What is the processor in the iPhone 6s. Comparison with other processors of previous iphone models

We have already announced that the new generation of iPhone 6s and 6s Plus is equipped with different processorsproduced by Samsung and TSMC for different technologies. It is reported that the difference lies not only in technology, but also in the final results of the work. How to find out which chip is installed in your device, read below.

Samsung uses more advanced 14-nanometer technology to manufacture the chip, while TSMC uses 16-nanometer technology. At the same time, the power consumption of the latter is slightly lower than that of Samsung. Neither the boxes nor the devices indicate which chip is installed in the gadget. This information can be found in several ways.

The Samsung processor is more yellow and more compact, the TSCM processor is closer to gold and slightly larger in size.

In order not to open the case, you can use specialized utilities, for example, the Lirum Device Info application. By installing it from App Store, go to the Storage and Model Information tab and find the chip number.

Apple iPhone 6s:
 N71AP - Apple A9 by Samsung
 N71MAP - Apple A9 by TSMC

For the first time in its history, Apple commissioned the production of processors used in the iPhone immediately. As you know, the contract for the supply of A9 chipsets has been signed with Samsung and Taiwan Semiconductor Manufacturing Company (TSMC).

Processors from these manufacturers practically do not differ in graphics and computing powerhowever, recent benchmarks show that the A9 is from TSMC. After it became known that two different companies are engaged in the production of processors, users of the iPhone 6s and iPhone 6s Plus wanted to know which chip is in their devices. We bring to your attention several simple stepswhich will help you find out the manufacturer of the processor in each individual smartphone.

First of all, you need to know the device ID. Fortunately, the App Store has several useful utilities to help you analyze hardware and provide a list of its components. One of them is free app Battery Memory System Status Monitor, which allows you to determine the performance of the processor, memory and battery.

How to find out the manufacturer of the A9 processor in iPhone 6s

Step 1: Run the Battery Memory System Status Monitor utility.

Step 2: Click on the System button located at the top of the screen.

Step 3: Check your device ID. To do this, go to the Device section and look at the Model subsection:

• N71mAP - iPhone 6s with TSMC A9 processor;
• N66mAP - iPhone 6s with TSMC's A9 processor;
• N71AP - iPhone 6s with Samsung A9 processor;
• N66AP - iPhone 6s with Samsung A9 processor.

other methods

In addition to the Battery Memory System Status Monitor, you can also use the Lirum Device Info application, which costs 169 rubles in the App Store. The utility provides even more data on the performance of the hardware and software devices. Unfortunately, the app is currently unable to work with iPhone 6s, 6s Plus and iPad Air 2 due to some difficulties. Nevertheless, the developers assure that they will fix all the problems and add a number of new functions.

Quite a good utility from Technet System Status, which can be downloaded for 169 rubles. With its help, you can find out the device ID, performance, etc.

Users who are not looking for "easy ways" can pay attention to the open source code from David Stokely, which will directly identify the chipset manufacturer. True, for this you need to register your Apple ID as a developer.

As we know, Apple doesn't like to go into details when describing the components of its devices, in particular, this applies to all iPhone models.

Today we will take a closer look at the characteristics of the processor in all current iPhones, or to be more precise, I will tell you about the number of cores in these devices.

The number of cores on the iPhone 4, 4S

When the iPhone 4 and 4S came out, everyone was just a fan of them, because their power was the highest among all smartphones. Any game and application went off with a bang.

Despite the small screen, everyone was playing with toys and there was no limit to joy. Those were great times and the games were good.

• 4: Apple A4, single core, 1 GHz;
• 4S: Apple A5, two cores, 0.8-1 GHz;

Today these processors are not capable of much. But there are people for whom their power is quite enough for everyday needs.

The number of cores on the iPhone 5, 5S, 5C, SE

There will be four smartphones at once, because Apple has a category of fans who simply adore the iPhone with a 4-inch screen.


And I fully understand them, because we get an excellent compact smartphone that can run any games and applications. And most importantly, you can comfortably use one hand.

• 5:
• 5C: Apple A6, two cores, 0.8-1.3 GHz;
• 5S: Apple A7, two cores, 1.3-1.4 GHz;
• SE: Apple A9, two cores, 1.8 GHz.

I think this line will live long enough. Therefore, we can only wait for the next novelty with a screen size that won over many.

The number of cores on the iPhone 6, 6 PLUS, 6S, 6S PLUS

Now it's worth talking about phones that are just identical on the outside and completely different on the inside. There were both successful models and not very good ones.


Everyone said we didn't want shovels. But as soon as sales began, everyone queued up for new iPhones and they flew like hot cakes.

• 6, 6 PLUS: Apple A8, two cores, 1.1-1.4 GHz;
• 6S, 6S PLUS: Apple A9, two cores, 1.8 GHz.

If everything was not very good with the first series, then S turned out to be very good. Today this phone remains one of the most coveted.

The number of cores on the iPhone 7, 7 PLUS

Started new era smartphones from Apple and now everything has changed dramatically. It is clear that while we do not really see the difference between new devices from previous flagships.


iPhone loves to stay ahead of performance because it's hard to find an app or game that lags on the latest device.

• 7, 7 PLUS: Apple A10 Fusion, Quad Core, 2.34 GHz.

Over the past years, a significant leap in performance has taken place here. I am very interested in what awaits us in the next generation.

conclusions

Now you know how many cores can be found in the processor of any iPhone. And with the release of new devices, I will replenish these lists.

Let's watch together, because it's always interesting in which direction technology will move. Moreover, this is Apple, which has millions of fans around the world.

Many owners of new items from Apple iPhone 6S already know that some models have one difference between themselves. This difference lies in the manufacturer of the Apple A9, the processor of the novelty, because two companies were engaged in their production. This became the reason for the different sizes of the "stone", because technological processes were used different types... To determine the manufacturer of the processor, the unofficial app for iOS, allowing you to find out which chip works in a particular instance.

It became known about such a feature only after the Chipworks specialists came across the differences, having disassembled several 6S smartphones. To their surprise, the new product used two processors, differing in size. The smaller "stone" (APL0898) was produced by Samsung (South Korea), while the larger processor was obtained by Taiwanese specialists from TSMC (APL1022).

The reason for the difference was the use different technologies manufacturing, so the Apple A9 on the 14-nm Samsung process technology has an area of \u200b\u200b96 square millimeters, but TSMC uses a 16-nm process technology, so the "stone" has an area of \u200b\u200b104.5 square millimeters. The processors have only structure and a list of components.

Everything would be fine, but the difference in technology can affect energy efficiency, energy consumption and productivity. This means that iPhone 6S with APL1022 and APL0898 chips can show different battery life and performance. In theory, Samsung technologies can reduce the amount of power consumed by the processor and increase performance.

Indeed, the Chipworks benchmarks showed slight differences in processor performance. There is preliminary data showing that with a "stone" from Samsung Smartphone gives out 4444 and 2542 points (for multi-core and single-core modes, respectively), but TSMC technology allows you to get 4404 and 2526, respectively.

If you are curious about what hardware is used in a particular instance, you need to install an unofficial application called CPU Identifier. It is not in the AppStore, so you will need to install a corporate certificate in the process.

For your information, it was previously explained that Samsung received more orders for the A9X and A9, but new data says that the Taiwanese company received 63 percent of shipments, which means more productive Samsung only 37 percent.

Battery Memory System Status Monitor

Download this application from the App Store and launch.

• N71mAPis an iPhone 6s with a TSMC processor
• N66mAPis an iPhone 6s Plus powered by TSMC
• N71APis an iPhone 6s with a Samsung processor
• N66APis an iPhone 6s Plus with a Samsung processor

Details of the new A8 processor, which is installed in the iPhone 6 and new versions of the iPad, have leaked online.

Android phones are already equipped with four or even eight-core processors, but are they really needed? Samsung Galaxy The S4 and S5 are equipped with eight-core processors, but that doesn't make it any easier. It's funny to watch how a device equipped with such a powerful hardware slows down when you want to open contacts or a dialer, it's funny to look at a gallery that opens for a long time.

As you can see, one hardware is clearly not enough, you also need a well-written software for it, and this is precisely what Apple is famous for. Therefore, no one is surprised that the A8 processor will remain dual-core. And its frequency will be 2 GHz, which looks small against the background of flagships on Android, which still cannot be compared with the iPhone in terms of smoothness.

The new A8 in the iPhone 6 is the fastest Apple processor ever. Its performance and graphics processing speed is faster than that of the A7 processor, even with new features and the need to display on a larger screen. And because the A8 is more energy efficient, its performance is further enhanced. In particular, this means that you will be able to play games with complex graphics and watch longer films.

iPhone 6 features an A8 processor powered by tier 2 64-bit architecture desktop computer... This incredible power is complemented by the M8 motion coprocessor. It efficiently processes activity data from modern sensors, including a brand new barometer. With this performance and the increased battery capacity, iPhone 6 can last longer and be more productive.

The M8 coprocessor continually processes data from the accelerometer, compass, gyroscope and new barometer. This relieves some of the workload of the A8 to improve its efficiency. The functionality of the sensors has been expanded, and now they can measure the number of steps, the distance traveled and even the level of rise.

The A8 processor is 64-bit, like the A7, and is made using 20 nm technology. It's an amazingly small yet efficient processor with two billion transistors delivering incredible performance while being up to 50% more energy efficient than the A7. The A7 processor, in turn, is made using 28 nm technology. Processor manufacturers are Samsung and Taiwan Semiconductor Manufacturing Company. Cyclone cores on the ARMv8-A architecture and PowerVR G6430 are responsible for the graphics.

For comparison, the iPhone 5S runs at 1.3 GHz with the same two cores, while the iPad Air is considered the most powerful at 1.4 GHz. We are seeing a significant increase in power. Although there are concerns that new processor will consume much more power, and even with an increase in battery, the service life of the device without recharging may even decrease.

By the way, to get the most out of the graphics processing capabilities of the A8 processor and iOS 8, Apple developed new technology Metal, which allows developers to create addicting console games for the iPhone. The Metal technology has been optimized so that the center and graphics processors could collaborate to display detailed graphics and complex visual effects.