There is no doubt that one of the most important sections of Google smartphones is photography, and the new Pixel 7 and Pixel 7 ProThey keep proving it. The company has already revealed all the details of both models, which, oddly enough, have a camera configuration similar to last year, but which includes, thanks to other components of the mobile phone itself, important advances and new features that provide greater shooting versatility. Pictures. What are these improvements?
On a technical level, we repeat, the cameras of the Pixel 7 and Pixel 7 Pro are almost indistinguishable from their predecessors. Google essentially kept not only the same configuration, but the same sensors. So Pixel 7 Pro keep that 50 megapixel wide angle camera, which has an f/1.85 aperture and an 82-degree field of view. Also includes a lens. 12MP ultra wide with a 125.8º field of view and f/2.2 aperture, and 48-megapixel telephoto lens.
On the other hand, the Pixel 7 has the same. 50MP main sensor, as well as an ultra wide-angle camera, also with a resolution of 12 megapixels, with a viewing angle of 114 degrees. Thus, he loses the telephoto lens.
Is there any news in this identical configuration? Can Google improve image quality even with the same sensors?
You don’t need a telephoto lens for far zoom, but a smarter processor.
Although sensor models and their resolution are important, there are other factors that contribute to the improvement of the photographic results of a smartphone camera. These include software, as well as other hardware components not directly related to the camera. I’m talking, of course, about the processor. More specifically, the new Tensioner G2.
The Google Tensor G2 chip, according to the company itself, is able to improve certain sections of the Pixel 7 and 7 Pro camera using machine learning tasks.. And therefore improve photographic results. But what really makes Tensor G2 stand out are the few new features that both models have.
The main thing, and the most interesting, is what Google called High definition zoom, which is focused primarily on the Google Pixel 7 Pro. This model, in particular, is capable of taking pictures with a 5x optical zoom and reaching up to 30x digital zoom. Between that range, it’s also possible to shoot images at 10x, with quality very similar to what we’d get with a telephoto lens in that range, according to the company.
Lens Combination and Processor Reliance
But, How can you get 10x magnification comparable to the same scope in optical format when the Pixel 7 Pro only achieves 5x magnification? In this case, Google is using three key components: the 48MP telephoto lens itself, the 50MP main camera, and the Tensor G2 processor. So when a user wants to capture an image at 10x zoom, the Pixel 7 takes the photo with the main camera and the telephoto lens at the same time, and the Tensor SoC algorithm is responsible for combining both images to create the zoom. that does not lose quality.
The Pixel 7 doesn’t have a telephoto lens, so the zoom (up to 8x) is all digital. Google, however, also used a similar technique in which, thanks to the Tensor G2 chip, you can take pictures in 2x zoom with a quality similar to what we would get with a telephoto lens.
According to Google, the Tensor SoC also speeds up night photo processing by up to 2x compared to the Pixel 6.
Other camera news for the Google Pixel 7 and Pixel 7 Pro.
Another new camera feature on the Google Pixel 7 Pro (because it’s only available on the top model) is macro focus. This, in particular, allows you to take photographs at a very short distance between the subject and the lens in order to capture more details. Unlike other smartphones that seem to use a dedicated lens for this, the Pixel 7 Pro uses an ultra-wide-angle camera that lets you shoot from just 3 centimeters away.
The feature that both models get is that Photo Sharpness. In fact, this feature is not present in the camera, but in the Google Photos application and allows using machine learning improve the resolution of these blurry images or out of focus. The interesting thing about this feature is that you can improve the quality not only of photos taken with the Pixel 7 and 7 Pro camera, but also those old images or those taken by other smartphones, but stored in Google Photos.
Speaking of improving photo quality, Google has also developed an algorithm called royal tone, which is capable of recognizing the real tone of people so that they are correctly interpreted when processed. This works even in low light conditions, according to the company.
The firm has also incorporated an interesting accessibility feature into its camera, more specifically the front camera. Near assisted framing. This allows visually-impaired users to frame selfies thanks to guidance provided by the smartphone itself. These directions are given in two ways; voice, and using the vibration of the smartphone.
Video enhancements coming to Google Pixel 7 and Pixel 7 Pro
The Pixel 7 and Pixel 7 Pro certainly have some new features in terms of video. The most important is cinematic blur, which allows you to blur the background during movie recording. The Pro model, on the other hand, can now record up to 10-bit HDR and also offers better stabilization.
Source: Hiper Textual
