Apple has decided to double its production plans for the MacBook Neo following a much stronger response than anticipated. The laptop, promoted as the most affordable Mac from the company, has clearly found its niche against entry-level Chromebooks and Windows devices. However, its success has also presented Apple with an unusual problem: a need for more A18 Pro chips just as TSMC’s advanced fabrication capacity is under enormous pressure due to AI demands.
According to Culpium, Apple has instructed its suppliers to prepare capacity for manufacturing 10 million units of the first-generation MacBook Neo, versus the initial estimate of 5 to 6 million. Lead times have reportedly stretched to four weeks in some cases, as Quanta and Foxconn attempt to accelerate production from factories in Vietnam and China.
The inexpensive Mac Apple didn’t expect to sell so quickly
The MacBook Neo launched with a straightforward proposition: bring macOS and Apple Silicon to a price closer to the education market and entry-level laptops. Apple announced an initial price of $599, or $499 for education, with a 13-inch Liquid Retina display, aluminum design, weighing 1.23 kg, and available in four colors: blush pink, indigo, silver, and citrus yellow.
Its technical specifications highlight part of its appeal. The device is powered by an A18 Pro chip with a 6-core CPU, 5-core GPU, 8 GB of unified memory, and a 256 GB SSD in the base configuration. Apple states the device can last up to 16 hours on a charge and that its 16-core Neural Engine enables on-device AI functions and Apple Intelligence tasks.
This product makes clear strategic sense. Apple has dominated the high-end laptop market for years, but the education and low-cost segment has been more fragmented among Chromebooks and Windows machines. The MacBook Neo shifts that balance by lowering the entry barrier to the Mac ecosystem. For students, schools, basic office users, and those seeking a daily-use portable, its starting price is significantly more competitive than a traditional MacBook Air.
Apple itself acknowledged overwhelming demand in its latest earnings call. Tim Cook stated that the MacBook Neo was supply-constrained and that the company had underestimated the enthusiasm for the product. Reuters also noted the device helped boost Mac revenue to $8.4 billion in the second fiscal quarter, surpassing analyst expectations.
The A18 Pro issue: from recycled chip to costly chip
The key to the MacBook Neo lies with the A18 Pro. According to Culpium, Apple initially repurposed chips from the production of the iPhone 16 Pro that did not meet full specifications. Instead of discarding them, the company reportedly disabled part of the chip—specifically a GPU core—and used them in the laptop. The iPhone 16 Pro uses an A18 Pro with a 6-core GPU, while the MacBook Neo runs on a 5-core version.
This approach made industrial sense. It allowed reuse of silicon already manufactured, reduced costs, and enabled Apple to sell an entry-level Mac with probably healthier margins than its price suggested. But the product’s success is changing the calculus. Once stock of “binned” chips runs out, Apple needs to order new batches of A18 Pro chips from TSMC. These are no longer leftover chips but new silicon produced on a highly demanded 3-nanometer node, used for AI and high-performance products.
Culpium indicates that Apple will need to request a new rapid batch of A18 Pro chips from TSMC. The challenge is that these chips are manufactured on N3E, a 3nm process also used by AI-related clients and other high-performance products. If most new A18 Pro chips are fully functional, Apple might have to disable a GPU core via software to maintain consistency with the MacBook Neo configuration.
The straightforward result: the per-unit cost increases. The initial batch benefited from partially recovered chips, but the second batch will rely on new, more expensive chips produced at limited capacity. Additionally, the rising prices of DRAM—a factor Apple has already flagged as a pressure point for upcoming quarters—add to this. Cook warned during the analyst call that memory costs will rise significantly and will have a growing impact beyond Q2.
The dilemma: sell more or protect margins
Apple faces an awkward decision. It can produce more MacBook Neos to capitalize on unexpected demand, even if that reduces margins. Alternatively, it can limit supply to preserve profitability, leaving more room for Chromebooks and Windows laptops in a segment where it had finally found strong competitive footing.
The company appears to be leaning toward the first option. If the 10-million-unit target is confirmed, Apple is betting on volume, acquiring new users, and applying pressure on competitors rather than maximizing the profit per unit. This strategy could make sense long term: a MacBook Neo sold to students or small businesses isn’t just one more device; it’s a gateway to iCloud, Apple Music, Apple TV+, App Store, accessories, iPhone, and future Macs.
The risk lies in the price. Culpium suggests Apple might eliminate the 256 GB version, leaving only the 512 GB model, similar to recent changes with the Mac mini, or introduce new colors to justify a potential price hike and maintain product appeal. No official confirmation exists, but cost pressures make the current entry price harder to sustain if Apple relies on new, more expensive A18 Pro chips and DRAM modules.
Perception also matters. The MacBook Neo has succeeded because it offers a compelling combination of price, design, and ecosystem. If prices rise too high, it risks losing some of its edge against the portable options it aims to challenge. Apple has some pricing leverage, but educational buyers and entry-level users are more sensitive to cost than the typical MacBook Pro customer.
A new challenge for Chromebooks and Windows laptops
The Neo’s success comes at an awkward time for its competitors. Chromebooks have performed well in education due to their affordability, simple management, and low maintenance. Entry-level Windows laptops have maintained a significant market share through variety, availability, and compatibility. But Apple never previously offered such a compelling proposition in this segment.
With the Neo, Apple is encroaching into that territory while maintaining its integration advantages. macOS, Apple Silicon, long battery life, aluminum design, and local AI features create a difficult-to-replicate package at this price point. For educational institutions, small businesses, and families, this could prove very attractive if the device remains available and priced competitively.
The current environment further favors Apple. On-device AI is becoming more common for everyday tasks, and Apple emphasizes that the A18 Pro in the MacBook Neo can run Apple Intelligence functions locally. In a market where many low-cost laptops are still adjusting memory, display, autonomy, and performance, the idea of reusing an iPhone Pro chip in a Mac could be a real advantage.
Nevertheless, the Neo’s success reveals a strategic vulnerability: even a product with recycled components can become vulnerable to shortages of advanced process nodes. Demand for AI accelerators, data center chips, and high-performance processors now competes directly with consumer devices. TSMC’s capacity stress affects the entire industry, but for Apple, it is especially critical. Its competitive edge in Mac, iPhone, and iPad hinges on manufacturing chips on the best nodes available. If those nodes become congested, Apple may face higher costs, supply delays, or need to adjust production plans even for high-performing products.
In this context, the MacBook Neo is more than an affordable laptop. It’s a signal of how low Apple can go without compromising its margins and how AI demand is reshaping even finely tuned product strategies. If Apple maintains a production of 10 million units, the impact on Chromebooks and entry-level Windows laptops could be significant. But if prices need to rise or configurations are trimmed, the Neo’s initial disruptive effect will diminish, though its initial success remains noteworthy.
Frequently Asked Questions
How many MacBook Neos does Apple aim to produce this year?
According to Culpium, Apple has asked its suppliers to prepare capacity for 10 million units, compared to an initial estimate of 5-6 million.
Why are there supply issues with the MacBook Neo?
The device uses the A18 Pro chip. The initial batch reportedly leveraged partially functional chips from the iPhone 16 Pro, but the strong demand for the laptop now requires new chips from TSMC, produced on a busy 3nm node.
Can Apple raise the price of the MacBook Neo?
No official announcement has been made, but rising costs for the A18 Pro and DRAM could pressure margins. Options might include removing the 256 GB model, adjusting configurations, or introducing new colors to justify a price increase.
Why does the MacBook Neo worry Chromebooks and Windows laptops?
Because it offers macOS and Apple Silicon starting at $599 ($499 for education), with long battery life, aluminum design, and local AI, positioning it much closer to the education and entry-level market than other Macs.