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Power of A15 Bionic chip on iPhone 13 Pro Max.

 

   The most anticipated performance improvement point on the iPhone 13 series is Apple’s latest A15 Bionic chip. Let’s decipher the power coming from this chip!

* What chip will iPhone 13 series use.

Apple’s first A series chip was launched in 2010 with the name A4 chip used for iPhone 4. After more than a decade, the next generation of A chip has been continuously launched and conquered users. The superior power of chip A is one of the main competitive factors that help iPhone compare to all Android rivals. By this year, when the iPhone 13 series was released, it was not too surprising with the A15 Bionic chip. However, the performance of this chip is still a big question for many people.

The iPhone 13 quartet is equipped with a powerful 6-core A15 Bionic processor that allows a 30% increase in performance and a 50% increase in graphics when compared to Android competitors in the same price segment. At the same time, the A15 chip also helps save battery and increase usage time. The A15 chip consists of 15 billion transistors, capable of performing 15.8 trillion tasks / 1 second to ensure the performance power of iPhone 13. Machine learning tasks on iPhone 13 are also faster with Neural core equipped. Engine.

* Some general information about the Apple A15 Bionic chip.

The A15 Bionic chip is considered to be the most powerful chip currently equipped on the iPhone 13 series. This is the reason why you should buy iPhone 13 instead of iPhone 12 at this time.

1. Apple A15 Bionic 5nm+ chip stands out.

The A14 Bionic chip generation on iPhone 12 uses TSMC’s advanced 5nm process for the first time to increase the number of transistors on a small chip size. The A15 Bionic generation continues to be manufactured on the 5nm+ process (also known as N5P).

2. Larger size than A14 Bionic.

The A15 Bionic chipset is about 15% to 20% larger in size than the A14 Bionic chip, adding space to increase the transistor count up to 15 billion transistors. The computing power and processing power of the more powerful A15 chip helps to increase the overall performance on the iPhone 13 series.

3. Apple A15 Bionic GeekBench Score.

The power of the A15 Bionic chip was tested by Apple on GeekBench and obtained results with a maximum single-core score of 1,724 units and a maximum multi-core score of 4,320 units. These parameters are higher than the A14 Bionic chip (1,606 single-core and 4,305 multi-core).

It is estimated that the single-core performance of the new generation chip increases by about 7% compared to the old chip. Moreover, the A15 chip also saves about 15% of energy compared to the A14 chip, increasing the performance of the device experience.

4. Neural Engine Upgrade.

The Neural Engine plays an important role on the A series chip, responsible for processing machine learning task information and matrix calculations. On the A15 chip Apple has increased the number of Neural Engine cores that allow at least 15 trillion operations per second.

5. New modem chip from Qualcomm.

Last year’s iPhone 12 series used the Snapdragon X55 modem chip manufactured by Qualcomm. Meanwhile, the Apple A15 Bionic chip is integrated with its X60 modem chip with improvements to help maintain a stable high connection speed than the X55.

The X60 chip is also manufactured on the 5nm process, ensuring that the new modem chip on the iPhone 13 is smaller in size and more power-efficient than the old generation. This has great implications for the 5G network connection technology on the iPhone 13 series.

The power of the A15 Bionic chip on the iPhone 13 Pro Max is the result of many technological improvements and new feature upgrades. Equipped with the A15 chip promises to bring unprecedented efficiency experiences on previous versions of Apple, even and on rival products.

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