The Galaxy S21 Ultra's colors look more realistic.
The Pixel does a better job of rendering detail and depth in the petals, but there's yellowish cast to the image. In our photo comparison, the Pixel 6 Pro won a number of head-to-head scenarios, but the Galaxy S21 Ultra won some rounds as well. And with Samsung’s 120x Space Zoom you can get really close to subjects from far away. The Galaxy S21 Ultra starts with a 108MP camera that’s complemented by a 12MP ultra-wide lens and dual telephoto lenses of 3x and 10x. The Google Pixel 6 Pro offers a triple camera system that consists of a 50MP wide camera that’s designed to capture 150% more light than the Pixel 5, a 12MP ultra-wide camera and a 48MP telephoto sensor capable of 4x optical zoom and 20x SuperRes zoom. Winner: Samsung Galaxy S21 Ultra Google Pixel 6 Pro vs Galaxy S21 Ultra: Cameras But its color accuracy was a bit behind at 0.35. And its Delta-E color accuracy reading of 0.3 is quite good (where 0 is perfect).īy comparison, the Galaxy S21 Ultra hit 110.9% of the sRGB and 81.4% of DCI-P, which is higher than the Pixel 6 Pro. In terms of color reproduction, the Pixel 6 Pro registered 104% of the sRGB color gamut and 73.8% of the DCI-P3 color space.
However, when I viewed each screen side by side outdoors in direct sunlight, the S21 Ultra’s panel appeared brighter. In our lab testing with adaptive brightness turned on, the Google Pixel 6 Pro turned in a slightly higher reading of 842 nits, compared to 821 nits for the Galaxy S21 Ultra. A $300 delta is a pretty big deal when you're talking about two fairly evenly matched flagship phones. It starts at just $899, compared to $1,199 for the Galaxy S21 Ultra. The Google Pixel 6 Pro easily wins on price and overall value. Google Pixel 6 Pro vs Galaxy S21 Ultra: Price
#Pixel 6 pro geekbench android
In the test it is even possible to notice that Pixel 6 Pro will have a version with 12GB of RAM and will arrive with Android 12, as Google itself has taken advantage of to promote smartphones. As for the test results, which are well below what can be expected from a high-end processor in 2021, it should be noted that this is a pre-production unit, so it is almost certain that the Geekbench score will be different in the version Final.50MP (f/1.85) main, 12MP (f/2.2) ultrawide, 48MP (f/3.5) telephoto with 4x optical zoomġ08MP wide (f/1.8), 12MP ultra wide (f/2.2), 10MP telephoto (3x zoom, f/2.4), 10MP telephoto (10x zoom, f/4.9), laser AF sensorģ0W wired (charger not included), 23W wireless (Pixel Stand), 12W QiĢ5W wired (charger not included), 15W wireless The GPU is the Mali-G78, the same used in the Exynos 2100 of the Samsung Galaxy S21.
For better battery management, we have also four efficient Cortex-A55 cores, running at a clock of 1.80 GHz. Thus, the various sources guarantee that we will be here in the presence of four Cortex-A78 cores, two of which run at a frequency of 2.80 GHz, while the second pair runs at a frequency of 2.25 GHz. Google use two Cortex-X1 on the same processor. Looking at the CPU, you can see that the four high-performance cores are split into two pairs. The latest processors from both Qualcomm and Samsung carry this distinction with a Cortex-X1 core standing out from the rest as a way to boost single-core performance, but it seems unlikely that Samsung, which will make the Tensor, will be able to allow it. Thus, a prototype unit of Google Pixel 6 Pro was recently caught in Geekbench 5, where it reveals results that, despite the low scores, make us aware of the structure of the Google Tensor processor. The curiosity about the new processor from Google is a lot, as the company will have to customize this chip according to their needs for the new smartphones. This will be a processor with great focus on image processing and artificial intelligence, but it should also ensure a respectful performance, as Google will want its smartphones to keep up with the other top-of-the-range in the market. Pixel 6 Pro pass through Geekbench reveals interesting Google Tensor configuration Today we came to talk about the processor. As is well known, the new pair of smartphones will be equipped by Google Tensor, a processor thought and designed by Google and which will be manufactured by Samsung. Well, this Monday we can know the first details about the Tensor, through a famous test bench. Google gave the technology market a first look at its new Pixel 6 and Pixel 6 Pro in August , which revealed the design for both devices, as well as the processor that will equip them and even the alignment of the cameras.
0 kommentar(er)
