TAIPEI, Taiwan - Owing to the impact of the COVID-19 pandemic, global smartphone production reached a mere 1.25 billion units in 2020...
Since the introduction of Sony’s large-sized modular Micro LED display in 2017, other companies, including Samsung and LG...
According to TrendForce, Apple’s current plan for its wafer input at TSMC indicates that the foundry will still be mainly producing chips for iPhone and iPad devices in 2020. Mass production of the A14 Bionic SoC for the new iPhone devices that will be released later this year is now underway, while production of the A14X Bionic SoC for the new iPad devices that will be released in 2021 is scheduled to begin in small volumes in 3Q20. TrendForce expects wafer input for Mac SoC to begin in 1H21, meaning the actual adoption of Mac products featuring the latest Mac SoCs is expected to occur in 2H21.
Initially, ARM-based SoCs were able to become mainstream in the smartphone market because of their unique advantage in power consumption. However, the ARM family of processor architectures as a whole has also made huge leaps in computing performance in the recent years. It is now sufficiently strong in both computing speed and power efficiency to have opportunities to challenge the Intel family in the high-performance computing segment.
As well, TSMC is one to two generations ahead of Intel with respect to process shrink. TSMC’s technological lead in the market could be an additional reason as to why Apple has now decided to begin phasing out Intel CPUs from Mac devices. Nevertheless, the most crucial factors that drive Apple’s decision are the cost consideration and the desire to further build out its ecosystem.
Although Apple still needs TSMC to manufacture its self-designed processors, the production cost of a Mac processor made with TSMC’s 5nm node is currently estimated under US$100, which is considerably more cost-effective compared to the 10nm Intel Core i3 processors, priced around US$200 to US$300 on the market.
On the other hand, Intel’s CPUs scheduled to be released in 2021 will still be based on the 10nm node. With Apple Silicon advancing to the 5nm node, the future Mac SoCs will be packed with a lot more transistors while maintaining the same chip size thanks to process shrink. They thus will have a chance to successfully compete against the mainstream products offered by Intel in terms of computing performance and power consumption.
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