New Stock Preview | ASR Microelectronics (688220.SH): Global leader in cellular connectivity chips, how far is it from turning around its financial statements to achieving profitability in its core business?

After reaching an inflection point on the profit side, ASR Microelectronics (688220.SH) has embarked on a new journey toward a Hong Kong listing. It is understood that on September 11, ASR Microelectronics submitted a listing application to the Main Board of the Hong Kong Stock Exchange, with Guotai Haitong and Morgan Stanley acting as its joint sponsors. As a platform-based fabless semiconductor company, ASR Microelectronics has built an integrated technology platform supported by multi-standard cellular baseband technology, AI computing technology, and complex SoC design capabilities. According to Frost & Sullivan data, based on 2025 shipment volumes, ASR Microelectronics ranks first in the global cellular connectivity chip market with a market share of 37.8%. While leading globally in cellular connectivity chip shipments, ASR Microelectronics' latest fundamentals have also changed accordingly. From 2023 to 2025, ASR Microelectronics' revenue was approximately RMB 2.60 billion, RMB 3.386 billion, and RMB 3.817 billion, respectively, with a compound annual growth rate of 21.16%; net profit over the same period was -RMB 506 million, -RMB 693 million, and -RMB 390 million, respectively, with sustained large losses and cumulative losses of up to RMB 1.589 billion over the three years. However, in the first half of 2026, ASR Microelectronics continued to maintain rapid growth on the revenue side, increasing 29.15% year-on-year to RMB 2.451 billion, while the profit side turned from a loss of RMB 245 million to a profit of RMB 84.2438 million, successfully achieving a turnaround from losses to profits. The turnaround on the profit side driving the improvement in fundamentals undoubtedly provided clear support for ASR Microelectronics' Hong Kong IPO, but the more critical point is that although net profit has turned positive, non-GAAP net profit still showed a loss of RMB 58.6706 million, and operating cash flow still had a net outflow of RMB 377 million. This means that although ASR Microelectronics has seen an inflection point in its income statement, its core business has not yet completed the final leap to comprehensive profitability characterized by "non-GAAP turnaround and self-sustaining cash flow." Wireless connectivity chips become the core growth engine, massive R&D expenses suppress profit release Since its establishment in 2015, ASR Microelectronics has formed a multi-mode, all-standard cellular baseband product portfolio covering 2G to 5G NR and RedCap, and has achieved large-scale commercialization. Leveraging its all-standard cellular technology, the company's cellular connectivity chips rank among the global leaders by 2025 shipment volume, and cellular baseband has thus become the cornerstone of the company's integrated technology platform. Building on the complex SoC design capabilities accumulated through baseband R&D, the company has launched intelligent SoCs such as the ASR7801 and ASR8861 for intelligent edge applications, integrating self-developed NPUs with on-device AI computing power, covering scenarios including smartphones, tablets, smart devices, automotive infotainment, and AI terminals. At the same time, in AI computing, the company has independently built NPUs and supporting software toolchains to provide high-performance, low-power on-device inference capabilities; and it reuses complex SoCs and connectivity IP into its custom business, providing ASIC solutions to hyperscale cloud service providers, leading AI companies, and semiconductor companies, covering cloud inference, edge/on-device AI, RISC-V, and enterprise storage, among other directions. As of June 2026, the company had cumulatively delivered dozens of ASIC custom projects, including 4nm advanced process designs. At this point, ASR Microelectronics has formed three synergistic businesses: "wireless connectivity chips + intelligent SoCs + ASIC customization": the first two are mass-produced under its own brand, while the latter feeds back into platform capabilities through custom delivery. Wireless connectivity and intelligent SoCs continuously validate complex integration, power consumption, and mass production capabilities, while ASIC customization channels cloud-edge-device demand back into IP and system design, jointly meeting customers' composite needs for connectivity, computing power, and delivery efficiency in the AI era. According to the prospectus, the continued high growth on ASR Microelectronics' revenue side since 2023 has been primarily DRIVEN by the strong performance of wireless connectivity chips. By continuously iterating its cellular product matrix and broadening downstream application scenarios, the company has driven steady increases in shipment volumes in this segment, and wireless connectivity chips have thus established themselves as the core growth engine. By comparison, the revenue rhythm of intelligent SoCs and ASIC custom solutions shows different characteristics: the former fluctuates due to product iteration cycles; the latter, due to its project-based nature, shows phased changes in revenue as delivery milestones are recognized. It is worth noting that in the first half of 2026, the ASIC business experienced explosive growthas previously secured orders entered a concentrated delivery period, revenue in this segment surged 155% year-on-year to RMB 322 million, rising to 13.1% of total revenue, and the trend of the third growth curve has gradually emerged. The reason ASR Microelectronics' revenue side continues to grow while the profit side continues to post large losses is mainly twofold. First, competition in the market is intense, and ASR Microelectronics' product mix has an excessively high proportion of low-end IoT, which has caused ASP and gross margin to be suppressed by price wars. From 2023 to 2025, ASR Microelectronics' gross margins were 22.5%, 20.5%, and 23.3%, respectively, showing clear volatility. Second, R&D investment is rigid and massive, directly eroding profit release. The wireless communications chip industry has high technical barriers, is talent-intensive at the high end, has long R&D cycles, and requires large capital investment. From 2023 to 2025, the company's R&D expenses as a proportion of total revenue were 42.9%, 36.7%, and 34%, respectively, all far higher than the gross margin level in the same periods, naturally affecting profit performance. However, it is worth noting that ASR Microelectronics' sustained losses on the profit side are not "operational deterioration," but rather a strategic choice made while the company is in a growth stage, which is relatively common during the investment phase of high-tech enterprises. Through sustained large-scale investment, ASR Microelectronics has secured technological catch-up in all-standard baseband and a monopoly in IoT share, laying the foundation for subsequent profit improvement. Solid base has been validated, growth elasticity remains to be realized ASR Microelectronics achieving a turnaround from losses to profits in the first half of 2026 is a key financial milestone in the company's development, meaning that the company's fundamentals have changed, but the more critical point is why ASR Microelectronics was able to achieve a turnaround. Through the company's prospectus, it is not difficult to find that this is the result of multiple factors working together. The first is the clear improvement in gross margin. Data shows that ASR Microelectronics' gross margin in the first half of 2026 was 28.5%, an increase of more than 7 percentage points from 21.4% in the same period of 2025. During the reporting period, gross margins across all of ASR Microelectronics' product lines improved significantly, driving a substantial increase in overall gross margin. Specifically, the gross margin of own-brand products increased from 23.9% to 27.7%, an increase of nearly 4 percentage points, because increased sales of high-margin 5G chips optimized the product mix of wireless connectivity chips, and as manufacturing processes and the supply chain system matured, the average unit cost of 4G chip products declined. At the same time, the ASIC custom solutions business recorded a gross margin of 36.9% during the reporting period, up more than 12 percentage points year-on-year, due to the higher gross margins of the projects delivered, becoming a key driver of the overall gross margin improvement. Second, implementing cost reduction and efficiency enhancement and advancing the optimization of operating expenses also played a key role in improving profits. Data shows that in the first half of 2025, ASR Microelectronics' selling and marketing expenses, administrative expenses, and R&D expenses as proportions of total revenue were 0.7%, 4.1%, and 35.2%, respectively, totaling 40%, already far exceeding the 21.4% gross margin level for the period. In the first half of 2026, the above three expenses as proportions of total revenue were 0.5%, 2.6%, and 27.1%, respectively, totaling 30.2%, an optimization of more than 10 percentage points year-on-year, and less than 2 percentage points higher than the 28.5% gross margin for the period, laying a solid foundation for the turnaround to profitability. It is worth noting that although in the first half of 2026 ASR Microelectronics' profit side turned from a loss of RMB 245 million to a profit of RMB 84.2438 million, successfully achieving a turnaround, the company's non-GAAP net profit still showed a loss of RMB 59 million and operating cash flow still had a net outflow of RMB 377 million, indicating that the company's core business is still just short of breaking even and still lacks "comprehensive profitability." Looking to the future from the current point, ASR Microelectronics is more like a transitional stage of "solid base validated, growth elasticity awaiting realization." In the short term, the company is migrating its past scale advantage in low- and medium-speed cellular mainly based on Cat.1 and Cat.4 toward higher value-added scenarios such as 5G RedCap, 5G eMBB, and automotive front-installation: in the first half of 2026, cellular baseband revenue was approximately RMB 2.022 billion, up approximately 23% year-on-year, of which the 5G eMBB platform shipped more than 500,000 units in the first quarter and approximately 1.5 million units cumulatively in the first half; RedCap has completed multiple layouts around IoT, lightweight wearables, and RedCap+Android smart terminals and is advancing scale shipments, while automotive Cat.4 and other products improve the revenue structure through front-installation design wins and long certification cycles, providing relatively clear incremental revenue in the short to medium term. In the medium to long term, what truly determines profit elasticity are still the two lines of intelligent SoCs and ASIC customization. In intelligent SoCs, leveraging all-standard baseband and complex SoC capabilities, the company is expanding 4G octa-core platforms such as the ASR8661/8662 into phones, tablets, and automotive infotainment, and using the ASR7801 and ASR8861 to enter on-device AI. The two chips integrate self-developed NPUs, and the related platforms provide up to 20 TOPS of computing power, covering scenarios such as AI assistants, local voice/translation, imaging, and multimodality. The logic is to upgrade from "selling cellular connectivity" to a "connectivity + on-device computing power" platform; however, realization of this business still depends on the mass production pace of 5G intelligent SoCs, customer adoption by terminal makers, and ecosystem adaptation. In ASIC, custom revenue in the first half of 2026 was RMB 322 million, up 155.47% year-on-year. As of the end of June, orders in hand exceeded RMB 1.5 billion, of which about 70% were for cloud-side and device-side AI scenarios and about 80% were for 6nm and 4nm advanced processes. Dozens of projects have been delivered, including 4nm designs, and gross margins are higher than those of standard chip products, clearly boosting the profit center; however, mass production orders still account for less than 20% of the amount, and a large number of projects are in the R&D, tape-out, and mass production introduction stages. Subsequent revenue recognition and profit release will depend on the conversion rate from NRE delivery to scale mass production. Therefore, if RedCap and 5G eMBB continue to ramp up, automotive design wins convert smoothly, and at the same time intelligent SoCs gain share in AI terminals and 5G platforms and the ASIC mass production rate rises significantly, the company is expected to move from "net profit attributable to shareholders turning positive" to sustained profitability after non-GAAP adjustments, and further be revalued as a platform company of "cellular connectivity + device-side/cloud-side AI customization." Conversely, if 5G SoC customer adoption is slow, price competition in RedCap intensifies, or ASIC remains stuck at design delivery for a long time without scaling up, then the company's gross margin recovery and comprehensive profitability will continue to come under pressure, which will suppress the company's valuation level in the capital markets.