Apple has broken from its long-held, stubborn premium pricing strategy and chosen a sharp pivot toward mainstreaming. The budget model MacBook Neo, unveiled at a New York event on the 4th (local time), arrived with a disruptive price tag of 990,000 won ($599 in North America), or about 850,000 won with an education discount ($499 in North America).
This move, which tears down the high price barrier of the existing MacBook lineup, is seen not as a desperate measure to simply boost sales, but as a calculated, aggressive push to reclaim leadership ceded to Google Chromebooks in the North American education market and to preemptively secure device share in the era of On-device AI.
The most notable part of this new product is the choice of chipset, the computer's "brain." Apple transplanted the A18 Pro chip, used in the iPhone 16 Pro, into the MacBook Neo instead of the existing PC-oriented M series chip. A chipset is a key component that brings CPU (compute), GPU (graphics), and NPU (AI processing) together on a single chip, and Apple chose a "platform-integration architecture strategy" that uses this smartphone chip—mass-produced at scale—in a laptop.
This shares the production line of an already proven mobile chip to drastically cut manufacturing costs. Such a strategy, impossible in the Intel-based Mac era because PC and mobile design approaches differed, became feasible thanks to Apple's unique vertically integrated structure that directly controls the entire process from design to manufacturing. In particular, the "economies of scale" created by sharing chip volumes used in hundreds of millions of iPhones with MacBooks builds a powerful revenue structure unique to Apple that competitors cannot replicate.
Performance is also powerful enough to make the budget label meaningless. Leveraging its in-house semiconductor design, Apple said it optimized a 6-core CPU and 5-core GPU architecture to boost web browsing speeds by up to 50% and On-device AI task speeds by up to three times compared with PCs based on the latest Intel Core Ultra 5. In addition, a 13-inch Liquid Retina display, a light weight of 1.23 kilograms, and up to 16 hours of battery life directly challenge the conventional belief that "cheap laptops underperform," taking direct aim at the Windows low-priced market.
Apple's gambit strongly appears to be a response to the recent fierce offensive from the Qualcomm–Microsoft (MS) alliance. As Qualcomm, led by its Snapdragon X series, raised the performance-per-watt of Windows laptops to MacBook levels, Apple built a defensive line with the sharpest weapon of all: price. In particular, to spread its Generative AI feature Apple Intelligence, the number of hardware units in circulation is critical, and the MacBook Neo is likely to serve as a powerful "entry" that draws students and general users into Apple's AI ecosystem.
Ultimately, Apple's strategy puts the emphasis not on short-term device margins but on securing the long-term ecosystem—namely, lock-in (keeping users tied to a specific service). Users accustomed to the convenience of macOS, iCloud, and AirDrop from their school years are highly likely to become loyal customers who naturally move on to iPhones and higher-end MacBooks as adults. This is interpreted as a grand plan to maximize future software revenue beyond hardware sales, including subscription services and App Store fees.
An electronics industry official said, "Apple's transplanting of a mobile chip into a MacBook is a case that shows it has fully reshaped itself from a hardware manufacturer into a platform-ecosystem company," adding, "This offensive, backed by strong cost competitiveness, will exert considerable pressure on domestic laptop makers such as Samsung Electronics and LG Electronics." In fact, the arrival of a 900,000-won-range MacBook is expected to be a powerful variable that will shake up the market-share landscape of domestic budget laptops such as the Galaxy Book.