CHINA - A new design draft has surfaced online from the Chinese social media website Weibo, courtesy of user @beans, who shared an image of what is believed to be the drawing of forthcoming Apple iPhone 14 Pro. When taking a closer look at the smartphone's draft and the dimensions here, we can clearly see the successor have gotten slightly thicker than the iPhone 13 Pro. The new thickness is measured at 7.85mm, which was 7.65mm for it's predecessor last year. The remaining dimensions of the smartphone measures similar to iPhone 13 Pro and as seen from the previous leak, we can again confirm the updated punch hole style camera and a pill-shaped Face ID sensor here as well.

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TWITTER - Recently we had seen new renders of the forthcoming Apple iPhone 14 Pro leak in it's full glory, showing off the smartphone in gold color. Now we have Sam, known by the username @Shadow_Leak shed some light on what can possibly be the spec details of the next in line devices from Apple. According to him, the iPhone 14 and iPhone 14 Max are tipped to arrive with a 6.06-inch and 6.68-inch flexible OLED displays, with A15 Bionic chipset under the hood and 6GB RAM, while the top two models iPhone 14 Pro and iPhone 14 Pro Max are expected with similar display sizes respectively, but featuring flexible OLED LTPO displays, all new A16 Bionic processors and 6GB of RAM.

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CALIFORNIA, UNITED STATES - We have been hearing a lot on Apple's upcoming flagship, and now courtesy of xleaks7 (David Kowalski) from Twitter, we get a glimpse of what Apple may launch as their all new iPhone 14 Pro, sometime in September. The newly out renders shows-off the phone's whole design in glorious gold, giving us a look at their newly designed notch. Unlike the notch seen on Apple devices since the launch of iPhone X, this time around we get to see a punch hole style camera and a pill-shaped Face ID sensor, resulting in increased screen-to-body ratio. Apart from the front, the phone pretty much resembles Apple's traditional design with three lenses, a flash light and a Lidar sensor on the back.

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