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HarmonyOS PC shipments are forecast to grow tenfold in 2026, even as the global PC market contracts. But the driver behind that number isn't consumer demand or app ecosystem maturity. It's a 2022 Chinese government mandate requiring state enterprises to replace foreign operating systems by 2027, and that distinction reshapes how every analyst should read the forecast.
Tom's Hardware documented that Microsoft's Windows supply license to Huawei expired in March 2025, a direct consequence of Huawei's placement on the US Department of Commerce Entity List in May 2019. Renewing that license would have required a US export approval. Huawei's leadership made clear that was not a realistic path. The result: every new Huawei PC manufactured after March 2025 would run something other than Windows.
That "something other" had been under construction for five years. HarmonyOS NEXT, known internally as HarmonyOS 5, represents a genuine architectural separation from every prior version of the platform. Earlier releases layered on top of Android's open-source foundation and could run standard Android applications. NEXT discards both: its kernel is Huawei's proprietary HongMeng microkernel, and native apps must be built in the ArkTS language using the DevEco Studio development environment. There is no compatibility bridge for Android or Windows applications at the OS level.
The hardware pairing was equally deliberate. The Kirin X90 processor, a 10-core ARM chip developed by Huawei's HiSilicon division, powers both the MateBook Pro and the MateBook Fold, which launched in Chengdu on May 19, 2025. Caixin Global reported the MateBook Pro starting at 7,999 CNY (approximately $1,109 USD) and the MateBook Fold from 23,999 CNY (approximately $3,328 USD). Neither device has been made available outside China. These are premium products competing against Windows ultrabooks and Apple's MacBook line, not budget Chromebooks.
The Kirin X90's manufacturing process has not been officially confirmed by Huawei; our assessment of a SMIC ~7nm process node is based on industry reporting from Tom's Hardware and cross-referenced hardware analysis.
At the time of launch, Windows held 70.65% of the global desktop OS market, which establishes the scale of what HarmonyOS PC is entering — and the scale of what it is not yet capable of displacing.
The "1+8+N" ecosystem architecture provides the strategic context. The smartphone is the hub connecting to eight Huawei-made device categories (tablets, PCs, smartwatches, smart TVs, audio devices, smart glasses, vehicle head units, headphones) and from there to an open layer of third-party IoT devices. Adding a PC to this architecture means Huawei's existing base of roughly 900 million HarmonyOS device users carries an established connection point into the desktop segment before a single consumer walks into a store. That flywheel effect matters enormously for understanding why HarmonyOS PC is not starting from zero.
cloudnews.tech, citing Omdia's projections, forecasts a 12% global PC market decline in 2026, bringing total shipments to 245 million units. Memory and storage prices climbed at least 60% in Q1 2026, adding $90 to $165 per unit to conventional hardware configurations. ChromeOS faces a steeper 28% projected decline; Windows falls 12%; Mac drops only 5%, insulated by Apple's vertical supply chain control. Against this backdrop, HarmonyOS PC is projected to grow tenfold year-on-year.
The 1.4 million unit forecast for 2026 comes from a single Omdia analyst citation reported by cloudnews.tech; we found no independent analyst validation of that specific figure.
The driver is not consumer preference or app ecosystem maturity. It is a government procurement mandate now years into execution. China's Xinchuang initiative, documented by ginterfaces.com, traces back to a 2022 directive known informally as Document 79, which instructed state-owned enterprises and government agencies to replace foreign hardware and software with domestic alternatives by 2027. Companies with more than 25% foreign ownership are excluded from the approved Xinchuang supplier list, which effectively bars Intel, AMD, and Microsoft from serving the state procurement market. The market created by this directive was estimated at $52 billion in 2023 and projected to exceed $155 billion by 2025.
Huawei's Windows license expired in March 2025; Xinchuang Document 79 had already instructed state enterprises to replace foreign operating systems by 2027; and the MateBook Pro launched in May 2025: these three events are not a coincidence of timing but a coordinated outcome of the same policy force. The tenfold growth forecast reflects compliance procurement, not consumer preference, which means its floor is as durable as Chinese government policy.
The enterprise adoption that has followed is more advanced than Western coverage suggests. 36Kr's reporting documented that by Huawei Developer Conference 2025, 400 government and public service applications covering all 31 provincial-level regions in China had fully launched on HarmonyOS. More than 200 core office applications of central and state enterprises had completed HarmonyOS adaptation. China Telecom, State Grid, SAIC Motor, and SF Express are among the organizations that have incorporated HarmonyOS into their group IT strategies. This is not beta testing or pilot deployment. It is institutionalized enterprise infrastructure operating at scale.
The app count headline sounds compelling on first pass. But China Daily's coverage of the May 2025 launch reported that at the time of the MateBook Pro's debut, 150 native PC applications were being actively adapted for HarmonyOS PC and 1,000 universal apps across the broader HarmonyOS ecosystem were already available. The "develop once, deploy everywhere" framework Huawei built into the platform means a phone app can theoretically port to PC with limited additional work, which inflates universal app totals. Inflated counts and genuine PC-class software depth are two different things.
The scale gap with established platforms is significant. Drishtikone's analysis documented that Google Play Store carries approximately 2.61 million apps, Apple's App Store approximately 2.29 million, and HarmonyOS AppGallery around 220,000 HMS-integrated apps as of early 2025. Counting only apps rebuilt from scratch for HarmonyOS NEXT's new architecture rather than ported from Android further narrows the field.
The quality dimension compounds this gap. Wikipedia's HarmonyOS NEXT article, drawing on IT Times reporting, documented that WeChat's HarmonyOS version was missing approximately 30 features present in the Android counterpart, including real-time location sharing and image text recognition. Meituan and Bilibili showed similar functional shortfalls in their native HarmonyOS builds.
The WeChat feature count figure (approximately 30 missing functions as of August 2025) was reported by IT Times and documented in the HarmonyOS NEXT Wikipedia entry; we treat this as a directional indicator rather than a precise permanent measure, as app adaptation is ongoing.
AppGallery crossed 300,000 apps by November 2025, and at the same time HarmonyOS's WeChat was still missing roughly 30 features its Android counterpart offers, a gap that matters far more on a PC than on a smartphone, where desktop workflows depend on feature completeness in ways mobile usage typically does not. A phone user who needs real-time location sharing can usually find a workaround or switch apps. An enterprise employee whose financial platform, HR system, or document workflow depends on a specific feature set does not have that flexibility. The PC transition is not just a hardware category shift; it is a requirements shift. App breadth serves mobile adoption; app depth is what enterprise desktop adoption actually demands.
The same principle applies across the broader mobile OS landscape. Platform-level OS integration, not just app availability, is increasingly the competitive differentiator — as illustrated by how Android 16's intelligent notification suppression on the Razr 2025 creates a capability advantage that Samsung's foldables currently lack despite sharing the same Android ecosystem. For HarmonyOS PC, the depth question is more fundamental: the platform is not competing on feature parity within a shared ecosystem, but asking developers to rebuild entirely from scratch on a new architecture, with enterprise workflows depending on the result.
The framing that dominates coverage places HarmonyOS and ChromeOS in direct competition, with Omdia's tenfold growth forecast implying HarmonyOS could surpass ChromeOS in global shipments by the end of 2027. This comparison is intuitive and almost entirely misleading.
Aboutchromebooks.com's statistics compilation documents that ChromeOS holds 1.86% of the global desktop OS market overall, with a higher 8.44% share in the United States. Education accounts for 60.1% of all Chromebook sales. 93% of US school districts planned Chromebook purchases in 2026. Global Chromebook shipments stood at 22.11 million units for 2026. ChromeOS market figures draw on aboutchromebooks.com's statistics compilation; our reading of that data confirms North America accounts for 52.4% of global Chromebook sales, making the platform's geographic concentration even more pronounced than headline numbers suggest.
ChromeOS's 28% projected 2026 decline is not happening because Huawei is taking its customers. It is happening because the sub-$500 hardware segment that powers Chromebook economics is being crushed by component price increases. Memory and storage costs rising $90 to $165 per device at the bill-of-materials level makes a $300 Chromebook economically untenable for hardware vendors and school districts simultaneously. The decline is supply-side, not competition-driven.
Meanwhile, Huawei Central reported that at the Qualcomm Snapdragon Summit in September 2025, Google confirmed plans for an Android-based PC platform, described internally as "Aluminium OS," targeting a 2026 launch in collaboration with Qualcomm. Google's senior leadership confirmed they are rebasing ChromeOS's underlying architecture on Android. This signals that ChromeOS's contraction is also partly strategic: Google is mid-transition to a successor platform, and uncertainty around that transition naturally reduces hardware partner commitment.
ChromeOS holds 60% of the global education device market and 93% of US school districts planned Chromebook purchases in 2026; not one of those shipments competes with a HarmonyOS PC, because HarmonyOS PCs are sold exclusively in China. ChromeOS operates overwhelmingly in Western K-12 education at sub-$500 price points. HarmonyOS PC operates in Chinese enterprise and government segments at $1,100 and above. Both platforms appear in the same global shipment statistics, but they are tracking entirely separate demand pools shaped by different policies, different procurement structures, and different hardware economics. The tenfold growth forecast and the 28% decline forecast describe two different stories that happen to be measured by the same ruler.
HarmonyOS PC's trajectory toward 2027 contains a durable structural strength and a durable structural constraint, and understanding the relationship between them clarifies what Huawei is actually building.
The strength rests on policy architecture, not market dynamics. The Xinchuang mandate creates a procurement floor that does not depend on consumer preference, app quality benchmarks, or competitive positioning against Windows. An estimated 7.2 million HarmonyOS developers are building natively for the platform, enterprise workflows in 31 provinces are now running on HarmonyOS, and a budget variant of the Kirin X90 processor (the Kirin X90A) is planned for student-targeted devices in the 3,000 to 4,000 CNY range, suggesting Huawei is extending the platform toward consumer and education segments within China.
The constraint operates at the hardware layer. Tom's Hardware's analysis placed the Kirin X90 on SMIC's advanced process node, inferred at approximately 7nm. Apple's M-series chips run on TSMC's 3nm process. US export controls prohibit SMIC from acquiring the EUV lithography equipment required to advance below 7nm. The Kirin X90's performance ceiling, while not yet definitively benchmarked against ARM competitors across all workloads, appears constrained by this manufacturing gap in ways that software optimization alone cannot fully close.
Ren Zhengfei's "non-Moore compensates for Moore" framing was documented by 36Kr's industry analysis; we read this as an acknowledgment of the chip ceiling, not a dismissal of it. His formulation ("mathematics compensates for physics, group computing compensates for single-chip") is a statement of strategy under constraint. Software optimization and distributed computing architectures can narrow the gap, but the physics of EUV lithography availability cannot be negotiated away through engineering alone.
HarmonyOS PC is not designed to win global OS market share. It is designed to give China a sovereign computing stack that functions independently of any US technology, from the processor to the operating system to the developer toolchain. By that measure, the 2027 picture looks less like "HarmonyOS surpassing ChromeOS" and more like China achieving the first genuinely independent enterprise PC platform since the PC era began. That is a narrower achievement than the global platform comparisons imply, and a more consequential one.
Not natively. HarmonyOS NEXT's architecture runs only applications rebuilt in the platform's native format, using the ArkTS language and ArkUI framework. There is no Windows application compatibility layer at the OS level.
A partial workaround exists. HarmonyOS PC ships with access to a virtual machine called Oseasy, which runs Windows 11 inside a containerized environment. Enterprise users requiring legacy Windows-native software can run it through this layer. The tradeoffs are performance overhead, the need for a separate Windows license, and the complexity of managing two parallel environments. For occasional compatibility needs, the virtual machine approach is functional. For organizations that depend on Windows-native software as their primary workflow tool, it is not a practical substitute.
Not currently. Both the MateBook Pro and MateBook Fold launched exclusively in China in May 2025, with no international availability announced. Huawei's stated plans include expanding HarmonyOS NEXT internationally, targeting markets including Hong Kong, Southeast Asia, and the Middle East beginning in 2026. The specific timeline and product mix for PC expansion outside mainland China has not been confirmed.
The structural barriers to Western market entry are significant: no Google services, no Microsoft 365 native support, no Adobe Creative Cloud, and hardware built on a chip architecture constrained by US export restrictions. Western enterprise buyers evaluating a PC platform require these integrations as baseline requirements. HarmonyOS PC as currently constituted does not meet them. Regional expansion toward markets where Western software dependencies are lower is more plausible than a broader European or North American rollout.
The comparison is instructive but not parallel. When Apple launched Apple Silicon in November 2020, the App Store already contained millions of apps, Rosetta 2 translation provided near-native Intel app compatibility during the transition, and developer adoption was driven by a global consumer market with significant purchasing power.
HarmonyOS PC is asking developers to rebuild apps from scratch, for a market confined to China, on a platform where the largest app stores carry roughly 220,000 HMS-integrated titles against Apple's 2.29 million. Huawei has 7.2 million registered developers and a government procurement mandate ensuring institutional demand, which provides a different kind of incentive structure. But the ecosystem scale gap and the geographic market restriction mean the conditions for rapid developer adoption are structurally different from what Apple could rely on. The app depth challenge described in the WeChat feature gap is a symptom of this: developers are covering the platform but not yet fully investing in the feature depth that enterprise PC workflows require.
Market forecasts cited in this article are subject to revision as supply chain conditions and adoption rates evolve. The Kirin X90 manufacturing process node is based on industry analysis and has not been confirmed by Huawei.