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All the jargon on the screen

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Since there's so much talk on the screen, today we're going to give you an overview of all the "jargon" on the screen.
First, we use a map and your readers to sort out the mainstream screen techniques.
There are so many terms on screen. Can you really distinguish between these second pictures?
Screen technology corresponds to the screen structure diagram
Mobile phone screen is simple, can be divided into protection layer, touch layer and display layer.


Protective glass

There are so many terms on screen. Can you really distinguish between these third pictures?


Terminology for the protection of glass

We usually hear those gorilla glass, first generation gorilla glass, ion exchange, wear-resistant screen, water screen...... is refers to the protective glass of this layer technology, mobile phone manufacturers around the main screen of the durability and aesthetics of technology innovation, the former representative is Corelle gorilla glass protection in the United States, the latter 2.5D is a famous radian design. Between the two can exist, for example, Samsung Note 4 on the screen using 2.5D radian design of the fourth generation of Corelle gorilla protective glass. The blue part of the image above shows two techniques, spanning two of the two technologies due to the multiplayer structure across the phone screen.
Today, let's briefly introduce the Moto ShatterShield extreme resist technology.
There are so many terms on screen. Can you really distinguish between these fourth pictures?


Moto ShatterShield extreme resist Technology

Moto ShatterShield extreme technology, five layers of institutions, AMOLED flexible display and aluminum material base is not the key core, so Xiao Bian focuses on the first three layers of structure. As you can see from the above structure, Moto mainly strengthens the screen's anti break ability from the protection of glass and touch control layer.


To protect the glass, Moto adopts two layers of structure: extremely Royal, anti broken outer layer and transparent anti break inner layer. Compared with ordinary mobile phone screen, it adopts a layer structure to make mobile screen more impact by increasing thickness. Although the two layer screen can guarantee the firmness, but as the SLR camera filters, each additional layer of glass will affect the display effect (SLR is the camera quality), according to the screen, mainly because of the light every time through the glass will occur several times of refraction and reflection, finally through the light path the complex to the human, this time for each additional layer of glass will affect the light path, let the light to change, reach to the human eye image of a heavy.

There are so many terms on screen. Can you really distinguish between these fifth pictures?


Moto X pole

Because of this, transparent anti - broken inner layer, in addition to the need to increase the robustness of the screen, but also need to design very thorough, to be able to better restore the color of the layer below the AMOLED display itself.

And the Royal shatterproof outer in itself is strong, but also like the Corelle gorilla glass protection with anti scratch performance, Moto uses a new technology (precision protective material), wear good (hard cover, such as proprietary) can resist the impact, but also have the ability to wear.


The touch layer adopts double touch architecture, in a nutshell is double protection, the main failure touch layer, auxiliary touch layer can still ensure the normal use of mobile phone screen, now bad street is the touch screen mobile phone, if the bad touch layer, basically can only to a repair shop for a new touch screen, the maintenance cost is not cheap. Moto provides this functionality or reduce the economic burden of consumers, plus the Moto X warranty policy itself is very gratifying, the touch layer broken screen so the former most worrying has finally solved.

Touch layer
There are so many terms on screen. Can you really distinguish between these sixth pictures?

Touch pad terminology
Then we see that the touch layer technology, since Apple will carry forward these years on the touch screen, touch screen technology and did not seem to be what big breakthrough, after a single touch upgrade to multi touch, the industry seems not what new highlights. After IFA 2015, HUAWEI and Apple launched Force, Touch and 3D Touch two technologies, that is, other manufacturers now called pressure screen.
There are so many terms on screen. Can you really distinguish between these seventh pictures?

Force Touch
Force Touch and 3D Touch two technology actually quite similar, mainly through the efforts of different consumers fingers on the screen, to achieve different functions, touch, light and heavy press trigger different operation according to different operation interface or software such as view two menu or directly open the software will be by you according to the pressure of the finger.
Although this technique is following the multi touch technology is a major innovation, but in small series, which will increase the user early learning cost, if push screen of this technology is not the apple and HUAWEI, but two or three line manufacturers, estimated willing to change habits to accept new technology consumers may not.

Laminating technology
There are so many terms on screen. Can you really distinguish between these eighth pictures?

Mainstream full fit Technology
Laminating technology is actually to protect the glass, touch and display layer between the three structures exactly how they stick together? Fit technology is the hardest hit consumer knowledge blind spots, often those Tucao full lamination technology is not fully fit, under the condition of black screen is not thorough enough, manufacturers say are GFF, OGS, TOL and they don't know, but the start of the 15 year, Xiao Bian found thousands of machines under priced models, mobile phone manufacturers simply even OGS, GFF these words is not marked, so that consumers are not sure who is the real full lamination technology. The above black words, all five technologies are called full bonding technology, but whether GFF really fit the technology remains to be discussed.
In-cell refers to the method of embedding the touch panel functionality into a liquid crystal pixel. On-cell refers to the method of embedding the touch panel functionality between a color filter substrate and a polarizer.

OGS (One Glass Solution), monolithic structure: the technology of directly forming ITO conductive film and sensor on protective glass. A piece of glass acts as both a protective glass and a touch sensor. Prospect: from a technical perspective, OGS technology is currently the mainstream G/G touch technology has the following advantages: simple structure, light weight, good light transmittance; due to dispense with a glass substrate and bonding process, to reduce production cost and improve product yield. But at present, the technology is faced with the choice of the process of induction circuit, and some problems such as the maintenance of the strength and quality stability, the control chip adjustment and so on when making the surface glass, and the difficulty of improving the production rate makes the manufacturers of mass production less.


Official website:http://en.kejian-tech.com/
Adhesive website:http://www.kinsgeo.com/en/

Alibaba: http://kejian-tech.en.alibaba.com/   https://kejiantest.en.alibaba.com/

Trade website:http://www.universal-testingmachines.com/