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Sources in the supply chain have previously indicated that the Apple A13 chip would be built by TSMC in a "7nm +" process. In an article published today, Bloomberg says that the A13 chip is currently in production and could reach mass production later in May.
The A13 chip will be used in the next-generation iPhone range, the iPhone 11's 5.8-inch, the iPhone's 6.5-inch 11.5-inch iPhone and the successor of the iPhone XR's 6.1 inches.
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Apple has been very successful with silicon graphics processors and processors, and has chosen TSMC as a manufacturing partner for its custom designs. Thanks to the performance of Apple's mobile chip, even older-generation iPhones compete with leading Android devices in terms of performance.
The more optimistic versions of its chips for iPhone are also found in the iPad. It is generally thought that Apple is developing its own chips for future Macs.
It's unclear when the first Mac devices running Apple-ARM will be marketed, though the form factor of a laptop will probably be the first (like the 12-inch MacBook).
IPhone 11 code names and other details
According to Bloomberg, the successor to the iPhone XS is codenamed "D43" and the new iPhone XR, codenamed "N104". Each model will earn an extra camera thanks to the iPhone 11 which adds an ultra-wide lens. According to Bloomberg, Apple's iPhone hardware upgrades will allow more detailed photos and "wider zoom range".
According to Bloomberg, the thickness of the iPhone 11 chassis will increase by about 0.5 mm to accommodate the three-camera system. Macotakara has previously reported similar measures. Bloomberg also saves recent renderings showing the new camera relief as a square.
The site also states that Apple will allow users to recharge their wireless AirPods by placing them on the back of an iPhone 11. The bilateral iPhone charging has been detailed for the first time. times by Ming-Chi Kuo and is already integrated into the flagship Android devices.
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