Apple’s Troubles Mount! Now Turning to This Company for Chip Supply
Apple appears to be facing difficulties regarding its MacBook Neo. The company recently unveiled its affordable laptop, which reportedly received an overwhelming response in the market. However, this very success now seems to be turning into a predicament for the company. In fact, the company is struggling to keep up with the surging demand for the MacBook Neo and is being forced to rely on another company to ensure its supply. Reports suggest that Apple is now planning to commission Intel to manufacture chips for its MacBook Neo. Let’s take a closer look at the full story.
The company is currently unable to adequately meet the reportedly growing demand for the Apple MacBook Neo. The company’s production has been adversely affected by the ongoing chip shortage in the market. In light of this, the company has taken the step of commissioning Intel to manufacture chips for its next-generation MacBook Neo. According to a report by the *Wall Street Journal*, Apple and Intel have entered into an initial chip-manufacturing agreement. Intel will now manufacture the A27 chips for Apple, which are slated for use in the next generation of MacBook Neo devices.
For years, the Taiwanese company TSMC has handled chip manufacturing for Apple. However, TSMC’s capacity has recently been strained due to the market-wide chip shortage triggered by the rise of AI. Consequently, Apple has decided to diversify and expand the scope of its chip production. The company’s objective is to prevent any shortages of entry-level and mainstream chips.
Currently, the company utilizes the A18 chip in both the MacBook Neo and the iPhone 16. These chips are manufactured using TSMC’s technology. The ongoing shortage is also reported to have impacted the production of the A18 chip. The deal with Intel will assist Apple in ensuring that the necessary supply of upcoming MacBook Neo laptops is available in the market. Furthermore, reports indicate that Apple was also in talks with Samsung regarding its chip requirements, aiming to secure an additional source of chips to serve as a backup option should the need arise.
