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iPhones produced in 2017 will feature organic light-emitting diode (OLED) flexible displays, a significant step forward from the LCD screens the Californian tech giant currently uses in its handsets. Apple held discussions with suppliers Samsung and LG in December over increasing the production of OLED screens in the run up to next September's iPhone launch, Nikkei has reported. OLED screens are typically brighter and use less power than LED displays, as well as being flexible, possibly raising the prospect of a curved screen in the iPhone or a future Apple gadget. Last July, LG Display  said it will invest KRW1.05 trillion in a flexible screen production line , based at the Gumi Plant in Gyeongbuk Province, Korea, which is listed among  Apple's suppliers . The new line will produce more than 200 cuts 5.5-inch cuts from a single plastic substrate sheet - the same size as an iPhone 6 Plus display - according to LG. Mass production is not expected to begin

The original IPS technology became a foundation for several improvements: Super-IPS (S-IPS) , Dual Domain IPS (DD-IPS), and Advanced Coplanar Electrode (ACE). The latter two technologies belong to IBM (DD-IPS) and Samsung (ACE) and are in fact unavailable in shops. The manufacture of ACE panels is halted, while DD-IPS panels are coming from IDTech, the joint venture of IBM and Chi Mei Optoelectronics – these expensive models with high resolutions occupy their own niche, which but slightly overlaps with the common consumer market. NEC is also manufacturing IPS panels under such brands as A-SFT, A-AFT, SA-SFT and SA-AFT , but they are in fact nothing more than variations and further developments of the S-IPS technology. In 1998 production started for Super-IPS panels, and were mostly produced by LG.Philips (now LG.Display). They have gone through several generations since their inception. Initially S-IPS built upon the strengths of IPS by employing an advanced “multi-domain” liquid cry

For different model of iPhone, some suppliers are different. But the main suppliers are almost the same for all models of iPhone. Anyway, let's take iPhone 6s for example. Below are the main suppliers. Supplier The parts they supply TPK Holding Co. Ltd 3D touch panel. Supply to LCD Panel Manufacturer Zhen Ding Technology Co. Ltd. FPC Nippon Mektron Ltd. FPC Nidec Corp Vibration Motor AAC Technologies Holdings Inc. Solution for Speaker, Touch, Wireless and Optical micro technology Japan Display Inc LCD Sharp Corp. LCD LG Display Co. Ltd. LCD Suzhou Anjie Technology Co. Ltd Backlight Catcher Technology Co. Ltd. Case GoerTek Inc. Speaker and microphone LUXSHARE-ICT Metal material, such as connecter Ellington Electronics Technology Group PCB China Jinlong Holding Group Motors S

Now so many mobile phone screen technology, I'd like to introduce various display panel and screen technology, to make everybody can distinguish them easily. At present there are only two mobile phone screen classification, TFT - LCD and OLED, They respectively represent the passive and active display screen.Passive panel need the support of the back light, Active panel can self-illuminate and need no back light. OLED mainly represented by Samsung Super AMOLED（Super Active Matrix Organic Light Emitting Diode. TFT-LCD include: TN、VA、IPS、CPA（AVS） TN(Twisted Nematic)-- Low-cost make it is one of the most widely used screen. but the disadvantage is that small visual Angle, color reduction ability is limited VA(Vertical Alignment)-- It doesn't suitable for touch panel of mobile phone because it will have ripple of pressing. IPS(In-Plane Switching)-- With advantages of wide visual angle and good performance of color reduction. CPA(Continuous Pinwheel Alignment)--

The DIY option works for many different kinds of phone problem, although some are beyond the skill of the average layperson. Here is a guide to some of the most common problems and basic advice on fixing them. Shattered Screen The touchscreen of a smartphone consists of three different layers: a glass layer and a digitiser, which are always stuck together, and an LCD screen, which is separate. One of the most common problems is when the glass screen shatters. This is possible for even inexperienced phone owners to replace, although it is a fiddly job and may take up to two hours. It's possible to tell whether it's just the glass that's broken or the LCD too, because if it's just the glass the phone will still work, but if it's the LCD, it won't. Replacing the LCD is not normally something that can be done by an amateur. Water damage Getting the phone splashed or - worse - submerged in water is

Screwdrivers A good mobile phone repair kit will contain a selection of different screwdrivers of different types and sizes. Most mobile phone screws are either 'Phillips' (that is their head is a cross-shape) or 'Pentalobe' (for which the head is a five-pointed star). If the kit is required for a particular model of phone, then it's a good idea to research the kind of screws it contains before getting a kit to ensure the correct screwdrivers are included. One useful feature on the more expensive screwdrivers is a built-in light. This can make it much easier to see inside the phone. Opening Tool There are lots of tools available specifically designed for opening mobile phones. It's not a good idea to use any kind of metal implement for this purpose (for example, don't be tempted to use a screwdriver), so most of them are made out of some form of plastic. One popular design is the shape of a guitar plectrum, but others are more stick-like. It'

Liquid optically clear adhesive (LOCA) is liquid-based bonding technology used in touch panels and display devices to bind the cover lens, plastic, or other optical materials to the main sensor unit or each other. These adhesives improve optical characteristics and durability. Primary advantages of LOCA compared to other adhesives are its: ·Re-workablility ·Adhesion to non-even surfaces ·Superior optical properties ·Durability LOCA follows traditional die-cut film adhesives, also known as optically clear adhesives (OCA tape). LOCA also allows for thinner designs and new technologies, such as the use of silicone, improve the properties of the final product. Feature: 1. Peeling caused by outgas from plastic is restrained. 2. Heat and humidity resistance (prevents haze increase). 3. Excellent adhesion to difficult-to-adhesive surface (such as hard coated surface). 4. Gap-filling ability to fill the printing gap.