Lin Enping: Glass Lens

The introduction of glass and plastic hybrid lenses into smartphones has become a hot topic in the market since last year. However, after DaLiguang designed the entire P (plastic) to successfully solve the problem of overheating of the 3D sensing lens's emitting end, it blocked the wafers at one stroke. The possibility of introducing grade lenses and glass lenses into mobile phones; For the application of glass lenses, CEO Dali Lienping still believes that the demand for vehicles is large.

Daliguang dominates the global mobile phone lens market with its plastic lens technology and yield advantages. However, as the smart phone market matures and the competition is fierce. With increasing specifications, mobile phone brand manufacturers are also actively seeking differentiation and struggling to break through. Last year, LG launched a flagship mobile phone equipped with a G+P hybrid lens. However, follow-up has not seen follow-up from other camps. The two major key factors are output and cost.

For the possibility of introducing glass lenses into mobile phones, Lin Enping believes that G+P has little advantage in the introduction of rear camera (camera) lenses. It is mainly to solve the problem of overheating of the transmitter of the front 3D sensing lens. The G+P solution has advantages. However, G+P is only one of the solutions. If the advantages of the mobile phone factory are at the software end, it can compensate for the lack of design of the hardware lens. Molded glass is not the only choice. Plastic lenses can also be achieved.

Due to overheating issues, last year Apple's iPhone 3's 3D sensing lens was equipped with wafer-level lenses. This made iL's first three, two, and five lens designs. After a lapse of six months, Dali Guangpeng designed the launch end lens to send samples, which is equal to the possibility of the final sealed glass lens or wafer-level lens into the mobile phone lens.

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