Tuesday , July 23 2019
Home / zimbabwe / P30 Pro Teardown Making sure Huawei has Flash Catch

P30 Pro Teardown Making sure Huawei has Flash Catch



In a flash selling auction in ten seconds, Huawei today filled China's new P30 and P30 Pro phones.

Along with the publication, a number of technological tools have successfully breached the new mobile devices to enable them to be the first to post-statements.

(Source: System Plus)
(Source: System Plus)

Times EE includes technical expertise System Plus Consulting (Nante, France), a Yole Développement partner company. We asked the analysts to share their first ideas and to show things that appeared to them.

Stéphane Elisabeth, an investigative expert in System Plus Consulting, told us that P30 pro had a focus on square quad cameras – including a periscope camera that was capable of making 10X zoom. The periscope camera says that there is no loss in image quality, and the smart phone does not have to use a long-term telescopic lens.

But when the crew sailed down the P30 Pro, some people surprised the stage, Elisabeth told us.

3-stack PCB
First, Huawei now uses a PCB 3-stack shape in P30 Pro. Although Apple is the first smartphone seller to have made a three-row PCB in the iPhone X and Samsung the member followed, the team system Plus did not expect Huawei to run as fast.

It indicates that Huawei has used an SLB (Substrate Like-PCB) conference from a PCB supplier based in Taiwan, Unimicron. Xs stac Apple & iPhone X A 3-stack PCB was formed by AT&S based in Austria.

Although both P30 Pro and iPhone X use PCB architecture typical of three sequences, the way they use their respective stacks is different.

In P30 Pro, the low level is linking Huawei's slate sector which has a KirS gas process which is developed by HiSilicon, ICan power and passive power. All RF components are optimized. Internally, a medium-sized PCB binds both and serves as one feature, Elisabeth explained.

Huawei P30 Pro 3-Stacked PCB (Source: System Plus)
Click here for a larger image
Huawei P30 Pro 3-Stacked PCB (Source: System Plus)

Click here for a larger image

The main board uses three PCB pieces made and collected by Unimicron. The first PCB process is at the application process process and a power management ICs. The second is a one-sided PCB with all RF components. Between these two pieces, a medium-sized PCB is used to form these links.

In contrast, Apple, in his iPhone X, recalled the highest level and application processor in the middle level. The third row, made into wasted, wasted empty.

It is important to create PCB architecture, explain System Plus & Elizabeth, as it allows the development of an “audio sub-PC like PCB” with very thick copper lines. “The powerful PCB results are a“ loss of power and power, when saving a place, ”he said.

Four cameras
Separating Huawei P30 Pro, as well as anything else, is using quad cameras. The new mobile has literally four cameras. They include a main camera, and cameras for a panoramic view, a Time-of-Flight view and a periscope view. The four use Sony CMOS image sensors. “Sony has a total design benefit,” said Elizabeth.

Open Huawei P30 View View (Source: System Plus)
Click here for a larger image
Open Huawei P30 View View (Source: System Plus)

Click here for a larger image

The Quad Camera module uses a number of architecture. A periscope camera model is used to use 10x zoom, a Time-of Flight camera model together with a flood flooding tool to provide AR with a camera, with a double camera and angled camera.

A double camera model uses a sieve in which RYYB (Red, Yellow, Yellow, Blue) replaces RBG as standard. As the main camera player delivers RGB signals, RYYB socket helps to bring more light, according to Elizabeth.

The other thing with P30 Pro is to put on Sony Time-of-Flight's camera. Huawei isn't the first to use Sony's ToF camera (which is already used by Oppo in China), but Huawei uses not only for Augality Reality (AR) applications, but also for “Auto focus”. , ”Elisabeth noted.

Processing signals from the three cameras involves the ToF camera to help map a view and allow users to focus on a specific object. “This is the first time that the ToF camera is used for automated focus,” Elisabeth stressed.


Source link