iPhone 16e to Feature A18 Chip and Custom C1 5G Modem
According to reports from the Taiwanese media outlet Business Times, Apple's upcoming iPhone 16e is expected to incorporate advanced semiconductor technology manufactured by TSMC. The device will reportedly feature the A18 chip, which is built using TSMC’s second-generation 3nm N3E process. This system-on-chip includes a 6-core CPU and a 4-core GPU, aiming to deliver enhanced performance and energy efficiency. Additionally, the iPhone 16e will include Apple's custom-designed 5G chip, designated as the C1. This proprietary modem solution consists of a 4nm modem component and a 7nm receiver, both also produced by TSMC. This development highlights Apple's continued strategy to integrate custom silicon into its devices, reducing reliance on third-party suppliers for critical connectivity components. The use of TSMC's advanced nodes underscores the ongoing collaboration between Apple and the leading foundry. While the article mentions TSMC's broader plans for a plant in Japan, the core focus remains on the specific technical specifications and supply chain details regarding the iPhone 16e's internal hardware architecture.
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iPhone 16e to Feature A18 Chip and Custom C1 5G Modem
According to reports from the Taiwanese media outlet Business Times, Apple's upcoming iPhone 16e is expected to incorporate advanced semiconductor technology manufactured by TSMC. The device will reportedly feature the A18 chip, which is built using TSMC’s second-generation 3nm N3E process. This system-on-chip includes a 6-core CPU and a 4-core GPU, aiming to deliver enhanced performance and energy efficiency. Additionally, the iPhone 16e will include Apple's custom-designed 5G chip, designated as the C1. This proprietary modem solution consists of a 4nm modem component and a 7nm receiver, both also produced by TSMC. This development highlights Apple's continued strategy to integrate custom silicon into its devices, reducing reliance on third-party suppliers for critical connectivity components. The use of TSMC's advanced nodes underscores the ongoing collaboration between Apple and the leading foundry. While the article mentions TSMC's broader plans for a plant in Japan, the core focus remains on the specific technical specifications and supply chain details regarding the iPhone 16e's internal hardware architecture.
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