKT processors are not gaming, but in terms of smoothness and speed of smartphone operation, power consumption, multimedia and wireless functions, they are no worse. And if you don’t play heavy 3D games on your phone, then you most likely won’t notice the difference between the Snapdragon and MediaTek processors.

Octa-core smartphones with Snapdragon processors

All 8-core processors presented in the rating are created using the 28 nm process technology and have ARMv8 architecture; these are mid-class chips used in the corresponding smartphones. There are no flagship devices in this selection; top devices run on 820 and 821 dragons.

Snapdragon 430 – Xiaomi Redmi 3S and Nokia 6

Redmi 3S– one of the best-selling smartphones of last year. This is an excellent budget phone that will not lose its relevance in the near future, even though it has been replaced by the 4th generation of Redmi. The gadget is equipped with 16/2 GB of expandable memory, a high-quality 5-inch screen and a capacious 4100 mAh battery, from which the smartphone can last 2-3 days without any problems. In Antutu, Benchmark 3S scores 42 thousand parrots. Price – from 8000 rubles.

Nokia 6– the first smartphone of the once cult manufacturer on the Android platform. It was the use of the 430-dragon in a device for $250 that many did not like, but Nokia 6 takes the cake: it has a flagship design and very high-quality build, a cool main camera and a good amount of memory - 64/4 GB + MicroSD slot. The result in Antutu is 44 thousand parrots. Nokia 6 is not supplied to Russia and the smartphone can only be purchased in Chinese online stores.

Snapdragon 617 – Moto G4 and Alcatel Idol 4

Moto G4– a mid-range model with a large high-quality screen (IPS 5.5’’ FHD), 16/2 GB of expandable memory, 13/5 MP cameras and a 3000 mAh battery. In terms of characteristics, there is nothing outstanding, but Motorola’s attention to detail does its job and the G4 can be called one of the most pleasant smartphones to use in its price category. The result in Benchmark is 45 thousand parrots. Price – from 15 thousand rubles.

Alcatel Idol 4- a flagship at an adequate price, in which the main emphasis is not on performance (16/3 GB of memory + Micro-SD), but on multimedia capabilities. Idol 4 boasts an excellent 5.2’’ FHD IPS screen (the older version 4S comes with a virtual reality helmet), high-quality stereo speakers with an amplifier and a dedicated audio chip, which ensures high-quality music playback in headphones. The weak point of the smartphone is the battery, it is only 2610 mAh. The result in Benchmark is 46 thousand parrots. Price – from 14 thousand rubles.

Snapdragon 625 – Huawei Nova and Xiaomi Redmi 4 Prime

Huawei Nova– one of the few Huawei smartphones running on a Snapdragon chip, and not on a proprietary HiSilicon Kirin processor. This is a compact model with a 5’’ FHD IPS screen and 32/3 GB of memory, the main features of which are a cool design and a good 13 MP camera, one of the best in its price category. The result in Benchmark is 64 thousand parrots. Cost – from 20 thousand rubles.

Xiaomi Redmi 4 Prime– the successor to the popular Redmi 3S came out in 3 modifications at once, the most interesting of which is the Prime version with a 625-dragon, 32/3 GB of memory and a 5’’ FHD screen. This is one of the best mid-rangers in terms of price/quality ratio with good gaming performance (benchmark - 65 thousand) and impressive battery life (a confident 2-3 days on a single charge). Cost – from 10 thousand rubles.

Snapdragon 652 – Asus Zenfone 3 Ultra, LG G5 SE

Asus Zenfone 3 Ultra– a flagship tablet phone for those who are not chasing record performance. Powered by a fresh 652-dragon, the ZF3 Ultra has a lot of memory - 64/3 or 128/4 GB with expandable cards up to 1 TB, a cool 23 MP camera with optical stabilization and laser autofocus, as well as a thick 4600 mAh battery. However, the main advantage of the smartphone is its huge 6.8’’ FHD IPS screen, ideal for consuming any media content. The result in the benchmark is 78 thousand parrots. Price – from 37 thousand rubles.

LG G5 SE– a junior version of the flagship from LG, differing from the G5 solely by the use of a 652-dragon instead of an 820. This is an unusual modular smartphone with the ability to connect additional accessories, including a dedicated DAC, a photo module with optical zoom and an additional battery. The G5 SE is also interesting in terms of characteristics - 2K 5.3’’ IPS screen, 32/3 GB of memory + flash drives up to 2 TB, dual camera 18+8 MP and front module 8 MP, removable battery 2800 mAh. Benchmark – 79 thousand parrots. Price – from 24 thousand rubles.

Snapdragon 810 – Nexus 6P and Moto X Force

Nexus 6P- the last of the Nexuses released, after which the corporation concentrated on developing its Google Pixel. The device is notable for its pure Android, stereo speakers, long battery life and excellent hardware - 5.7’’ FHD AMOLED screen, 34/64/128 GB of memory and 3 GB of RAM, 3540 mAh battery, 12 and 8 MP cameras. The result in the benchmark is 85 thousand parrots. Price – from 30 thousand rubles.

Moto X Force- a unique smartphone whose screen (according to the manufacturer) cannot be broken. Able to survive any falls and merciless use, the X Force does not disappoint in terms of hardware either - 2K 5.4’’ AMOLED screen, 32/3 GB of memory, 21 MP camera and 3760 mAh battery. This is a balanced device, with characteristics slightly inferior to current flagships, which is considered one of the best smartphones released by the MOTO brand in recent times. Benchmark – 75 thousand parrots. Price – from 37 thousand rubles.

8-core smartphones with MediaTek processors

It was MediaTek that launched the first 8-core processor for smartphones on the market in 2013 - MT6592. Today, the most popular eights are MT6753, MT6750 and Helio P10, made using a 28 nm process technology. Let's look at the most successful smartphones with 8 core MediTek processors.

MediaTek MT6753 – Lenovo Vibe X3 Lite and Ulefone Power

Vibe X3 Lite– the junior version of the flagship X3 from Lenovo, characterized by balanced characteristics and an affordable price. On board the gadget is 32/2 GB of memory + a slot for Micro-SD, a 5.5’’ FHD IPS screen, 13/8 MP cameras and a 3300 mAh battery. The device is notable primarily for its powerful stereo speakers, but its gaming performance is not the best; in the X3 Lite Benchmark it scores only 37 thousand parrots. Price – from 11 thousand rubles.

Ulefone Power– Chinese with a huge 6050 mAh battery, 5.5’’ FHD IPS screen, 16/3 GB of memory and 13/5 MP cameras. At first glance, nothing outstanding, but on one charge this gadget can work for 3-4 days, which makes it an excellent choice for those who do not want to depend on an outlet. Benchmark – 32 thousand parrots. Price – 9 thousand rubles on AliExpress.

MediaTek MT6750 – Meizu M3s and Bluboo Maya MAX

Meizu M3s is a popular budget phone with Meizu’s traditional ideal build quality and good characteristics for its price (7 thousand rubles): 5’’ HD IPS screen, 16/2 GB of memory, 13/5 MP cameras, 3020 mAh battery. The smartphone is made in a metal case, it is compact, fits comfortably in the hand and pleases with fast operation due to the well-optimized Flyme shell. Benchmark – 37 thousand parrots.

Bluboo Maya MAX– the older version of the popular ultra-budget phone from Bluboo, notable for its metal body, the presence of a fingerprint scanner and very good hardware. On board the smartphone is a 6-inch HD IPS screen, 32/3 GB of memory, 13/8 MP cameras and a 4200 mAh battery. Among the nice little things are USB-C support and IP63 waterproofing. Benchmark – 41 thousand parrots. Price – from 9 thousand rubles on AliExpress.

MediaTek Helio P10 – Meizu M5 Note and SONY Xperia XA

Meizu M5 Note– one of the most attractive smartphones from Meizu in terms of price/quality ratio. For a little over 10 thousand rubles you get a device with a 5.5’’ FHD IPS screen, 16/32 + 3 GB of memory and a slot for a flash drive, a cool camera and a 4000 mAh battery. In the Benchmark, the gadget scores 47 thousand parrots; you can play even the most demanding 3D games on it at medium graphics settings.

SONY Xperia XA– an elegant smartphone with a frameless screen that you can fall in love with at first sight. Characteristics – 5’’ HD IPS screen, 16/2 GB memory + Micro-SD, 16/8 MP cameras and 2300 mAh battery. Advantages: the presence of an NFC module and good photo quality. Disadvantages are the lack of oleophobic coating on the screen and the ridiculous battery capacity. Benchmark – 47 thousand parrots. Price – from 16 thousand rubles.

8-core smartphones with Exynos processors

The latest generation of Exynos chipsets from Samsung can be considered the most technologically advanced 8-core processors on the market. The Korean company makes its chips using the 14 nm process and uses them only in the production of its own devices. The exception is Meizu Pro 6 Plus, which was released on a processor similar to that used in the Galaxy S7.

Exynos 7880 – Galaxy A5 and Galaxy A7 (2017)

The 2017 Galaxy A line smartphones look as close as possible to the flagship Galaxy S7. These are beautiful devices in a ceramic case with moisture protection according to the IP68 standard. Smartphones run on the same chipsets but differ in some characteristics.

Galaxy A5 has a 5.2’’ FHD Super AMOLED screen, 32/3 GB of memory with support for flash drives up to 256 GB, cameras with a resolution of 16 MP (both main and front), and a 3000 mAh battery. The older version of the Galaxy A7 has a larger screen diagonal – 5.7’’ and a thicker battery – 3600 mAh. Both devices have an NFC chip and full-featured support for Samsung Pay.

Smartphones have an attractive design, cool cameras, good battery life, but at the same time they do not impress with gaming performance. In the benchmark, both devices score 60 thousand parrots. Price – 33 and 28 thousand rubles for A7 and A5, respectively.

Exynos 8890 – Galasy S7 and S7 Edge, Meizu Pro 6 Plus

Galasy S7 and S7 Edge– the 2016 flagships from Samsung are successful, no matter how you look at them, confirmation of this can be found in the huge demand for both smartphone models. The technical characteristics of the regular and Edge versions are identical - 5.1'' SuperAMOLED screen with 2K resolution, covered with Corning Gorilla Glass 4, 32/64 GB of internal and 4 GB of RAM with support for flash drives up to 200 GB, 3000 mAh battery with fast charging, and camera at 12 and 5 MP, which are among the best on the market. The result in the benchmark is 131 thousand parrots. Price – from 44 thousand rubles for S7 and from 54 thousand for S7 Edge.

Meizu Pro 6 Plus is the only flagship of the Chinese company on the Exynos 8890 chip. The main trump cards of the Pro 6 Plus are great sound in headphones (there is a dedicated DAC and amplifier) ​​and a cool camera that can compete with A-brands. The device is good in terms of hardware (2K Super AMOLED screen, 64/4 GB of memory, 3400 mAh battery), has excellent build quality and excellent performance. The only disappointment is the lack of a slot for a memory card. The result in the benchmark is 113 thousand parrots. Price – from 35 thousand rubles.

Octa-core smartphones with HiSilicon Kirin processors

Kirin chipsets are developed by Huawei and are used exclusively in smartphones from this company.

Honor 8 with Kirin 950

Honor 8 is one of the most beautiful smartphones of 2016. The ceramic body of the device is visually impressive, but disappointing in practice due to its increased susceptibility to scratches. According to the characteristics, Honor 8 stands at the level between mid-rangers and flagships - 5.2'' FHD IPS screen, 32/64 GB of internal memory and 4 GB of RAM with expandability, dual 12 MP camera and 5 MP front camera, 3000 mAh battery, NFC . Among the shortcomings, we note only mediocre battery life and a quiet main speaker; in all other respects, Honor 8 is extremely good. The result in the benchmark is 95 thousand parrots. Price – from 27 thousand rubles.

Huawei Mate 9 with Kirin 960

Mate 9 is the flagship from Huawei, the company’s most expensive and most powerful smartphone. The characteristics of the device speak for themselves - standard 5.9'' FHD IPS screen, dual 20+12 MP camera with 2x optical zoom, optical stabilization and phase detection autofocus, 64+4 GB of memory with a slot for a flash drive and a 4000 mAh battery . The result in the benchmark is 128 thousand parrots. Price – from 47 thousand rubles.

For those who are interested in luxury 8-core smartphones , We recommend paying attention to Huawei Mate 9 Porsche Design. This gadget costs 1,400 euros, for this money you get a device in a unique design with a 2K AMOLED screen, 256 GB of main and 6 GB of RAM and cameras developed by Leica. There are simply no alternatives to this model in the range of other A-brands.

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New 8th generation Core processors (Coffee Lake). Among other things, the company said that the new 6/12-core Core i7-8700K is the best gaming processor from Intel (measured by fps on a sample of AAA games). In addition, the company for the first time completed the Core i5 family with six-core chips.

Core i7-8700K is the clear flagship among all the new products presented. In Game Gears of War it shows 25% more fps compared to the 7th generation Core i7-7700K processor (4 cores, 8 threads). It is clear that multi-threaded applications should get the greatest performance gains (if there are now 12 threads). That’s right: if you simultaneously play Player Unknown: Battlegrounds, while recording and broadcasting video to the Internet, the performance gain is 45%, Intel representatives reported.

Of course, not only gamers will benefit from performance gains, but also users of other multi-threaded applications. For example, a significant difference should be observed in programs like Adobe Premiere Pro for video editing, although Intel does not provide benchmarks, this is just a guess.

All new processors are manufactured using a process that Intel calls 14nm++, that is, this is the third generation of the 14nm process (two pluses correspond to two improvements from the original version).

Key Features of 8th Generation Processors

By increasing the number of cores across the entire line of processors, Intel seems to be playing on AMD’s field, that is, it is trying to build a defense strategy against a competitor. Increasing the number of cores on processors at the same price is one of the key strategies that drives AMD's Ryzen offering. On the other hand, Intel itself very rarely increases the number of cores in its CPUs. By doing this now, it not only offers users a better product, but also deals a blow to its competitor.

Intel is increasing the number of cores in its non-HEDT processors for the first time since 2006, when the Core 2 Extreme QX6700 was released. Until now, if you wanted more than four cores, you had to upgrade to HEDT (high-end desktop) processors. Now more than 4-core processors are finally standard. These are the sacrifices Intel has to make to compete with Ryzen!

The new processors had to slightly reduce the clock frequency. The Core i7-8700K has a base clock speed of 500 MHz lower than the Kaby Lake i7-7700K. However, in turbo mode the frequency is already 200 MHz higher, which is quite strange. According to some experts, the reduction in base clock speed is due to restrictions on maximum power consumption. This is hinted at by the fact that the TDP in the i7-8700K increased slightly compared to the i7-7700K: from 91 to 95 W.

The “K” mark in the chip name also means that these chips are unlocked for overclocking. In terms of the number of cores and L3 cache size, they do not differ from their counterparts without “K”, but initially operate at a higher frequency and generate more heat, that is, they consume more energy.

All processors run in the LGA 1151 socket with the new Intel Z370 chipset, which is more advanced than the Z270 chipset for Kaby Lake processors. Here the memory clock speed has increased slightly, the number of PCI 3.0 lanes has increased to 40, and there is built-in support for Thunderbolt 3.0. The move to new motherboards was necessary anyway because six-core processors require new ways to get power out of the motherboard, said Anand Srivatsa, general manager of desktop platforms at Intel.

All processors also support Intel Optane memory acceleration technology. Now the Intel Optane device works as a kind of analogue of an SSD for the data that is in the cache, even if a HDD is installed on the computer.

Accepting orders for new microcircuits begins on October 5. Deliveries will begin on October 20, 2017.

Intel Core I7 5960X is the first desktop processor that runs on 8 cores. In the article we will consider its characteristics, history and all available features. The frequency is 3 thousand MHz. A memory controller is also built-in. The average cost is 90 thousand rubles.

Story

Quite a long time ago, Deputy President Lisa Graff expressed a desire to change the concept of manufactured devices. She promised that the attitude towards desktop computers would be rethought. It was decided to release processors for desktops, which surprisingly still do not lose popularity. As a result of this, the Intel Core I7 5960X platform was introduced. It is high-performance and consists of several processors and motherboards. It works quickly and without any glitches.

Characteristics

The device is part of a well-known family called Haswell-E. To connect and start functioning of the processor, you must use the LGA2011-3 socket. Many buyers want as much detail as possible about their device. The process technology is only 2 nm. Eight cores built-in. The processor is capable of working with no more than 16 threads. If we consider the actual frequency of the device, it is 3 GHz. It can be increased, that is, the processor can be overclocked. The maximum is 3.5 GHz. The graphics core is missing. It is available only in the last two models from the manufacturer. The memory is divided into channels, four types are supported.

Three storage caches are built-in. They have a standard size, let's look at each one. The first L1 cache works with 8x. The second is 8 x 256. The third is 20. All data is indicated in megabytes, which will make it easier to understand which storages and how many processes can be processed in them. Next, we will take a closer look at the design and the presence of special functions.

Design

On the cover, which is responsible for heat distribution, there is information about the model: markings, characteristics, country of assembly. There are contacts on the outer surface of the Intel Core I7 5960X Haswell. Coolers are mounted according to the standard pattern. If the owner simply changes the platform, then there is no need to completely change the cooling system. The power of the device has become greater when compared with previous models - 140 W.

Main functions

There is a "Turbo" option. It allows you to instantly work with any devices, as well as exchange data with them. Intellectual memory at a high level. Most of it works dynamically, and the Intel Core I7 5960X uses it that way. It won't be difficult to get to the cache memory, since it is directly connected to the architecture. The IM bus is also built-in. Its operating frequency is about 5 MHz. This directly affects the speed of exchange and transmission of information.

Performance

Due to the presence of an impressive number of cores, the Intel Core I7 5960X processor solves even the most difficult tasks almost instantly. By the way, the machine is capable of processing no more than five simultaneous requests. This includes interaction with the software. Instructions generated by the processor itself are transmitted instantly and processed in minutes. Reviews from experts say that reading streams does not take much time and there are no glitches. The base processor frequency is 3.4 GHz. The power of the device is 82 W. Additional benefits include an excellent thermoregulation system. It has a strong influence on the work with the arithmetic-logical device.

Memory and its specification

The Intel Core I7 5960X Extreme processor received single-channel memory. It operates and operates at a frequency of 23 GHz. This greatly affects the operation and reading of data, which occurs almost instantly. If you pay attention to the reviews of specialists, then failures when interacting with the software rarely occur. Dual-channel memory operates at 22.1 GHz. The processor is capable of simultaneously functioning with only 2 blocks of internal and external storage.

Graphic arts

The subsystem frequency is 352 MHz. The Intel Core I7 5960X Extreme graphics core works with the “Speaker” option. Consumers are pleased with the presence of this function. Thanks to this, the visualization process is as clear and fast as possible.

A few words need to be said about video memory. Its maximum frequency is 1.7 GB. Professionals note that the processor can also easily work with the HPP extension. It is through this interface that support and full work with visualization is carried out. Maximum frequency - 24 Hz. This figure should be expected when working with a resolution of 4096x2304 pixels. With this function, the graphics of the central process are inoperative. If desired, you can always adjust the frequency output by the device.

"Direct"

The Intel Core I7 5960X Extreme Edition processor works with Direct. Version 11.1 installed. Due to this, it is able to interact with application platforms. In order to ensure the most successful management, the manufacturer has implemented the use of the option via the AP interface. It is often also used to interact with multimedia. Experts make it clear that all problems that arise are resolved as quickly as possible. In order to improve its performance, if you have any complaints, you can use the “Open Chart”. It is already pre-installed, its series is 4.0. If necessary, the software can also work with Libera. These options allow you to make vector graphics as clear, successful and of high quality as possible. Unfortunately, the system is not capable of working cross-platform. "Open Chart", in addition, does not function with three-dimensional design. Another fast system is built in that works directly with data on the network. It provides immediate functionality with such information. It should also be noted that it is convenient to use when creating any kind of video. Thanks to the built-in tools, editing videos will be quite simple.

Modern technologies

The Intel Core I7 5960X Extreme Edition has built-in Turbo Boost technology. The second version has been installed. Reviews from experts make it possible to conclude that using this option you can reduce energy consumption. However, you will not be able to change the processor frequency. Turbo Boost is also unable to guarantee the security of information transmission on the Internet. To ensure the latter, it is better to use “Pro” technology. Moreover, it allows you to stepwise and gradually increase the processor frequency. Overclocking the device is quite easy. She also received many tools to protect all her data and installed applications. The technology constantly checks the processor for the presence of malicious software. You can safely not be afraid about your personal data.

"Hyper"

In order to process information that comes in two streams at once, the Intel Core I7 5960X processor uses Hyper technology. All specialists and professionals justify its use, since it is multifunctional and practically does not require much energy. The system is designed in such a way that it makes it possible to function with multi-threaded software. To perform any computing processes, special physical cores are used. They are connected separately from all other parts. This technology is necessary in order to maximize and increase the performance of the processor. A TX interface has also been introduced for this purpose. It consumes virtually no electricity. The system has other advantages. One of them is to work with the architecture of the A-32 model. The manufacturer has developed the technology in such a way that the processor copes well with visualization. Moreover, the described TX system successfully supports work with input devices. But it is worth considering that it does not affect the security of processor data in any way.

"Tables"

To increase the performance of the Intel Core I7 5960X, the developers took care of the “Tables” system. In professional circles it is better known as “Second Address”. Thanks to this system, the user will be able to send data at quite impressive speeds. But, unfortunately, this technology only works with dual-channel memory. If the owner uses the TX platform, then you need to be prepared for the fact that the system does not work on it. Hyper does not work with this central processor. In order to reduce all resource and energy costs, you need to use Second Address. It also prevents too much energy expenditure. Judging by the reviews of professionals, a person can use Tables to significantly increase the battery life. This function does not perform optimization.

System "TAKH"

The Intel Core I7 5960X Extreme Edition 3000MHZ processor works with the TAX system, which is a special set of instructions. They allow you to increase the performance of the described device. Consumers and experts call the speed of working with the scaling process a feature of this technology. This system is ideal for working with secondary functions. The technology controls as much as possible all blocking of installed software. Architecture 64 provides this feature. Manufacturers often use it, especially if their goal is instant operation with servers. This system allows you to speed up the functionality of all desktops. However, as has already become clear, it only interacts with 64-bit software. As an additional advantage, it is necessary to note its ability to work with a large amount of virtual memory in order to solve time-consuming tasks.

TLC

The TLC program, which is installed on the Intel Core I7 5960X Benchmark, runs at 23 GHz. Reviews from experts give reason to believe that this indicator has a positive effect on electricity consumption. If too many resources are being used, they can be reduced. The technology, in addition, works perfectly with security systems, increasing its level. It will quickly and without any consequences deal with malicious files. TLC technology works with a set of commands. They allow the user to operate programs that are designed to interact with the PP architecture. Unfortunately, the technology cannot be used when working with multi-threaded channels. It also cannot be used to perform software blocking of any kind. For the latter, Virko is better suited. It makes it possible to open and process all applications designed for 64-bit platforms with maximum speed. The system does not affect other processes and their speed. But it is capable of using a large physical memory storage, which reduces the processing speed of computing processes in the central unit several times.

Steam and Wi-Fi

The Intel Core I7 5960X Processor Extreme Edition supports Wi-Fi. This will be important for those people who cannot imagine their income or leisure without wireless networks. Built-in technology allows you to easily use printers, MFPs, stereo systems and other equipment.

The "Steam" technology is responsible for reducing energy consumption. She constantly monitors how loaded the central unit of the device is. Moreover, if the level is minimal, the system puts the processor into standby mode.

"Speed ​​Step"

This technology ensures the most stable operation with all mobile applications. Information is processed in a matter of seconds. The technology received from the manufacturer a huge set of tools that allow you to change the maximum frequency of the Intel Core I7 5960X processor. The system characteristics also provide equipment voltage regulation. If you pay attention to the reviews of experts, it practically does not load the central processor. Powered by CX architecture. Thanks to this, the technology supports almost all software. The system can be used to divide the resulting streams. Thanks to it, you can easily reduce the frequency of the device. Speed ​​Step is also capable of restoring a lost signal.

"Data Protection"

Thanks to this technology, the Intel Core I7 5960X Extreme Watercooled processor can easily generate numbers, or rather, manage this process as quickly as possible. Everything happens so quickly that all new numbers are produced in a split second. The system is not able to decrypt the received data, which is a definite disadvantage. Data Protection can only function if the information is located on the AE platform. It cannot solve cryptographic problems. However, technology is making it easy to strengthen encryption methods. If the owner wishes, she can interfere with the generation of numbers. The system is not capable of performing group encryption.

Energy consumption

To address the issue of power consumption, let's look at some processors that are in roughly the same price category. Due to the fact that the thermal package of the equipment by the Intel manufacturer has not been increased, any too visible changes in the use of resources are almost imperceptible. To ensure that the 8-core processor does not consume too much energy, the manufacturer has reduced the frequency and voltage. Many consumers doubt that such powerful equipment is capable of investing in the 140 W declared by the manufacturer.

Comparing the described model with Haswell-E, which works with 6 cores, it should be noted that they use the same amount of energy. Those who are well versed in computer components should remember the Core i7-5960X processor. By the way, the newer one shows itself to be much more economical, especially considering that it has more cores. This demonstrates the company's desire to make the device truly revolutionary in the sales market.

The Linpack device, which runs on the platform described, shows excellent results. It is also worth noting LGA 2011-v3. This system shows the greatest savings in both resources and energy.

What are the differences between quad-core and octa-core smartphone processors? The explanation is quite simple. Eight-core chips have twice as many processor cores as quad-core chips. At first glance, an eight-core processor seems twice as powerful, right? In reality, nothing like that happens. To understand why an eight-core processor does not double the performance of a smartphone, some explanation is required. has already arrived. Eight-core processors, which only recently could only be dreamed of, are becoming increasingly widespread. But it turns out that their task is not to increase the performance of the device.

Quad- and eight-core processors. Performance

The terms "octa-core" and "quad-core" themselves reflect the number of CPU cores.

But the key difference between these two types of processors—at least as of 2015—is the way the processor cores are installed.

With a quad-core processor, all cores can work simultaneously to enable fast and flexible multitasking, smoother 3D gaming, faster camera performance, and more.

Modern eight-core chips, in turn, simply consist of two quad-core processors that distribute different tasks among themselves depending on their type. Most often, an eight-core chip contains a set of four cores with a lower clock speed than the second set. When a complex task needs to be completed, the faster processor naturally takes on it.

A more accurate term than "octa-core" would be "dual quad-core." But it doesn't sound so nice and isn't suitable for marketing purposes. That's why these processors are called eight-core.

Why do we need two sets of processor cores?

What is the reason for combining two sets of processor cores, passing tasks to one another, in one device? To ensure energy efficiency.

A more powerful CPU consumes more power and the battery needs to be charged more often. And batteries are a much weaker link in a smartphone than processors. As a result, the more powerful the smartphone processor, the more capacious battery it needs.

However, for most smartphone tasks you will not need such high computing performance as a modern processor can provide. Navigating between home screens, checking messages, and even web navigation are less processor-intensive tasks.

But HD video, games and working with photos are such tasks. Therefore, eight-core processors are quite practical, although this solution can hardly be called elegant. A weaker processor handles less resource-intensive tasks. More powerful - more resource-intensive. As a result, overall power consumption is reduced compared to the situation when only a processor with a high clock frequency would handle all tasks. Thus, the dual processor primarily solves the problem of increasing energy efficiency, rather than performance.

Technological features

All modern eight-core processors are based on the ARM architecture, the so-called big.LITTLE.

This eight-core big.LITTLE architecture was announced in October 2011 and allowed four low-performance Cortex-A7 cores to work in conjunction with four high-performance Cortex-A15 cores. ARM has repeated this approach every year since, offering more capable chips for both sets of processor cores on the eight-core chip.

Some of the major mobile device chip makers are focusing their efforts on this big.LITTLE "octa-core" example. One of the first and most notable was Samsung's own chip, the famous Exynos. Its eight-core model has been used since the Samsung Galaxy S4, at least in some versions of the company's devices.

More recently, Qualcomm also began using big.LITTLE in its eight-core Snapdragon 810 CPU chips. It is on this processor that such well-known new products in the smartphone market are based, such as the G Flex 2, which became LG.

At the beginning of 2015, NVIDIA introduced the Tegra X1, a new super-powerful mobile processor that the company intends for automotive computers. The X1's main feature is its console-challenging GPU, which is also based on the big.LITTLE architecture. That is, it will also become eight-core.

Is there a big difference for the average user?

Is there a big difference between a quad-core and an eight-core smartphone processor for the average user? No, in fact it is very small, says Jon Mandi.

The term "octa-core" is somewhat confusing, but it actually means duplication of quad-core processors. The result is two independently operating quad-core sets, combined into one chip to improve energy efficiency.

Is an eight-core processor needed in every modern smartphone? There is no such need, believes Jon Mundy and cites the example of Apple, which ensures decent energy efficiency of its iPhones with only a dual-core processor.

Thus, the eight-core ARM big.LITTLE architecture is one of the possible solutions to one of the most important issues regarding smartphones - battery life. According to John Mundy, as soon as another solution to this problem is found, the trend of installing two quad-core sets in one chip, and similar solutions, will stop.

Do you know other advantages of octa-core smartphone processors?