Magnetic-switch keyboards are undergoing an identity shift. For the past three years, their growth was driven almost exclusively by the FPS esports sector—features like RT (Rapid Trigger), SOCD, and DKS created a performance advantage akin to a “physical cheat” in titles such as Valorant and CS2. However, market data from 2026 reveals a more significant structural change: the proliferation of AI PCs is unlocking a second growth curve for magnetic-switch keyboards, driving a transition from “niche esports peripherals” to “premium PC interaction terminals.” Now that market penetration has surpassed the 50% threshold, the primary source of growth is no longer gamers simply replacing their keyboards; instead, it stems from the structural demand to upgrade peripherals alongside the wave of PC replacements.
I. The First Growth Engine: The “Irreplaceability” of Magnetic Switches in Esports
By April 2026, magnetic-switch keyboards commanded a 49.9% share of the domestic online retail market, occupying 12 of the top 20 spots for best-selling models—figures that would have been unimaginable just a year prior.
This momentum was driven by a clear use-case alignment: the high compatibility of the RT (Rapid Trigger) function with competitive FPS games like Valorant. Traditional mechanical switches operate in binary states—”actuated” or “deactivated”—requiring the key to be fully released before it can be pressed again. In contrast, magnetic switches use Hall-effect sensors to track the stem’s position in real-time, allowing players to customize actuation and reset points. This enables response speeds—crucial for maneuvers like “counter-strafing” (instant stops), rapid tapping, and complex movement techniques—that are physically impossible with traditional mechanical switches. Research by AVC (All View Consulting) indicates that this technological edge forms the “core barrier” allowing magnetic switches to displace mechanical ones, marking a “structural turning point where the shift is irreversible.”
Another characteristic of the esports market is the high concentration of specific keyboard layouts. Early magnetic-switch keyboards almost exclusively featured compact layouts—such as 60%, 68%, and 75%—omitting the number pad and function (F) row to maximize desktop space for mouse movement. Reviews on platforms like Zhihu noted that “magnetic-switch keyboards are aggressively stripping away features, with 60%, 68%, and 75% layouts dominating the market,” explaining that “since magnetic switches initially targeted FPS players, the prevailing philosophy was that less clutter on the desk is better.”
While this logic holds true, it faces a ceiling: FPS players represent only a fraction of the total PC user base.
II. The Second Scenario Opened Up by AI PCs: From “Gaming Tools” to “Interactive Terminals”
In 2026, Zhidi Technology repeatedly emphasized a key insight during investor communications: the widespread adoption of AI PCs would generate “incremental demand from two sources” for the peripherals industry.
The first source is the replacement of existing hardware driven by a new upgrade cycle. The rapid advancement of on-device AI models has ushered in a new PC replacement cycle, leading to a corresponding rise in shipments of core peripherals like keyboards and mice. The second source is the demand for upgraded interaction methods. AI PCs are enabling novel human-computer interaction scenarios—such as voice control, gesture recognition, and intelligent sensing—requiring peripherals to evolve toward “intelligence, multifunctionality, and high-end positioning” to boost per-unit value.
The underlying logic here is that AI PCs require higher-performance input devices, and magnetic switches represent the only technology currently available in mass-produced keyboards capable of “programmable analog input.”
Traditional mechanical switches output only binary “on/off” signals, whereas magnetic switches output continuous data regarding travel position. This gives magnetic-switch keyboards the hardware potential to function as “analog input devices”—offering pressure sensitivity, programmable travel distances, and adjustable response times. Within the AI PC interaction framework, these features can serve scenarios beyond esports, such as AI-assisted input, adaptive key travel, and automatic configuration switching based on the application context.
The AORUS K10 INFINITY, launched by Gigabyte at COMPUTEX 2026, serves as a concrete product example. Equipped with magnetic switch technology, the keyboard features 0.1mm precision actuation and an 8,000Hz polling rate, while integrating a 3.1-inch full-color OLED touchscreen that allows “gamers to adjust settings instantly without leaving the game.” Gigabyte launched this product within the context of “AI esports” rather than merely as a standard “esports peripheral,” effectively positioning the magnetic-switch keyboard as part of the broader AI PC peripheral ecosystem.
III. Layout Diversification: Magnetic Switches Are “Evolving Back” into Productivity-Oriented Forms
The most tangible evidence of magnetic switches breaking out of their niche is the diversification of keyboard layouts.
The Ajazz AK980 MAX V2 stands as a landmark product in this regard. It packs magnetic switches into a 98-key layout—retaining the function (F) row, dedicated arrow keys, and the numeric keypad—while maintaining 0.01mm Rapid Trigger (RT) precision and an 8,000Hz polling rate. A reviewer put it bluntly: “It addresses the needs of a different group of people—those who use Excel, type, and handle office work during the day, but play *Valorant* or *CS2* at night. They don’t want two keyboards on their desk, nor do they want to sacrifice the numeric keypad just to get magnetic switches.”
This is not an isolated case. The magnetic switch product landscape for 2026 is expanding from a market dominated by compact layouts to one covering full-sized keyboards. Data from AVC (All View Cloud) indicates that magnetic switch products are penetrating from the entry-level segment into the mid-to-high-end market; product lineups are densely distributed across various price points and are increasingly covering office use cases. Magnetic switches are no longer the exclusive tools of FPS gamers; they are appearing on office desks where a numeric keypad, function row, and full keyboard form factor are required.
The underlying technical logic is that the core advantages of magnetic switches—adjustable actuation, Rapid Trigger (RT), and long lifespan—are valuable beyond just esports. Office environments also benefit from reduced accidental keystrokes (via adjustable actuation points), lower finger fatigue (due to linear, non-tactile action and low actuation force), and extended durability (due to the absence of contact wear). After testing, users on Zhihu reported that magnetic switch keyboards reduced “finger muscle strain by approximately 40%,” allowing for increased daily coding output alongside reduced wrist fatigue.
IV. Boundaries and Uncertainties of the “Second Growth Curve”
While the narrative linking magnetic switches to AI PCs holds water, capturing this growth curve requires overcoming several structural hurdles.
First, the “typing feel” for office work remains a weak point for magnetic switch keyboards. Their linear action lacks the tactile feedback that confirms a keystroke during prolonged typing sessions; some users complain that the cursor “wanders off with the slightest touch.” Reviews of the Ajazz AK980 MAX V2 acknowledge this, noting, “Aside from the compact layouts, another reason few people choose magnetic switches for office work is that the typing feel is indeed inferior to traditional mechanical switches.” To become the “default companion” for AI PCs, magnetic switches must offer an office typing experience closer to that of traditional mechanical or membrane keyboards without compromising esports performance. Second, the “demand for peripheral upgrades” associated with AI PCs remains a projection rather than a verified purchasing trend. While Zhide Technology’s assessment is grounded in industry trends, there is currently a lack of consumer-side data to confirm whether the AI PC upgrade cycle will automatically drive users to pay for “better keyboards.” In corporate procurement scenarios, purchasing decisions regarding keyboards are driven by cost and service considerations rather than technical specifications like magnetic switch precision or return on investment.
Third, the mainstream adoption of magnetic switches is likely to begin in the market for bundled brand-name peripherals rather than the retail market. As an ODM, Zhide Technology’s growth in magnetic switches stems primarily from supplying high-end product lines for key clients. This suggests that the “second growth curve” for magnetic switches may materialize through keyboards bundled with branded systems—where users acquire a magnetic-switch keyboard as part of their AI PC purchase, rather than actively seeking one out in the retail market. Under this scenario, while the market share of magnetic switches will expand, brand recognition and user education will likely lag behind.
