In April, Apple announced a major personnel adjustment: hardware engineering veteran John Tenus is expected to officially take over as the next CEO. The industry generally believes that this means that Apple may gradually weaken the operational style of the Cook era, which emphasized efficiency, cost control, and stable shipments, and instead focus more on hardware innovation, self-developed chips, and iterative upgrades of terminal technology. This change of leadership is expected to become an important indicator of the global consumer electronics industry chain, and bring a series of potential structural impacts on the procurement standards, order structure, and supply chain layout of the electronic components industry.

Looking back at Cook's tenure, Apple has adopted a global and large-scale procurement strategy, tending to select standardized, universal, and low-cost electronic components. The industry as a whole is mainly focused on bulk delivery, with relatively low added value, and competition among manufacturers is mostly concentrated in the price and delivery aspects. And Tenus has many years of experience in front-line hardware research and development, deeply involved in the development of self-developed chips, flagship models, and space computing hardware. After he takes office, it is highly likely that he will increase investment in hardware innovation, strengthen the ability to independently develop chips throughout the entire chain, and increase the layout of end-to-end AI. In this context, Apple's procurement logic may gradually shift towards high-precision, miniaturized, low-power, and customized components, and the entry threshold for suppliers will be raised simultaneously. Small and medium-sized manufacturers lacking technological accumulation may face operational pressure, and high-quality production capacity and orders will be more concentrated in top component companies.

In the field of semiconductor and chip matching, there may be structural differentiation within the industry. The Tenus team is expected to accelerate the layout pace of full stack self-developed chips, expand the application scope of self-developed baseband, AI computing power chips, and RF core chips, and adjust the proportion of purchasing high-end main chips from external sources. There is marginal pressure on traditional orders for purchasing high-end chips. However, correspondingly, if self-developed chips continue to be implemented, the demand for peripheral collaborative supporting components is expected to significantly increase. The categories of power management ICs, analog chips, RF switches, filters, image sensors, high-speed interface chips, etc. may usher in an opportunity for demand recovery in the future. At the same time, for the sake of supply chain security, Apple may continue to optimize its multi-source supply system and moderately relax the admission review for domestic high-quality component manufacturers. The opportunities for domestic semiconductor companies to enter the high-end supply chain of the fruit chain and achieve partial import substitution are increasing.

The acceleration of hardware innovation pace is also expected to indirectly stimulate the incremental imagination space of the electronic device industry. Industry sources indicate that Apple may push for the launch of new products such as foldable screen iPhone, next-generation Vision Pro, and AI smart wearable at an appropriate time, changing the previous small iteration of product rhythm. If the foldable screen model is successfully mass-produced, the demand for precision structural components such as ultra-thin flexible glass, liquid metal hinges, flexible circuit boards, ultra-thin heat dissipation boards, and micro passive components is expected to significantly increase. The value of single machine precision components is expected to be higher than that of conventional standard version models.
From the perspective of the supply chain, Apple is likely to continue its diversified layout, but the focus of future cooperation may gradually shift from a single ultimate cost control to a comprehensive balance of safety and controllability, technological adaptation, and nearby supporting facilities. Overall, the probability of Apple's deep detachment from the domestic core supply chain is relatively low. China is still expected to undertake the assembly of most high-end models and the supply of core precision components, and the cooperation stability of top fruit chain enterprises may be further enhanced. However, categories such as general resistance and capacitance, ordinary structural components, and standard connectors with low added value and low process threshold are more likely to be diverted outward in the future, and the low-end general circuit may face intensified competition and profit pressure.

Overall, Apple's leadership reshuffle is expected to become a key catalyst for the new innovation cycle in the electronic components industry. The industry may gradually break away from the internal competition pattern of low price homogenization and develop towards high-end, precision, self-developed matching, and domestic substitution acceleration. High end semiconductors, optical sensors, precision structural components, advanced packaging and other fields are expected to benefit marginally, while general low-end components are facing greater pressure expectations. From a medium to long term perspective, domestic leading component companies with stable research and development capabilities, customized adaptation capabilities, and reliable mass production capabilities are expected to deeply bind to Apple's supply chain, seize industry dividends, and gradually enhance their comprehensive discourse power in the global high-end component market.