Molded glass adoption could make the iPhone 16 Pro camera lenses thinner and lighter

admin31 October 2023Last Update :
Molded glass adoption could make the iPhone 16 Pro camera lenses thinner and lighter

Molded glass adoption could make the iPhone 16 Pro camera lenses thinner and lighter،

Smartphone manufacturers are always fighting for the top spot, and you know what? This is not bad for us, consumers. This means we have cool new gadgets to play with, and sometimes it sparks serious technological revolutions. Apple is right up there in the game, and while some say the latest iPhone 15 series isn’t a total game-changer compared to the iPhone 14, the Copertino-based company is pushing for innovation. , courtesy of Daily economic news (via Apple Insider), is that the iPhone 16 Pro could have molded glass lenses. For what? To refine that camera bump, reduce some weight and give us better magnification. It appears that suppliers are mobilizing for the 2024 iPhone lineup, and the iPhone16 Pro and iPhone16 Pro Max could fly the flag in molded glass to save space and weight. Before this, rumors hinted at the iPhone 16 Pro getting a 120mm telephoto camera, thanks to a supposedly larger device size. And this is where molded glass could come in handy since it is lighter and thinner, which is handy for the cause. Molded lenses also offer more magnification in a smaller package. So Apple could stick to the 24mm and 120mm focal lengths but with thinner lenses. This could be perfect for the iPhone16 Pro, which would be equipped with the tetraprism crystal for this longer telephoto lens.

Because creating molded lenses is a complex task, manufacturers are already preparing for it. iPhone16 Professional range. The report states that Apple is leading supply chain orders, but it is possible that other players, like Oppo and Vivo, will also venture into using molded lenses as part of a more trend. wide.

If you’re curious about cast glass, it’s a specific type made by pouring molten glass into a mold and rapidly cooling it. This process produces a very robust and durable glass, making it well suited to applications such as smartphones, where strength and durability are essential.