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In the world of smartphone speed tests, opening apps has become a classic. Now that the iPhone 12 is already on the market, the PhoneBuff channel has put its already traditional test to the test. And they did comparing the speed of an iPhone 12 Pro with a Samsung Galaxy Note 20 Ultra.
Over the years, these types of tests have ceased to have the meaning they once did. Of course, they continue to clarify the superior hardware and software integration of Apple products.
17 seconds ahead with half the RAM
As shown at the beginning of the video, the Note 20 Ultra has 12GB of RAM. Meanwhile, the iPhone 12 Pro has solo 6 GB of RAM (4 GB in the non “pro” models), exactly half that of the Korean model. The other key point of the comparison is the processor, whose characteristics are the following:
- iPhone 12 Pro: A14 Bionic processor with 6 CPU cores and 4 GPU cores, manufactured in 5nm.
- Galaxy Note 20 Ultra: Qualcomm Snapdragon 865+ processor, 8 CPU cores, 4 GPUs, with 7nm production.
So the Apple chip has two core less, but with a more efficient 5nm manufacturing process (industry pioneer). Together, we must iPhone 12 Pro with half the RAM, fewer cores (without looking at power either way), albeit with a higher 5nm process and still beating the Samsung model.
It is known that the integration that Apple has in its products allows it to better fit the pieces together. The combination of iOS 14 with A14 Bionic is the winner of this test, leaving no room for doubt. It’s amazing what Apple is able to do with less core and much less RAM than its main competitor.
Beyond pure power
For some time now, the various speed and power tests that are carried out on smartphones they stopped making sense they once had. In the past, they were the central element of the user experience when opening and running intensive tasks. But now that a certain performance threshold has been reached, they have taken a back seat.
The speed of a smartphone is taken for granted at the high end. It is no longer a differential point when choosing between one model or another. But that doesn’t mean its importance has disappeared.
In the case of iPhones, power is already taken for granted and improvements also come from other sections. In addition to safety, we have components like the neural engine focused on machine learning activities. Thanks to it, the iPhone takes better photos by detecting textures, scenes and elements. Something particularly sensitive in low-light photos.
The addition of the LiDAR sensor also allows you to take advantage of augmented reality in a new generation of professional apps. And in portrait mode you get better results even in low light situations. There are more and more margins where the processor and other components such as RAM are difficult to evaluate. For this reason, this type of test has lost importance.
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