The consumer electronics sector is currently experiencing a challenging phase. With the explosive demand for AI servers, memory and storage prices have surged, rapidly increasing the cost structure of end-user devices. Many manufacturers' initial response has been to raise prices, as their already thin profit margins can be easily erased by the increased cost of just a few key chips.
However, Apple has taken a seemingly counter-intuitive action. The newly released iPhone 17e is priced at 4,499 yuan, nearly identical to its predecessor, while the MacBook Neo's price has been set aggressively low at 4,599 yuan. When combined with a 15% national subsidy in some regions, the final price for consumers can fall below 4,000 yuan.
The critical point is that this is not an era of declining costs. The price of LPDDR5X memory supplied by Samsung to Apple has at times doubled, and the entire industry is under pressure from rising component costs. In other words, Apple's price reduction is not a reaction to market trends but a strategic move against them.
In cyclical industries, this type of maneuver has a familiar name: counter-cyclical expansion. Expanding when others are contracting and lowering prices when others are raising them is essentially a strategy of utilizing one's financial safety cushion to gain market share. The resource sector is most experienced with this approach. When gold and copper prices are low, many mining companies are forced to sell assets; the point of peak pessimism in the market is often when mines can be acquired most cheaply. A significant portion of Zijin Mining's expansion history was written during such periods.
A frequently cited quote from Zijin Mining's Chen Jinghe is: "Mines are bought in a bear market." When metal prices are high, mines are expensive and competition is fierce; when prices are low, assets become available. The logic in the resource industry is simple: whoever survives the cycle longest can acquire resources at the bottom.
While consumer electronics may seem far removed from mining, the cyclical logic is fundamentally the same. Mining focuses on the cost curve, while consumer electronics focus on the gross margin buffer; both are essentially about which player has a thicker safety cushion. When memory prices rise, the pressure on Android phone and PC manufacturers quickly translates to higher end-user prices. With gross margins often in the single digits, even minor cost fluctuations force these manufacturers to raise prices to avoid seeing their profits vanish entirely.
Apple's financial structure is entirely different. Its sustained gross margins of around 40%, combined with its massive cash reserves, give it the capacity to absorb profit pressure in the short term. While the industry is forced to raise prices due to cost increases, Apple can instead hold or even lower its prices. This creates a classic counter-cyclical competitive dynamic. When others raise prices and you do not, the price gap automatically narrows; when others contract and you expand, market share gradually shifts.
For Apple, the true objective of this price competition is not hardware itself, but the operating system. Once a user switches from Android to iOS, or from Windows to macOS, their future device upgrades, application purchases, and service revenues for many years are likely to remain within the Apple ecosystem. In other words, Apple's strategy targets not the product, but the user. Just as a resource company buys mines during a bear market, Apple is acquiring users during a period of industry pressure; both are forms of long-term capital allocation.
This also explains the strategic significance of the MacBook Neo's 4,599 yuan price point, pulling the MacBook into a price segment it had scarcely entered before. With subsidies, this machine could even fall into the price range of many mini-PCs and used office laptops. Within AI circles, this price carries a specific connotation. With the popularity of OpenClaw, many developers have grown accustomed to deploying agents locally, leaving computers running tasks to "farm" or manage these processes continuously. This "farming" does not require exceptionally powerful machines, but rather stability, low power consumption, and a reasonable price. A computer running an agent constantly essentially becomes a small computational node.
Previously, many used small form-factor PCs or second-hand PCs. The Mac mini, owing to its stability and energy efficiency, gradually became a preferred "farming machine." Now, with the MacBook Neo's price dropping to around 3,000 yuan after subsidies, the MacBook has suddenly entered this device category. If the Mac mini is a desktop farming machine, the MacBook Neo could very well give rise to something else: portable farming. With the computer in a backpack and the agent running in the background, tasks could be executing while one works on a document in a café, even allowing for on-the-go debugging.
This was certainly not Apple's original design intention for the product, but changes in pricing structures often create new use cases. Many shifts in technology ecosystems begin not with new features, but with new price points.
Taking a longer-term view, Apple's move is not unprecedented. Resource companies acquire assets in bear markets, internet companies expand their user base during downturns, and technology companies broaden their ecosystems during periods of industry pressure. Cyclicality is not a concept exclusive to the resource sector. In the consumer electronics industry, it simply manifests differently: when others have no profits, Apple still has profits; when others dare not lower prices, Apple can still afford to do so.
Over the very long term, the most critical factor is not who has the largest scale, but who possesses the greatest longevity. Because those who survive the longest are often the ones who can acquire the future when others are forced to contract.
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