China's Display Panel Industry 2026: From 'Screen Famine' to Global Dominance—A Counter-Cyclical Comeback and the Last Fortresses at the High End

1. Introduction: From the "Screen Famine" to Lighting Up the World

Of all the stories of Chinese manufacturing moving from "big" to "strong," the display panel is the most dramatic—and the most satisfying. It tells of an underdog's comeback, from the "screen famine" to "lighting up the world"—the story of how a country that once could not produce a single screen, and spent tens of billions of dollars every year importing panels, took twenty years to outlast its rivals in Japan, South Korea, and Taiwan and become the dominant force in global display panels. This is a story about perseverance, about counter-cyclical investment, and about "outlasting."

Start with that former "pain." By the 2000s, China was already the world's largest producer of color TVs, monitors, and mobile phones—yet the core component needed to make these products, the display panel, was almost entirely imported. In 2012, China's LCD panel imports reached roughly 50.3 billion USD, trailing only integrated circuits, crude oil, and iron ore, making panels China's fourth-largest import commodity. People paired this weakness of China's with chips and called the combination "chip and screen famine"—chips were the "missing chip," panels the "missing screen." A country that could make most of the world's TVs and phones could not make the single most critical component of those products—the screen itself—and had to import them at high prices from Taiwan, Japan, and South Korea. This was the "screen famine" of that era.

Now look at today's "strength." Twenty years on, China has turned the "screen famine" around to become the dominant force in global display panels. In LCD, mainland China accounts for over 70% of global capacity, and in 2025 it supplied roughly 95% of the world's LCD panels; BOE has led the world for years running in LCD shipments across all five major categories—smartphones, tablets, laptops, monitors, and TVs. In the first half of 2025, mainland Chinese panel makers' share of revenue crossed half for the first time (reaching 52.1%)—China now dominates not only in capacity and volume, but also at the top of the revenue-share ranking. From importing 50.3 billion USD of panels a year amid the "screen famine," to supplying 95% of the world's LCD panels and "dominating"—this is a comeback that turned the world upside down.

How was this comeback achieved? It relied on a distinctive model—"counter-cyclical investment + the whole-of-nation system + outlasting the cycle." Panels are a strongly cyclical industry (the LCD cycle), and conventional logic says "cut investment in the downturn." Chinese companies such as BOE, backstopped by local-government capital (as in the "Hefei model"), did the opposite—when the industry was in a trough and Japanese and Korean rivals were cutting output, they invested against the tide to build high-generation production lines, absorbed years of massive losses, and used rock-bottom prices to "outlast" their rivals in Japan, South Korea, and Taiwan. When those rivals (Samsung, LG, Sharp, JDI, AUO, Innolux) could no longer compete and exited LCD one after another, Chinese companies harvested the share and profits they left behind, and ultimately reached the top. "Counter-cyclical investment, the whole-of-nation system, outlasting the cycle" is the distinctive model behind China's panel comeback—it relied not on a technological lead, but on the persistence of capital and the resolve to "outlast."

But this comeback also has its "big but not strong" side. Although Chinese panels dominate globally in finished sets and capacity (China can make the screen), further upstream in the value chain it remains dependent on others—the high-end materials needed to make screens (glass substrate localization below 15%, with Corning alone holding over 70%; OLED core light-emitting material localization below 5%; upstream film materials for polarizers localized at less than 10%) and the high-end equipment (OLED evaporation machines monopolized by Japan's Canon Tokki, whose high-end capacity is snapped up by Samsung; panel lithography machines dominated by Canon and Nikon) still depend on the United States, Japan, and South Korea. China "can make screens, but cannot yet fully and independently make well the materials and equipment needed to make them"—that is the other side of "big but not strong" in the panel industry. China's panel comeback is a comeback in finished sets and capacity, but upstream high-end materials and equipment remain the last fortress it has yet to breach.

And in the next-generation display battle—OLED—China is still catching up. Although China has already overtaken in LCD, in the higher-end OLED segment (especially high-end small- and medium-sized OLED), South Korea's Samsung Display still dominates value and the high end—in 2025, Samsung Display's share of OLED revenue still ran as high as roughly 48%; in the OLED panels for Apple's iPhone 17, BOE's share was only about 1.4%, with the vast majority still held by Samsung and LG. Although China's OLED overtook South Korea for the first time in 2025–2026 in smartphone-panel unit share, at the high end, in value, and in profit it still trails Samsung. China's panel "overtaking" is an overtaking in LCD and in volume, but the high end and value of OLED remain the target it is still chasing.

This is the story this article tells: China's display-panel industry is a case study of a comeback from the "screen famine" to global dominance, but atop that comeback still stand the "big but not strong" high-end fortresses (upstream materials and equipment) and the "overtaken but not yet supreme" chase for value (high-end OLED). Over some fifty thousand words, this article will start from the "screen famine," walk through BOE's rise, counter-cyclical investment, the Hefei model, and the comeback that outlasted Japan, South Korea, and Taiwan; walk through the industrial strength of BOE, TCL CSOT, Tianma, and Visionox; walk through the pursuit of OLED, the Apple supply chain, and foldable screens; walk through the high-end fortresses of glass substrate, OLED materials, and evaporation machines; and finally return to the core question—how China's panels, having come to dominate in finished sets and capacity, can breach the last fortress of upstream high-end materials and equipment, catch up to the value of high-end OLED, and truly move from "big" to "strong."

From the "screen famine" to "lighting up the world"—this is both the comeback legend of China's display-panel industry and a distinctive case of Chinese manufacturing moving from "big" to "strong." It proves that Chinese manufacturing, through perseverance and "outlasting," can overtake in an industry where it was once wholly at others' mercy; but it also reminds us that, after overtaking in finished sets and capacity, there remain the fortresses of upstream high-end materials and equipment, and the chase for high-end value. This condition of "overtaken but not yet supreme at the high end" is the distinctive question facing China's display-panel industry, and the next leg that Chinese manufacturing broadly must confront after its comebacks. And all of it starts from that "screen famine" that once cut China to the bone.

2. What a Panel Is: The Value Chain from Glass Substrate to Module

To understand China's panel situation of "overtaken but not yet supreme at the high end," we must first take a panel apart and see its value chain clearly—from the most upstream glass substrate and materials, to midstream panel manufacturing, to downstream modules and finished sets—to see where value and technical difficulty are hidden, which links China has mastered, and where it remains constrained.

The value chain of a display panel (whether LCD or OLED) can be divided into several segments. Furthest upstream are materials and equipment—glass substrate (the panel's carrier), polarizers, liquid-crystal material or OLED organic light-emitting material, driver ICs, photoresist, sputtering targets, and other materials, along with manufacturing equipment such as evaporation machines, lithography machines, and inspection equipment. In the middle is panel manufacturing—on high-generation production lines, processing glass substrate into display panels (the most capital-intensive link, and the one China dominates). Downstream are modules and finished sets—assembling panels into modules, then building them into finished sets such as TVs, phones, and computers. From materials and equipment, to panel manufacturing, to modules and finished sets—this is the complete value chain of a panel.

Start with the midstream—panel manufacturing, the link China dominates. Panel manufacturing is the process of turning glass substrate, through complex processes (film deposition, lithography, etching, encapsulation, and so on), into a display panel. This link is extremely capital-intensive—investment in a single high-generation panel line easily runs to tens of billions of yuan (for example, BOE's Chengdu Gen 8.6 OLED line involved a 63 billion yuan investment). And it is precisely in this capital-intensive manufacturing link that China achieved global dominance—mainland China accounts for over 70% of global LCD capacity, and BOE, TCL CSOT, and others have become the world's largest panel makers. Panel manufacturing is the core link of China's panel "overtaking"—through enormous capital investment and the persistence of "outlasting the cycle," China achieved global dominance in this capital-intensive link.

Now look at the upstream—materials and equipment, the link where China remains constrained. Though China dominates panel manufacturing, the upstream materials and equipment that manufacturing requires still rely significantly on imports. Glass substrate—localization below 15%, with America's Corning alone holding over 70%, and high-generation (Gen 8.5/10.5) glass substrate all but monopolized by Corning. OLED core light-emitting material—localization below 5%, monopolized by America's UDC, Germany's Merck, Japan's Idemitsu, and others. Polarizers—capacity for the polarizer itself is now China-dominated, but the upstream "five films and one adhesive" (TAC film, PVA film, and so on) is localized at less than 10%. Equipment—OLED evaporation machines are monopolized by Japan's Canon Tokki (whose high-end capacity is snapped up by Samsung), panel lithography machines are dominated by Canon and Nikon, and localization is extremely low. Upstream materials and equipment are the weak spot of China's "big but not strong" panels—China can make screens, but the high-end materials and equipment needed to make them still depend on others.

This value-chain analysis reveals the structure of China's panels being "overtaken but not yet supreme at the high end." China achieved global dominance in the midstream (panel manufacturing, the overtaking), but upstream (high-end materials and equipment) it remains at others' mercy (big but not strong). This structure of "midstream dominance, upstream constraint" resembles construction machinery (leading in finished machines, constrained in core components) and power batteries (dominating the mid- and downstream, with an upstream-resource chokepoint)—in all of them China dominates one segment of the chain (for panels, midstream manufacturing) but still has weak spots further upstream (high-end materials and equipment). China's panel "overtaking" is an overtaking of midstream manufacturing, but the fortress of upstream high-end materials and equipment remains to be breached.

The value chain also reveals a defining trait of the panel industry—"heavy assets, strong cycles." Panel manufacturing is extremely capital-intensive (tens of billions of yuan of investment per line) and strongly cyclical (the LCD cycle, with supply, demand, and prices swinging wildly). This "heavy assets, strong cycles" trait means competition in the panel industry is, to a large extent, "a competition of capital" and "a competition of outlasting the cycle"—whoever has deeper capital, whoever can keep investing at the bottom of the cycle, and whoever can outlast long-term losses, will harvest share once the cycle turns and rivals exit. China's panel "overtaking" was precisely powered by the backstop of local-government capital (the Hefei model) and the persistence of "outlasting the cycle"—in this "heavy-asset, strong-cycle" industry, it won the competition with capital and perseverance. This is also key to understanding the model of China's panel comeback.

The value chain of a panel is the map for understanding China's panels being "overtaken but not yet supreme at the high end." China achieved global dominance in the midstream (panel manufacturing, capital-intensive; the overtaking), but upstream (high-end materials such as glass substrate and OLED materials, high-end equipment such as evaporation machines) it remains at others' mercy (big but not strong). The panel industry's "heavy assets, strong cycles" trait dictates that its competition is one of capital and "outlasting the cycle"—precisely the key to the model of China's panel comeback. Every analysis that follows in this article—the counter-cyclical comeback, industrial strength, the OLED chase, the high-end fortresses—unfolds around this value chain. And what is most striking about this value chain is how China went, step by step, from a "screen famine" in which it could not even do midstream manufacturing, to global dominance of the midstream. The starting point of this comeback is that deeply etched "screen famine."

3. The Screen Famine: The World Factory's Achilles' Heel

To understand the greatness of China's panel comeback, one must first understand how painful its starting point was. By the 2000s, China was already the "world factory"—the world's largest producer of color TVs, monitors, and mobile phones. But this "world factory" had a fatal weakness, an Achilles' heel—it could make most of the world's TVs and phones, yet it could not make the most critical component of those products: the display panel. This was the "screen famine."

First, how deep the pain ran. In the 2000s, China's LCD panels were almost entirely import-dependent. In 2012, China's LCD panel imports reached roughly 50.3 billion USD—a staggering figure that made panels China's fourth-largest import commodity, behind only integrated circuits, crude oil, and iron ore. In other words, China spent more importing panels than it did importing many bulk commodities. And China's LCD panel trade deficit widened steadily from 2004, peaking around 2008 at roughly 22.1 billion USD. A "world factory" that had to spend tens of billions of dollars a year importing panels and bear a trade deficit of tens of billions of dollars—that was the most direct expression of the "screen famine."

The "screen famine" was not merely a matter of money; it was the strategic passivity of being "at others' mercy." At the time, global panel manufacturing was dominated mainly by companies in Taiwan, Japan, and South Korea. To make TVs and phones, China's color-TV and phone makers had to buy panels from Taiwanese, Japanese, and Korean panel makers—and panels accounted for a large share of a finished set's cost (for a TV, the panel could be over 60% of the cost). This meant China's set makers held the lifeline of the most critical, most valuable component in others' hands. Worse, the Taiwanese, Japanese, and Korean panel makers had once colluded to manipulate panel prices—after the financial crisis, they jointly and rapidly drove panel prices up, leaving Chinese set makers, who lacked domestic capacity, passive and forced to buy at high prices. The "screen famine" was the strategic passivity of China's set industry being "at others' mercy"—its lifeline in others' hands, its prices at others' whim.

The "screen famine" and the "chip famine" together made up the "chip and screen famine" that afflicted Chinese manufacturing back then. Chips (the missing chip)—China imported over 200 billion USD of chips a year, more than oil and other bulk commodities, its largest import commodity. Panels (the missing screen)—tens of billions of dollars imported each year, the fourth-largest import commodity. The "chip and screen famine" was the twin pain of Chinese manufacturing being "at others' mercy" for core components—it laid bare the weakness of the "world factory": China could assemble the world's electronics, but could not make the most critical chips and panels within them, and had to import at high prices, at others' mercy. The "chip and screen famine" was the twin fortress Chinese manufacturing had to breach to move from "big" to "strong."

The "screen famine" cut China deeply. If a "world factory" cannot even make its most critical panels and must import them at high prices, at others' mercy, then its status as a "world factory" is fragile and passive. China realized that to escape the "screen famine," it had to build its own panel industry—no matter how enormous the investment, how high the risk, how long the losses it would have to bear. It was precisely this spur of the "screen famine" that gave rise to the comeback of China's panel industry—companies such as BOE, with support from the national and local governments, resolved to enter the panel industry, and used enormous investment and the persistence of "outlasting the cycle" to breach this "screen famine." The "screen famine" was the deepest driver of China's panel comeback—it was precisely this pain that steeled China's resolve to build a panel industry.

The "screen famine" also reveals a special logic behind China's panel comeback—it was not a purely market act, but carried the nature of a "strategic breakout." The panel industry demands enormous investment, has long cycles, and carries high risk; by pure market logic, few companies would be willing to invest (in its early years BOE lost money for years on end). That China's panel industry could stage its comeback was, to a large extent, because it was seen as a "strategic breakout"—escaping the "screen famine" and achieving panel self-sufficiency was a goal at the level of national strategy, and thus received vigorous support from the national and local governments (capital backstops, policy support). The strategic character of the "screen famine" determined the "whole-of-nation system" coloring of China's panel comeback—it was not a purely market act, but an industrial breakout with the character of a strategic breakout, with deep participation by the national and local governments.

The "screen famine" was the starting point and driver of China's panel comeback. In the 2000s, China as the "world factory" could make the world's TVs and phones, but could not make the core panels within them, importing tens of billions of dollars' worth each year (50.3 billion USD in 2012, the fourth-largest import commodity), bearing a deficit of tens of billions of dollars, at the mercy of Taiwan, Japan, and South Korea, its prices set by others. The "screen famine" and the "chip famine" together were called the "chip and screen famine," the twin pain of Chinese manufacturing being "at others' mercy." It was precisely this spur of the "screen famine" that gave rise to the "strategic breakout"–style comeback of China's panel industry. The deeper the "screen famine," the greater the resolve to come back. And the first step of this comeback was a company's bold acquisition—BOE bought South Korea's Hyundai panel business for 380 million USD, entering an industry in which China had once been wholly at others' mercy. That is the subject of the next chapter.

4. BOE's Rise: A 380 Million USD Gamble

The first step of China's panel comeback was a company's bold acquisition—in 2003, BOE bought South Korea's Hyundai TFT-LCD business for 380 million USD, entering the panel industry in which China had once been wholly at others' mercy. This acquisition was the starting point of BOE's rise and the first step of China's panel comeback. Understand this acquisition, and you understand how China's panel comeback took its first step.

Start with the acquisition. In February 2003, BOE formally announced it would acquire the TFT-LCD business of South Korea's Hyundai Display Technology (HYDIS) for 380 million USD, with the asset transfer completed that January. The acquisition used an "all-assets + working capital" model—BOE bought not only Hyundai's fixed assets but also its technology and processes and its global marketing network (plus roughly 70 million USD of working capital). It was one of China's ten largest M&A events that year. Through this acquisition, BOE gained in a single stroke Hyundai's TFT-LCD technology, production lines, and markets—rather than developing from scratch (too slow, too hard), it acquired the technology and capability of panel manufacturing directly. BOE's entry via acquisition was the smart first step of China's panel comeback.

This acquisition was a bold gamble. BOE at the time was a company restructured out of the Beijing Electron Tube Factory, and was not strong in scale or resources. The panel industry, meanwhile, demanded enormous investment, had high technical barriers, long cycles, and high risk. For BOE to spend 380 million USD (a huge sum for BOE at the time) buying South Korea's Hyundai panel business, entering this high-risk industry, was a gamble that took enormous courage. Win the bet, and BOE could establish a foothold in the panel industry and escape the "screen famine"; lose it, and BOE could be saddled with a heavy burden, or even fall into crisis. BOE's acquisition was an all-or-nothing gamble—it was betting on the future of China's panel industry.

After the acquisition, BOE took the crucial step of building its own line—the Beijing Gen 5 line. In 2003, BOE broke ground on a Gen 5 TFT-LCD production line in Beijing's Yizhuang economic development zone—the first Gen 5 line in mainland China with proprietary technology, which went into production in 2005. From acquiring Hyundai's technology to building its own Gen 5 line in Beijing, BOE completed the crucial leap from "buying technology" to "using technology to build its own lines." The Beijing Gen 5 line was the starting point of mainland China's panel manufacturing rising from nothing—it marked China finally having its own panel line with proprietary technology, taking the first step toward escaping the "screen famine."

BOE's entry via acquisition plus building its own lines charted a path for China's panel comeback—"acquire technology + build lines to accumulate capability." This path resembles high-speed rail's "introduce, digest, absorb, and re-innovate"—both first obtain technology through introduction/acquisition, then digest, absorb, and build capability. BOE obtained panel technology by acquiring South Korea's Hyundai, then accumulated in-house capability through the Beijing Gen 5 line, laying the foundation for later large-scale expansion (counter-cyclical investment in high-generation lines). This path of BOE's was the starting point of China's panel comeback—from buying technology, to building capability, to large-scale expansion.

But BOE's path to prominence was anything but smooth—early massive losses were a price it had to bear. After entering the panel industry, BOE faced the test of the industry's strong cycle—when the industry was in a trough and panel prices plunged, BOE bore massive losses. In fact, BOE lost money for roughly four straight years between 2008 and 2012, and did not turn a profit until multiple lines reached full production in 2012. These early massive losses were a price BOE (and indeed China's panel comeback) had to bear—the panel industry demands enormous investment and has long cycles, and outlasting the early losses to hold on until the cycle turns and scale effects appear takes enormous endurance and the support of capital. BOE's rise was not a smooth success, but a comeback that bore massive losses and held on through hardship.

BOE's rise also reveals the role of a key figure in China's panel comeback—Wang Dongsheng. Wang Dongsheng was BOE's founder (later called the "father of China's semiconductor display industry" and the "king of panels"). It was he who led BOE to acquire South Korea's Hyundai for 380 million USD, build the Beijing Gen 5 line, persist in counter-cyclical investment, and outlast the early massive losses, carrying BOE (and China's panel industry), step by step, from the "screen famine" to global dominance. In 2019, Wang Dongsheng retired, and that same year BOE broke through 100 billion yuan in revenue—he witnessed China's panels come back from the "screen famine" to the top. The story of Wang Dongsheng and BOE is the most central chapter of China's panel comeback—one entrepreneur's persistence and vision, one company's gamble and perseverance, opened the legend of China's panel comeback.

BOE's rise was the first step of China's panel comeback. Acquiring South Korea's Hyundai panel business for 380 million USD in 2003 (a smart entry via acquisition), building the Beijing Gen 5 line in 2005 (from buying technology to building capability), then bearing massive losses from 2008 to 2012 (perseverance through hardship)—BOE, led by founder Wang Dongsheng, charted step by step the path of "acquire technology + build lines to accumulate capability + outlast cyclical losses" for China's panel comeback. BOE's rise was a bold gamble and a hard-won perseverance—it opened the legend of China's panel comeback. And the most central model of BOE's (and China's panels') comeback was "counter-cyclical investment"—expanding against the tide in the industry's troughs and outlasting rivals. This core logic of the comeback is the subject of the next chapter.

5. The LCD Cycle and Counter-Cyclical Investment: The Comeback Logic of Outlasting the Cycle

The most central logic of China's panel comeback was "counter-cyclical investment"—expanding against the tide in the industry's troughs and outlasting rivals. To understand this logic, one must first understand the panel industry's distinctive "LCD cycle." It was precisely within this strong cycle that Chinese companies, with the distinctive tactic of counter-cyclical investment, completed their overtaking of Japan, South Korea, and Taiwan. Understand the LCD cycle and counter-cyclical investment, and you understand the deepest logic of China's panel comeback.

First, what is the "LCD cycle." Panels (especially LCD panels) are a classic strong-cycle industry, with a repeatedly recurring "LCD cycle"—oversupply (a downturn in the cycle, panel prices plunge) → undersupply (an upturn in the cycle, panel prices rise) → attracting new investment again, overcapacity → oversupply again. This loop repeats over and over: pioneering companies open up applications and create demand, undersupply drives prices up and attracts new investment, and then excess capacity leads to a glut, prices plunge, and the cycle turns down. The LCD cycle is the most basic feature of the panel industry—panel supply, demand, and prices swing wildly with this cycle. Understand the LCD cycle, and you understand the core of competition in the panel industry—how to survive and win within this wildly swinging cycle.

Next, what is "counter-cyclical investment." Facing the LCD cycle, conventional logic says: cut investment in the downturn (panel prices plunge, losses), and expand investment in the upturn (prices rise, profits). But counter-cyclical investment does the opposite—in the downturn (the industry's trough, rivals cutting output) it invests against the tide to build new lines, expanding while others retreat. The logic of this counter-cyclical investment is: building in the industry's trough costs less and lets you seize the initiative when the cycle turns; and more importantly, by expanding against the tide in the trough and competing with rock-bottom prices, one can "outlast" the rivals who cannot bear long-term losses, and harvest their share and profits once they exit. Counter-cyclical investment is an aggressive tactic of "holding on in the trough, trading losses for share, outlasting rivals."

Counter-cyclical investment was in fact first the tactic of Japanese and Korean companies (Samsung, LG, Hyundai). In the panel industry's early years, it was precisely Korean companies such as Samsung and LG that, backed by the whole-of-nation, invested counter-cyclically in the industry's troughs, bore years of losses, and outlasted their Japanese and Taiwanese rivals with rock-bottom prices to reach the summit of the panel industry. Chinese companies such as BOE learned and internalized this "counter-cyclical investment" tactic—founder Wang Dongsheng internalized it into BOE's "counter-cyclical expansion" strategy. During the 2008 global financial crisis, when panel prices plunged and Japanese and Korean makers cut output, BOE doubled down against the tide on high-generation lines, cut costs, and seized share. Chinese companies used the very "counter-cyclical investment" tactic that Japan and South Korea had once used, and in turn outlasted their rivals in Japan, South Korea, and Taiwan—an intriguing case of "turning the enemy's own methods against them."

The key to counter-cyclical investment is having deep capital support to outlast long-term losses. Counter-cyclical investment means, in the industry's trough, pouring enormous capital against the tide into building lines while bearing long-term, massive losses (because prices are low in the trough and lines are still ramping up)—this requires extremely deep capital support. That BOE could lose money for roughly four straight years from 2008 to 2012 was precisely thanks to the capital support behind it (especially the backstop of local-government capital, i.e., the "Hefei model" discussed later). Without deep capital support able to bear long-term losses, counter-cyclical investment is out of the question—because an ordinary company simply cannot outlast such long, massive losses. Behind counter-cyclical investment is the persistence of capital and the capacity to "outlast"—which is also why China's panel comeback needed the support of the "whole-of-nation system" (the backstop of local-government capital).

The results of counter-cyclical investment were astonishing. Through counter-cyclical investment, Chinese companies such as BOE expanded against the tide in the industry's troughs and competed with rock-bottom prices, driving panel prices very low and pushing their rivals in Japan, South Korea, and Taiwan (especially Japanese and Taiwanese companies)—who could not bear long-term losses—into crisis, until they exited or retreated from LCD one after another. And when those rivals exited, the cycle turned, and supply and demand improved, Chinese companies harvested the share and profits they left behind, and ultimately reached the top. Mainland China's global LCD share went from near zero during the "screen famine" to roughly 70% in 2023 and supplying about 95% of the world in 2025—this astonishing comeback was precisely the fruit of counter-cyclical investment and outlasting rivals. Counter-cyclical investment was the most central and effective logic of China's panel comeback.

But counter-cyclical investment also came with enormous costs and controversy (detailed later). The costs—long-term massive losses, enormous capital investment, and a heavy dependence on government subsidies and capital backstops. The controversies—"money-burning machine," "redundant construction," "overcapacity," "poor earnings quality" (turning losses to profits on subsidies), "subsidy controversy under the whole-of-nation system," and more. Counter-cyclical investment is a high-risk, high-investment, high-controversy tactic—it succeeded (China's panel comeback), but it also came with enormous costs and controversy. To view counter-cyclical investment fully, one must see both its results in outlasting rivals and achieving the comeback, and the costs of its enormous investment, dependence on subsidies, and unending controversy.

The LCD cycle and counter-cyclical investment are the deepest logic of China's panel comeback. The panel industry's strong cycle (the LCD cycle) dictates that competition is a competition of "outlasting the cycle"; and counter-cyclical investment (expanding against the tide in the trough, trading losses for share, outlasting rivals) was the core tactic of Chinese companies' comeback (learned from Japan and South Korea, turning the enemy's own methods against them). Counter-cyclical investment relied on deep capital support (the whole-of-nation system, government capital backstops) to outlast long-term losses, ultimately outlasting rivals in Japan, South Korea, and Taiwan, harvesting share, and reaching the top (LCD from zero to global dominance). But it also came with the costs and controversy of enormous investment, dependence on subsidies, and overcapacity. Counter-cyclical investment was the core logic of China's panel comeback. And what underpinned this counter-cyclical investment was a distinctive case of the "whole-of-nation system"—the backstop of local-government capital, especially the "Hefei model." That is the subject of the next chapter.

6. The Hefei Model: A Local Government's "Most Formidable Venture Capital"

What underpinned China's panels' counter-cyclical investment was a distinctive case of the "whole-of-nation system"—the backstop of local-government capital. The most classic and successful of these was the "Hefei model"—the Hefei municipal government used state-owned capital platforms to backstop BOE's panel-line investments, and ultimately reaped enormous returns after BOE reached the top. The "Hefei model" has been called a local government's "most formidable venture capital," and it is a key to understanding the "whole-of-nation system" coloring of China's panel comeback.

First, how the "Hefei model" works. Investment in a panel line is enormous (a single line easily runs to the scale of tens of billions of yuan) and must bear long-term losses—something an ordinary company (and even BOE itself) can hardly shoulder alone. The Hefei municipal government, through equity stakes via state-owned capital platforms and backstop financing, helped BOE shoulder this enormous investment and risk. In 2008, to bring in BOE, the Hefei government pledged 6 billion yuan for its Gen 6 line (ultimately investing roughly 3 billion, about one-third of the total financing); of the roughly 17.5 billion yuan needed for the Gen 6 line, the Hefei government provided a backstop (through land, energy, fiscal support, interest subsidies, and the like). Of the later Hefei Gen 10.5 line (the world's highest generation, total investment roughly 40 billion yuan), of its roughly 22 billion yuan of equity capital, the Hefei government shouldered roughly 18 billion. The "Hefei model" is a local government using state-owned capital platforms to backstop the enormous investment and long-term losses of panel lines—it let BOE carry out counter-cyclical investment and outlast the cycle.

The key to the "Hefei model" is "state-owned equity backstop + exit for profit once profitable." The Hefei government did not simply hand BOE subsidies; rather, through state-owned capital platforms it took equity stakes in BOE's line projects—during the construction and loss-making periods, state-owned capital backstopped and bore the risk; once the projects turned profitable and listed, the state-owned capital exited and reaped an investment return. This model turned the local government from a "subsidizer" into an "investor"—it bore the early risk, but also shared the later return. In fact, Hefei reaped enormous returns from investing in BOE (as well as later NIO, CXMT, and others), earning the moniker "most formidable venture capital," and the related state-owned capital platforms (such as Hefei Construction Investment) rose to fame. The "Hefei model" is a distinctive model of "the government as investor, backstopping the industry and sharing the return."

The significance of the "Hefei model" lies in how it solved the panel industry's dilemma of "huge investment, long cycles, high risk, and ordinary capital not daring to invest." The panel industry demands enormous investment, has long cycles, and runs long early losses—by pure market logic, ordinary capital dares not, and cannot afford to, invest. The "Hefei model," using local-government state-owned capital platforms as a backstop, solved this dilemma—it gave the enormous investment and long-term losses of panel lines a shoulder to bear them, letting BOE carry out counter-cyclical investment, outlast the cycle, and ultimately reach the top. Without local-government capital backstops such as the "Hefei model," China's panels' counter-cyclical investment and comeback would be unimaginable. The "Hefei model" is the most concentrated embodiment of the "whole-of-nation system" coloring of China's panel comeback—it is a case of a local government participating deeply, backstopping the industry, and delivering the comeback.

The "Hefei model" also became a template for China's industrial investment. Through a model of "government guidance, state-owned capital backstop, market-based operation, and exit once mature," Hefei successfully invested in a batch of high-tech industries such as BOE (panels), NIO (new-energy vehicles), and CXMT (memory chips), achieving both the introduction of industries and the rise of the city—Hefei thereby went from an unremarkable city to one of China's "star cities of industrial investment." The "Hefei model" has been studied and drawn upon by many local governments, becoming a template for Chinese local governments to guide industrial development with capital. The success of the Hefei model showcases the distinctive role of China's "whole-of-nation system" (especially local-government-led industrial investment) in breaching high-investment, high-risk industries.

But the "Hefei model" (and the government capital backstops and subsidies behind it) also came with enormous controversy. One controversy is subsidy dependence and earnings quality—BOE has long depended on government support such as subsidies, private placements, and interest subsidies, and its earnings quality has been questioned (in many years it turned losses to profits or was profitable only thanks to government subsidies, with sharply fluctuating non-recurring net profit). A second controversy is being a "money-burning machine" and redundant construction—counter-cyclical investment and government backstops led to large-scale, even redundant, capacity construction in the panel industry, causing industry-wide overcapacity and depressing profitability across the whole industry. A third controversy is subsidy disputes at the international-trade level—the government subsidies to China's panel industry sparked "unfair competition" disputes internationally (Europe, the US, Japan, and South Korea have grumbled about subsidies to Chinese panels). The controversy over the "Hefei model" is a concentrated embodiment of the controversy over the "whole-of-nation system" model of China's panel comeback.

The "Hefei model" is the most concentrated and most successful case of the "whole-of-nation system" coloring of China's panel comeback. It used local-government state-owned capital platforms to backstop the enormous investment and long-term losses of panel lines (such as 17.5 billion yuan for the Gen 6 line, and 18 billion yuan shouldered by the government for the Gen 10.5 line), letting BOE carry out counter-cyclical investment, outlast the cycle, and reach the top; it also used a model of "state-owned equity backstop, exit for profit once profitable," letting Hefei reap enormous returns, become the "most formidable venture capital," and serve as a template for China's industrial investment. The "Hefei model" solved the panel industry's dilemma of "huge investment, high risk, and ordinary capital not daring to invest," and was a key support of China's panel comeback. But it also came with controversies such as subsidy dependence, overcapacity, and international-trade disputes. The "Hefei model" is a key to understanding the "whole-of-nation system" of China's panel comeback. And it was precisely on the strength of counter-cyclical investment and the support of the Hefei model that Chinese panel companies outlasted their rivals in Japan, South Korea, and Taiwan—the retreat of LCD by Samsung, LG, Sharp, JDI, AUO, and Innolux is the subject of the next chapter.

7. Outlasting Rivals to Death: The LCD Retreat of Japan, Korea, and Taiwan

The ultimate result of China's counter-cyclical panel investment and its comeback by outlasting the cycle was this: it outlasted its Japanese, Korean, and Taiwanese rivals to death. The Japanese, Korean, and Taiwanese firms that once dominated the global panel industry, squeezed by China's low-priced, high-generation capacity, retreated from or scaled back their LCD businesses one after another. This "LCD retreat of Japan, Korea, and Taiwan" is the most direct and most powerful proof of China's panel comeback.

Consider first Korea's exit. Korea's Samsung Display and LG Display were once the global leaders in LCD. But squeezed by China's low-priced competition, they found that LCD had become unprofitable, and exited one after another. Samsung Display — at the start of 2020 it announced its exit from LCD and a full pivot to QD-OLED/OLED; although this was once delayed by the pandemic-era surge in demand, it ultimately shut its last LCD plant on Korean soil in June 2022, formally exiting LCD manufacturing; in September 2022, Samsung also sold its LCD patents to China's TCL CSOT. LG Display — in March 2025 it exited the LCD TV panel business, selling its last Guangzhou LCD TV plant to TCL CSOT for about 1.5 billion USD (closing on March 31, 2025). Korea's two panel giants successively exited the LCD TV panel business, selling their production lines to Chinese firms. Korea's LCD exit is the most emblematic victory of China's panel comeback.

Consider next Japan's decline. Japan was once the birthplace and early leader of LCD display technology, but under competition from China and Korea, Japan's panel industry declined across the board. Sharp — acquired by Taiwan's Hon Hai (Foxconn) in 2016, it shut its large LCD panel plant in Sakai, Osaka in 2024 and halted large-size LCD production. JDI (Japan Display) — formed by merging the small- and medium-size businesses of Sony, Toshiba, and Hitachi, it has run losses year after year (reportedly loss-making for about 11 consecutive years), continually restructuring, cutting jobs, and selling off assets, even facing delisting risk, and in 2025 it also halted OLED production. Panasonic — in 2019 it announced the halt of LCD panel production, and in 2021 it ended its LCD panel business. Sharp acquired, JDI running massive losses year after year on the brink of delisting, Panasonic exited — Japan's panel industry, once a leader, has declined across the board. Japan's decline is yet another witness to China's panel comeback.

Consider next Taiwan's retrenchment. Taiwan's AUO and Innolux were once important players in global LCD. But squeezed by mainland China's low-priced, high-generation capacity, Taiwan's panel makers also fell back step by step, retreating to second tier. AUO and Innolux were forced to scale back LCD capacity and pivot toward differentiated and niche fields such as automotive, and even to transform away from panel dependence (AUO turned to co-packaged optics, CPO; Innolux launched fan-out panel-level packaging, FOPLP). The retrenchment and transformation of Taiwan's panel makers reflect their passive position in competition with mainland China — unable to compete with the mainland's giants on scale and cost, they could only retreat to niches and seek transformation. Taiwan's retrenchment is yet another facet of China's panel comeback.

The result of the "LCD retreat of Japan, Korea, and Taiwan" is the establishment of mainland China's global LCD dominance. As Japanese, Korean, and Taiwanese makers such as Samsung, LG, Sharp, JDI, Panasonic, AUO, and Innolux exited and retrenched, mainland China's LCD share climbed steadily — mainland China's LCD TV panel market share rose to about 70.4% in 2023, and in 2025 China supplied about 95% of the world's LCD panels. Even more telling: the Japanese, Korean, and Taiwanese makers that exited LCD sold their LCD production lines to Chinese firms one after another — Samsung sold its Suzhou plant and LG sold its Guangzhou plant to TCL CSOT. Chinese firms not only outlasted their rivals to death but also took over their production lines, further consolidating global LCD dominance. The "LCD retreat of Japan, Korea, and Taiwan" marks mainland China's comprehensive ascent to the top in LCD.

The comeback of "outlasting rivals to death" reveals the power of China's counter-cyclical panel investment model. Chinese firms, relying on counter-cyclical investment and low-priced competition, drove panel prices very low, plunging into distress those Japanese, Korean, and Taiwanese rivals (especially Japanese and Taiwanese firms, which lacked the government-capital backstop that China had) that could not endure prolonged losses, and one after another they exited. Korean firms (Samsung, LG), though stronger, also found LCD unprofitable and instead exited LCD to focus on higher-end OLED. The success of Chinese firms in "outlasting rivals to death" relied precisely on the combination of counter-cyclical investment (expanding against the trend in the trough) + government-capital backstop (enduring prolonged losses) + low-priced competition (pushing rivals to the point of unprofitability). "Outlasting rivals to death" is the most direct proof of the power of China's counter-cyclical panel investment model.

But the victory of "outlasting rivals to death" has its other side too — "slaying a thousand of the enemy while losing eight hundred of one's own." Chinese firms outlasted their rivals to death through low-priced competition, but this process also made Chinese firms themselves bear prolonged and enormous losses (BOE ran losses for four straight years), depend on government subsidies, and create industry-wide overcapacity and low profitability. The victory of "outlasting rivals to death" was a Pyrrhic victory of "slaying a thousand while losing eight hundred" — Chinese firms won market share, but also paid the price of prolonged losses, subsidy dependence, and overcapacity. Moreover, "outlasting rivals to death" was mainly in the LCD field — in the higher-end OLED, Korea's Samsung still dominates. China's panel victory is a victory in LCD, but the high end of OLED remains a target it is chasing.

The "LCD retreat of Japan, Korea, and Taiwan" — Samsung and LG exiting; Sharp acquired, JDI running massive losses on the brink of delisting, Panasonic exiting; AUO and Innolux retrenching and transforming — is the most direct and most powerful proof of China's counter-cyclical panel investment and its comeback by outlasting the cycle. It marks the establishment of mainland China's global LCD dominance (supplying about 95% of the world's LCD panels in 2025); Chinese firms not only outlasted their rivals to death but also took over their production lines. The victory of "outlasting rivals to death" is proof of the power of China's counter-cyclical panel investment model, but it was also a Pyrrhic victory of "slaying a thousand while losing eight hundred" (prolonged losses, subsidy dependence, overcapacity), and mainly in the LCD field (the high end of OLED is still dominated by Samsung). After outlasting its rivals to death, just how far has China's global dominance in LCD gone? The full picture of this "global dominance" is the theme of the next chapter.

8. Global Dominance: From Catching Up to a "Volume + Revenue" Double First

After outlasting its Japanese, Korean, and Taiwanese rivals to death, to what extent does China's panel industry dominate the global market? The answer is this: China's panels have already reached the top in both "volume share" and "revenue share," transforming from a onetime chaser into the dominant player in the global panel industry. This "double first" global dominance is the most comprehensive achievement of China's panel comeback.

Consider first the ascent to the top in volume share. In LCD, mainland China's dominance is overwhelming — in 2025, mainland China supplied about 95% of the world's LCD panels (on a supply/capacity basis); mainland China's LCD TV panel market share was about 70%, Taiwanese makers about 22%, and Japan and Korea combined had already shrunk to less than 10%. BOE's LCD shipments across five major categories — smartphones, tablets, laptops, monitors, and TVs — have ranked first in the world for many consecutive years. In volume share, mainland China's LCD is already globally dominant — this is the most solid achievement of China's panel comeback. And in OLED, China is also catching up — in 2025 to 2026, China's smartphone OLED panel volume share surpassed Korea's for the first time (in the first quarter of 2026, Chinese makers' AMOLED smartphone panel share reached 50.4%, surpassing Korea's 49.6% for the first time). In volume share, China's panels already dominate in LCD and have overtaken in OLED.

Consider next the ascent to the top in revenue share — a milestone with even greater substance. A lead in volume share does not necessarily mean a lead in revenue and value (it may be driven by low-price volume). And in the first half of 2025, China's panels reached a milestone with even greater substance — revenue share exceeded half for the first time. According to CINNO Research, in the first half of 2025 mainland China's panel makers' revenue share surpassed half for the first time, reaching 52.1% (revenue of 29.3 billion USD, up 7% year over year); over the same period, Korea's revenue share fell to about 30% (down 9.5% year over year) and Japan's to about 3.5% (down 16.7% year over year). Revenue share exceeding half means China's panels dominate not only in volume but have also reached the top in revenue (value) — this is an important shift from "low-price volume" to "rising both in volume and price." The ascent to the top in revenue share is a higher-substance achievement of China's panel comeback.

The "volume + revenue" double-first global dominance marks the comprehensive success of China's panel comeback. From near zero during the "screen famine" to today's ascent to the top in both volume share (95% of LCD supply, overtaking Korea in OLED) and revenue share (52.1% in the first half of 2025) — China's panels have completed a comprehensive comeback from chaser to global dominant player. This "double first" global dominance is the most comprehensive and most powerful achievement of China's panel comeback — it proves that China's panels dominate not only in volume but have reached the top in revenue (value) too, achieving a comprehensive comeback of "rising both in volume and price."

The industrial scale of China's global panel dominance is also striking. In 2025, the output value of China's new-display industry is projected to approach 800 billion yuan (about 112.5 billion USD). This vast output value underpins China's globally dominant position in panels. China's panel industry has gone from import dependence during the "screen famine" to a vast, globally dominant industry with output value approaching 800 billion yuan. This vast industrial scale is the most tangible embodiment of China's panel comeback — it dominates not only in share but has also formed a vast, globally leading industry.

But it must be clearly recognized that China's "double first" global panel dominance still has its shortcomings — the high end and value remain the catch-up point. Although China's panel revenue share has exceeded half, in the most high-end, most valuable segments, Korea (especially Samsung) still leads. In OLED, Samsung Display's revenue share still runs as high as about 48%, dominating the value and profit of high-end OLED; in Apple's iPhone OLED panels, China's share is still very small (BOE was only about 1.4% in the iPhone 17). China's "double first" is built mainly on comprehensive dominance in LCD and volume overtaking in OLED, but in the high end and value of OLED, it still lags Korea. China's global panel dominance is a "dominance in volume" and a "revenue share exceeding half," but "dominance in the high end and value" remains a target it is chasing.

China's global panel dominance is also built on a foundation that still needs remedial work — upstream materials and equipment remain constrained (detailed later). Although China dominates globally in finished units and capacity, the high-end materials (glass substrates, OLED materials) and equipment (evaporation machines, exposure machines) needed to make screens remain constrained by the US, Japan, and Korea. In other words, China's "global dominance" in panels is a dominance in "being able to make screens," but "making well the materials and equipment needed to make screens" is still not fully self-sufficient. This upstream constraint is the other side of China's panels being "big but not strong" — it reminds us that China's global panel dominance is not yet a fully self-sufficient dominance, and the fortress of upstream high-end materials and equipment remains to be conquered.

The "volume + revenue" double-first global dominance is the most comprehensive and most powerful achievement of China's panel comeback. From the "screen famine" to the ascent to the top in volume share (95% of LCD supply, overtaking Korea in OLED), revenue share exceeding half (52.1% in the first half of 2025), and output value approaching 800 billion yuan — China's panels have completed a comprehensive comeback from chaser to global dominant player. But this global dominance still has shortcomings: the high end and value (especially OLED) still lag Korea, and upstream materials and equipment remain constrained by the US, Japan, and Korea. China's global panel dominance is a "dominance in volume, a revenue share exceeding half," but "dominance in high-end value and self-sufficiency upstream" remains a target it is chasing and conquering. Underpinning this global dominance are China's two panel champions — BOE and TCL CSOT. The strength of these "panel duo" is the theme of the next two chapters. First is BOE, which came all the way from the "screen famine" to ascend as the "king of panels."

9. BOE: The King of Panels Reaches the Top

The first leading champion underpinning China's global panel dominance is BOE — from entering the panel industry during the "screen famine" to today's "king of panels" with revenue exceeding 200 billion yuan and first place worldwide in five major categories. BOE's ascent to the top is the most central vehicle of China's panel comeback. To understand China's panel industrial strength, one must start with BOE.

Consider first BOE's strength today. In fiscal year 2025, BOE's operating revenue was 204.590 billion yuan (up 3.13%), and net profit attributable to the parent was 5.857 billion yuan (up 10.03%) — revenue broke the 200-billion-yuan mark again after 2021. In terms of shipments and market position, BOE's LCD shipments across five mainstream categories (smartphones, tablets, laptops, monitors, TVs) have ranked first in the world for many consecutive years: large-size (TVs/monitors) market share about 27% to 28%, mid-size (laptops/tablets) about 29%, small-size (phones/wearables) about 24%, all ranking first. In 2025, BOE's global TV panel shipments exceeded 67 million units, with a large-size market share of about 27.4%, first in the world. BOE is the undisputed "king of panels" — it leads globally across every category of LCD.

BOE is king not only in LCD but also ranks second in the world in OLED. In 2025, BOE's flexible OLED full-year shipments were about 150 million units, and its first-half shipments ranked second in the world (16.3% share). BOE's overall positioning is: first in all LCD fields, second in the world in OLED, and first in automotive display. From LCD to OLED to automotive, BOE has achieved global leadership or a leading position in every field of display. BOE is the most comprehensive vehicle of China's panel comeback — it not only reached the top in LCD but also leads globally in OLED, automotive, and other fields.

BOE's ascent relied precisely on the "counter-cyclical investment" discussed earlier. BOE has a deep tradition of counter-cyclical investment — the Chengdu 4.5-generation line in 2008 (pioneering the "community of interests" model), the Hefei 6-generation line and the Beijing 8.5-generation line in 2009, and consecutive high-generation lines launched during the industry trough of 2011 to 2012. It was precisely by this counter-cyclical investment — expanding against the trend during industry troughs — that BOE step by step expanded capacity, seized share, outlasted its rivals to death, and ultimately ascended as the "king of panels." BOE's ascent is the most successful sample of the counter-cyclical investment model — with decades of counter-cyclical investment, it turned itself from a chaser during the "screen famine" into the global "king of panels."

BOE is also positioning itself for the future — its most significant current capital expenditure is the Chengdu 8.6-generation AMOLED line, with total investment as high as 63 billion yuan. This line (jointly built by BOE and the city of Chengdu) has a designed capacity of 32,000 glass substrates per month, targeting mid-size touch OLED (laptops, tablets, automotive), with mass production planned for 2026 (mass production was launched in June 2026; it is China's first and among the world's first high-generation AMOLED lines). This 63-billion-yuan 8.6-generation OLED line is a major move by BOE to position itself toward the OLED high end and toward mid-size OLED (laptops, tablets, automotive) — it embodies BOE's ambition to advance from LCD dominance to the OLED high end. BOE's 8.6-generation OLED line is an emblematic investment in China's panel push to catch up in the OLED high end.

But BOE's ascent is also accompanied by a lingering problem — government-subsidy dependence and profit quality. BOE has long depended on government support such as subsidies, private placements, and interest subsidies. Historically, in 2018 BOE had revenue of 97.1 billion and net profit of 3.4 billion, of which government subsidies were 2.2 billion, about 64% of net profit; over the decade from 2010 to 2019, cumulative government subsidies exceeded 11 billion yuan, about 54% of net profit over the same period. Even in 2024, of BOE's operating profit of 4.930 billion yuan, government subsidies of 2.288 billion + interest income of 2.285 billion, once deducted, left core-business profit of only 357 million yuan. These figures reveal a problem in BOE's profit quality — its profits depend to a large extent on government subsidies and interest income, and the profitability of its core business is relatively weak. BOE's subsidy dependence is a problem that must be faced squarely beneath its "king of panels" halo — its ascent is accompanied by a high degree of dependence on government subsidies.

BOE's ascent and subsidy dependence are two sides of the same coin. On one hand, it was precisely government subsidies and the capital backstop (the Hefei model) that supported BOE's counter-cyclical investment, endured the cycle, and ultimately reached the top — without government support, there would be no BOE ascent. On the other hand, this high degree of dependence on government subsidies also casts doubt on BOE's profit quality — to what extent are its profits driven by its own competitiveness, and to what extent by government subsidies? A key point to watch in BOE's future is whether it can move from "depending on subsidies" to "profiting on its own competitiveness" — especially whether, with OLED moving upmarket and the industry cycle improving, BOE can genuinely raise the profitability of its core business. BOE's ascent is complete, but the transition from "depending on subsidies" to "profiting on its own" is still underway.

BOE is the first leading champion of China's global panel dominance, the core vehicle that ascended from the "screen famine" to the "king of panels." With revenue exceeding 200 billion yuan, first place worldwide in five LCD categories, second in the world in OLED, and first in automotive, it ascended all the way to the top through counter-cyclical investment and is still advancing toward the high end with a 63-billion-yuan investment in an 8.6-generation OLED line. But BOE's ascent is also accompanied by problems of government-subsidy dependence and profit quality — its profits depend to a large extent on subsidies and interest, and the profitability of its core business still needs improvement. BOE's ascent and subsidy dependence are a concentrated embodiment of the "whole-of-nation system" model in China's panel comeback. Beyond BOE, this "king of panels," China's panel industry has a second leading champion — one that rose as a latecomer and grew rapidly by acquiring Japanese and Korean production lines, the other pole of China's "panel duo." It is TCL CSOT. That is the theme of the next chapter.

10. TCL CSOT: One of the Duo That Rose as a Latecomer

The second leading champion of China's global panel dominance is TCL CSOT — it rose as a latecomer, growing rapidly into the other pole of China's "panel duo" through a light-footed approach of "building high-generation lines from the outset and turning a profit in the very first year," as well as by acquiring the production lines that Japanese and Korean makers exited. TCL CSOT's rise is another path of China's panel comeback.

Consider first TCL CSOT's strength today. In fiscal year 2025, TCL CSOT's semiconductor display business reached operating revenue of 105.24 billion yuan (up 17.4%, breaking 100 billion for the first time) and net profit of 8.01 billion yuan (up 44.4%) — the largest growth engine for its parent, TCL Technology (group revenue of 184.06 billion yuan, net profit up sharply by 188.8%). TCL CSOT achieved across-the-board breakthroughs in small and mid-size: monitor panel shipments second in the world, laptop panel shipments up 64%, phone panel shipments third in the world, tablets second in the world; in large-size TV/commercial display it maintained global leadership (TV panel shipments exceeding 50 million units, market share about 23%, second in the world). TCL CSOT is the other pole of China's "panel duo" — it leads globally or holds a leading position in both large-size and small/mid-size, and is China's second-largest panel maker after BOE.

TCL CSOT's rise path differs from BOE's — it is "a latecomer traveling light." BOE entered via acquisition back in 2003 and endured the cycle earlier and more arduously; whereas TCL CSOT was founded only in 2009 and, from the outset, built the Shenzhen 8.5-generation line (South China's first high-generation LCD project, China's first LCD panel line built through fully independent innovation, with investment of about 24.5 billion yuan), turning a profit in the very year it reached full production, and adding a second 8.5-generation line in 2013. TCL CSOT's path is more "latecomer, traveling light" — it started late, but from the outset it targeted high-generation lines and quick profitability, avoiding BOE's long early losses. This "latecomer, traveling light" path allowed TCL CSOT to grow rapidly in a relatively short time. TCL CSOT's rise is a "latecomer, traveling light" path of China's panel comeback.

One key to TCL CSOT's growth was acquiring the production lines that Japanese and Korean makers exited. As discussed earlier, as Samsung and LG exited LCD, they sold their production lines to Chinese firms — and the main taker was precisely TCL CSOT. In 2020, TCL CSOT acquired Samsung's 8.5-generation LCD line in Suzhou for about 1.08 billion USD (about 7.6 billion yuan); in 2025, it acquired LG's 8.5-generation LCD and module plant in Guangzhou for about 10.8 billion yuan (some reports say 13.4 billion yuan including modules) (closing in April 2025, renamed T11). By acquiring Samsung's Suzhou plant and LG's Guangzhou plant, TCL CSOT not only gained capacity but also marked the complete exit of Korean makers from the LCD TV panel business — TCL CSOT took over its rivals' production lines, further growing itself and consolidating China's global LCD dominance. TCL CSOT's acquisition and integration is a sample of China's panels "taking over rivals and consolidating dominance."

TCL CSOT's rise also embodies the formation of China's "panel duo" landscape. As Japanese, Korean, and Taiwanese makers exited, China's panel industry gradually formed a "BOE + TCL CSOT" duopoly landscape — BOE and TCL CSOT together account for about 52.6% of the world's G5+ LCD capacity; mainland Chinese makers account for about 72.7% of global LCD panel supply. This "duo landscape" is the industrial-organization form of China's global panel dominance — the two leading champions (BOE, TCL CSOT), together with HKC and others, dominate the panel industry in China and indeed worldwide. The "panel duo" landscape embodies the rise in industry concentration after China's panel comeback — after the exit of Korea, Taiwan, and Japan, mainland China's leaders (BOE, TCL CSOT) gained an overwhelming advantage in LCD.

TCL CSOT is also expanding into new fields such as OLED. Beyond LCD, TCL CSOT is also positioning in OLED (especially small/mid-size and inkjet-printed OLED) as well as large-size high-generation lines. TCL CSOT ranks second in the world in foldable OLED shipments (over 3 million units shipped in 2025, supplying Motorola, Xiaomi, and Honor). Like BOE, TCL CSOT is advancing from LCD dominance to the OLED high end — the "panel duo" are both expanding into OLED, that higher-end, more valuable field. TCL CSOT's OLED positioning is part of the China panel duo's push to catch up at the high end.

But TCL CSOT (and China's panel industry as a whole) also faces shared challenges — catching up at the OLED high end and the constraint of upstream materials and equipment. Although TCL CSOT leads globally in LCD and also has an OLED presence, in the most high-end OLED (especially Apple's supply chain and high-end flagships) it still lags Korea's Samsung; and the upstream high-end materials and equipment needed to make screens are, like the whole of China's panel industry, constrained by the US, Japan, and Korea. TCL CSOT's rise is a rise in LCD and a catch-up in OLED — together with BOE it forms China's panel duo, dominating LCD, but in the OLED high end and upstream self-sufficiency, they still share a common catch-up and hard fight.

TCL CSOT is the second leading champion of China's global panel dominance, one of the duo that rose "as a latecomer traveling light." Founded only in 2009, it built high-generation lines from the outset and turned a profit in the very first year, growing rapidly through "latecomer, traveling light"; it acquired Samsung's Suzhou plant and LG's Guangzhou plant, taking over rivals' production lines and consolidating China's LCD dominance; in 2025 its semiconductor display revenue broke 100 billion, net profit surged, and it was TCL Technology's largest growth engine. TCL CSOT and BOE form China's "panel duo" landscape, together dominating global LCD capacity. But TCL CSOT (and China's panel industry as a whole) also faces the shared challenges of catching up at the OLED high end and the constraint of upstream materials and equipment. Beyond these two leading champions, BOE and TCL CSOT, China's panel industry also has a cohort of firms each with its own character — Tianma's automotive display, Visionox's OLED. The divergence among these firms is the theme of the next chapter.

11. Tianma and Visionox: The Divergence of Automotive and OLED

Beyond the two leading champions BOE and TCL CSOT, China's panel industry also has a cohort of firms each with its own character — Tianma cultivates automotive display, Visionox focuses on OLED. Their diverging circumstances reveal the different fates of China's panel industry in niche fields, and reflect the reality of a panel industry with "different tracks, different profits." To understand the full picture of China's panel industry, these firms are indispensable.

Consider first Tianma — the leader in automotive display. Tianma is a leader in small/mid-size and automotive display. In fiscal year 2025, Tianma's operating revenue was 36.227 billion yuan (up 8.16%), and net profit attributable to the parent was 167 million yuan, turning from loss to profit year over year. Tianma's biggest distinction is its lead in automotive display — its automotive and professional display (non-consumer) accounts for over 50% of revenue, with automotive revenue up about 18% year over year to a record scale, and automotive display first in the world. Amid the waves of automotive intelligence and cockpit large-screen adoption, automotive display is a high-growth, high-value track, and Tianma is precisely the global leader on this track. Tianma's automotive display is a sample of China's panels leading in a high-end niche track (automotive) — it proves that China's panels dominate not only in consumer display but also lead globally in high-value niche tracks such as automotive.

Consider next Visionox — the OLED-focused firm, but mired in losses. Visionox is a firm focused on OLED, but its circumstances are utterly different from Tianma's — it is mired in losses. In its fiscal year 2025 earnings preview, Visionox expected a net loss attributable to the parent of 2 billion to 2.5 billion yuan (still loss-making); in 2024 its revenue was 7.929 billion yuan (of which OLED product revenue was 7.494 billion yuan). Visionox has run losses for many consecutive years; although its AMOLED penetration is rising, it has yet to turn a profit, and its profitability is markedly weaker than BOE's and TCL CSOT's. Visionox's losses reveal the cruelty of the OLED track — OLED requires enormous investment and has high technical barriers, and it faces Samsung's high-end dominance and fierce domestic competition; even a firm focused on OLED may be mired in losses. Visionox's plight is a microcosm of how arduous China's panel path to catching up in OLED is.

The divergence between Tianma and Visionox reveals the reality of China's panel industry with "different tracks, different fates." Tianma cultivates automotive display (a high-value, high-growth niche track), achieving a turnaround to profit and first place worldwide in automotive; whereas Visionox focuses on OLED (heavy investment, fierce competition, Samsung dominating the high end) yet is mired in losses. This divergence shows that within China's panel industry, different tracks carry different fates: a high-value niche track like automotive display can bring good profitability, while a track like OLED — heavy investment, fierce competition, high end dominated by Samsung — may be mired in losses. The divergence between Tianma and Visionox reflects the reality of "some rejoice while others grieve" among China's panel firms in niche fields.

Beyond Tianma and Visionox, China's panel industry also has a cohort of other firms — IRICO (dual core businesses of panels + glass substrates, with net profit plunging in 2025 due to the cycle and an equity transfer), IVO (Longteng Optoelectronics), HKC (unlisted, but steadily ranking among the world's top three in TV panel shipments), and others. Each of these firms has its own positioning and circumstances — some cultivate a particular niche, some run both upstream and downstream, some lead in a specific category. Together with BOE and TCL CSOT, they form the complete corporate echelon of China's panel industry. China's panel industry has not only the two leading champions BOE and TCL CSOT but also a cohort of distinctive firms such as Tianma, Visionox, IRICO, and HKC — this complete corporate echelon is the industrial foundation of China's global panel dominance.

The divergence among these firms also reveals a deeper problem in China's panel industry — the divergence in profit quality. BOE and TCL CSOT (especially TCL CSOT, with net profit surging in 2025) are fairly profitable, Tianma turned from loss to profit, but Visionox is mired in losses and IRICO's net profit plunged. This divergence in profit quality reflects that, even after the comeback of "counter-cyclical investment and outlasting rivals to death," China's panel industry still faces the challenge of profit quality — profitability varies greatly across firms and tracks, and many firms (especially in OLED) are still loss-making or barely profitable. China's global panel dominance is a "dominance in share," but "broad improvement in profitability" remains a direction it needs to work toward. The profit divergence among firms is a hurdle China's panel industry must still cross to move from "reaching the top in share" to "healthy profitability."

The divergence between Tianma (first in the world in automotive display, turning from loss to profit) and Visionox (focused on OLED, mired in losses) reveals the reality of China's panel industry with "different tracks, different fates" — high-value niche tracks such as automotive display are fairly profitable, while tracks like OLED — heavy investment, high end dominated by Samsung — may be mired in losses. These firms (plus IRICO, HKC, and others), together with BOE and TCL CSOT, form the complete corporate echelon of China's panels. But their profit divergence also reveals the deeper problem of China's panel industry: "reaching the top in share, profitability yet to improve." China's global panel dominance is a dominance in share, but broad, healthy profitability still requires effort. And on the direction these firms are jointly chasing, the most crucial and most arduous is OLED — from once lagging Korea by 90% to overtaking Korea in smartphone volume share. This OLED hard fight is the theme of the next chapter.

12. The OLED Hard Fight: From Lagging by 90% to Overtaking in Smartphones

China's panels already dominate globally in LCD, but in the higher-end OLED, they are still catching up. This OLED hard fight is the "second half" of China's panel comeback — from once lagging Korea by 90% to smartphone OLED volume share overtaking Korea for the first time. To understand China's catch-up, the OLED hard fight is the most crucial chapter.

Consider first why OLED matters. OLED (organic light-emitting diode) is a more advanced display technology than LCD — it is self-emissive, thinner, flexibly bendable, with better color and contrast, and is the mainstream direction for high-end smartphones, foldable phones, and future displays. After China overtook in LCD, the high end and value of global display are shifting toward OLED — high-end smartphones (especially Apple and Samsung flagships) all use OLED, and the value and profit of OLED are far higher than LCD's. So OLED is the main battlefield of the "second half" of China's panel comeback — if LCD is the "first half" China has already won, then OLED is the "second half" that determines whether China's panels can move from "dominance in volume" to "dominance in value."

Consider next how hard the starting point of the OLED hard fight was. China's OLED starting point was an extremely lopsided lag. In the first quarter of 2020, Samsung's market share of OLED smartphone panels was about 90.2%, while Chinese firms combined were less than 10% — that is, OLED smartphone panels were almost monopolized by Samsung alone, and China was almost negligible. This starting point was even more lopsided than the LCD catch-up — during the LCD catch-up China at least had some foundation, whereas OLED started almost from zero, facing Samsung's 90% monopoly. The starting point of China's OLED hard fight was an arduous catch-up, starting almost from zero and facing a monopolist.

But China's OLED catch-up was astonishingly fast. From lagging by 90% in 2020, China's OLED closed in quickly: in small/mid-size AMOLED, Samsung's share fell from about 56% in 2022 to below 50% for the first time in 2023 (down to about 43%); BOE rose from about 12% in 2022 (surpassing LG for the first time to rank second) to about 15% in 2023. By 2025, China reached a milestone — China's smartphone OLED panel volume share surpassed Korea's for the first time (about 50.8% produced in China in 2025; in the first quarter of 2026, Chinese makers' AMOLED smartphone panel share reached 50.4%, surpassing Korea's 49.6% for the first time). From lagging by 90% in 2020 to smartphone OLED volume share overtaking Korea in 2025 to 2026 — China's OLED completed an astonishing catch-up in five or six years. The speed of China's OLED hard fight is yet another proof of the strength and determination of China's panel industry.

The success of China's OLED hard fight relied on several factors. First, sustained massive investment — BOE, TCL CSOT, Visionox, Tianma, and others invested in building OLED lines one after another (such as BOE's Chengdu B16 6-generation AMOLED line and the 63-billion-yuan Chengdu 8.6-generation OLED line), building OLED capacity through massive investment. Second, the vast domestic smartphone market — China is the world's largest smartphone market and manufacturer, and domestic brands such as Huawei, OPPO, vivo, and Xiaomi provide China's OLED panels with a vast application market and opportunities to iterate. Third, the opportunity of new form factors such as foldables — China leads in foldable OLED (detailed later), seizing the opportunity of this new form factor. Together, these factors propelled China's rapid OLED catch-up.

But China's OLED hard fight still has a key shortcoming — the high end and value are still dominated by Samsung. Although China's OLED overtook Korea in smartphone panel volume share, in value and the high end it still lags Samsung. In 2025, Samsung Display's OLED revenue share still ran as high as about 48% (with volume share about 38%) — after being caught in volume share by China, Samsung still maintained its lead in revenue (value) on the strength of high-end, high-value OLED (flagship phones, Apple's supply chain, LTPO, foldables, etc.). In other words, China's OLED overtook in "volume," but "value and the high end" are still dominated by Samsung. This gap of "overtaking in volume, lagging in value" is a key hurdle China's OLED hard fight must still cross — from "overtaking in volume" to "overtaking in value and the high end" is the "second half of the second half" of China's OLED hard fight.

The significance of the OLED hard fight lies in the fact that it determines whether China's panels can move from "dominance in volume" to "dominance in value." China's panels already dominate globally in LCD, but LCD is a relatively mature, lower-value technology; whereas OLED is a high-end, high-value technology and the main source of global display value. If China's OLED merely overtakes in volume while value and the high end are still dominated by Samsung, then China's panels are only a "dominance in volume"; only when China's OLED also overtakes Samsung in value and the high end can China's panels genuinely achieve "dominance in value" and move from "big" to "strong." The OLED hard fight, especially the hard fight over "value and the high end," is the most crucial battle for China's panels to move from "big" to "strong."

The OLED hard fight is the "second half" of China's panel comeback and the most crucial battle in moving from "dominance in volume" to "dominance in value." China's OLED went from lagging Korea by 90% in 2020 to smartphone OLED volume share overtaking Korea for the first time in 2025 to 2026 — completing an astonishing catch-up, relying on massive investment, the vast domestic smartphone market, and the opportunity of foldables. But China's OLED still has a key shortcoming — the high end and value are still dominated by Samsung (Samsung's OLED revenue share about 48%); China overtook in "volume," while "value and the high end" remain to be conquered. The OLED hard fight, especially the hard fight over "value and the high end," is the most crucial battle for China's panels to move from "big" to "strong." And the most concentrated, most emblematic battlefield of this "value and high end" hard fight is Apple's supply chain — whether China's panels can enter Apple's high-end OLED supply chain, and how much share they can win, is the touchstone for measuring the caliber of its high-end hard fight. That is the theme of the next chapter.

13. Apple's Supply Chain: In the Door, but Not Yet Secure at the High End

The most concentrated and symbolically significant battlefield in China's OLED push for "value and the high end" is Apple's supply chain. Whether China can enter Apple's high-end OLED supply chain—and how much share it can capture—is the touchstone for gauging the quality of China's high-end panel offensive. And China's panel makers' position in Apple's supply chain can be summed up in a single phrase: "In the door, but not yet secure at the high end."

First, consider why Apple's supply chain is the touchstone. Apple's iPhone is one of the most high-end and valuable smartphones in the world, and its requirements for OLED panels are extremely demanding (especially for high-end LTPO OLED). Entering Apple's OLED supply chain means a panel's technology, quality, and yield rate have reached the world's highest standard; and how much share a panel maker captures within Apple's supply chain directly reflects its strength in high-end OLED. So Apple's supply chain is the best touchstone for measuring the quality of China's high-end OLED offensive—only by entering Apple's supply chain and capturing meaningful share can a maker be said to have truly established itself at the high end of OLED.

Now consider China's progress in Apple's supply chain—"in the door." BOE has already entered Apple's OLED supply chain—in 2025 it received, for the first time, LTPO panel certification for the iPhone 17 Pro series, and it also became the main LTPS AMOLED supplier for Apple's budget iPhone 17e (launching in early 2026). Getting "in the door" is itself a remarkable achievement—it means BOE's OLED technology and quality have won the recognition of Apple, its most demanding customer, and BOE has become a member of Apple's OLED supply chain (previously Apple's OLED had been almost entirely monopolized by Samsung and LG). BOE's entry into Apple's supply chain is a landmark breakthrough in China's high-end OLED offensive—it has gotten "in the door."

But after getting "in the door," China's panel makers are "not yet secure at the high end" of Apple's supply chain. Although BOE entered Apple's supply chain, the share it captured is tiny and concentrated at the low end. Among the OLED panels for the iPhone 17 series, Samsung Display holds 64.5% and LG Display holds 34.1%, while BOE holds only 1.4%—the vast majority is still held by Samsung and LG, and BOE has only a marginal share. Moreover, BOE ran into yield-rate and process problems on the high-end iPhone 17 Pro, and in November 2025 Apple even shifted some of the iPhone 17 Pro's China-panel orders back to Samsung. Although BOE won the main supply for Apple's budget iPhone 17e, that is a low-end model. China's panel makers are, in Apple's supply chain, "in the door" (they have entered the supply chain) but "not yet secure at the high end" (tiny share, concentrated at the low end, with high-end orders diverted after yield problems).

"In the door, but not yet secure at the high end" precisely captures the current state of China's high-end OLED offensive. "In the door"—China's panel makers (BOE) have already entered Apple's OLED supply chain, and their technology and quality have won Apple's recognition; this is a remarkable breakthrough. "Not yet secure at the high end"—but China's panel makers' share in Apple's supply chain is still very small (only 1.4% on the iPhone 17), concentrated at the low end (winning the budget iPhone 17e), while at the high end (the iPhone 17 Pro's LTPO) they still ran into yield problems and had orders diverted. This "in the door but not yet secure at the high end" reality reflects the true progress of China's high-end OLED offensive—it has broken through the "in the door" barrier, but truly establishing itself at the high end (capturing the main share of high-end flagships) still has a long way to go.

At the core of "not yet secure at the high end" is the stability of yield rate and process. The biggest variable for China's panel makers in Apple's high-end supply chain is the yield rate and process stability of mass production. High-end LTPO OLED has an extremely high technical threshold and extremely stringent requirements for yield rate and process stability. The yield-rate and process problems BOE ran into on the high-end iPhone 17 Pro—and even having orders diverted by Apple—show precisely that it has not yet fully met Apple's stringent requirements for mass-production yield rate and process stability on high-end OLED. To establish itself in Apple's high-end supply chain, China's panel makers must clear the hurdle of yield rate and process stability—raising the mass-production yield rate and stability of high-end LTPO OLED to the level Apple demands. Yield rate and process stability are the key to China's panel makers "securing" their position in the high-end OLED offensive.

The "in the door but not yet secure at the high end" of Apple's supply chain also reveals a general pattern of China's high-end offensive—"getting in the door is easy, securing your position is hard." Entering the high-end supply chain (getting in the door) is relatively easy, but truly establishing yourself at the high end (capturing the main share, supplying stably) is far harder—it requires technology, yield rate, process, and stability all reaching the highest standard, and it requires long-term accumulation and refinement. China's panel makers' position in Apple's supply chain (in the door but not yet secure at the high end) is a microcosm of the "getting in the door is easy, securing your position is hard" nature of China's high-end offensive. It reminds us that China's high-end OLED offensive has already broken through "getting in the door," but "securing its position" still requires long-term refinement in yield rate, process, and stability. Going from "in the door" to "secure" is the key stretch that China's high-end offensive still has to cross.

Apple's supply chain is the most concentrated and symbolically significant touchstone of China's high-end OLED offensive. China's panel makers (BOE) have already gotten "in the door"—entering Apple's OLED supply chain and winning the main supply for the budget iPhone 17e; this is a remarkable breakthrough. But they are "not yet secure at the high end"—only 1.4% share on Apple's high-end iPhone 17, concentrated at the low end, with high-end LTPO orders diverted after yield problems. "In the door, but not yet secure at the high end" precisely captures the current state of China's high-end OLED offensive—it has broken through "getting in the door," but truly establishing itself at the high end (conquering yield rate and process stability, capturing the main share of high-end flagships) still has a long way to go. The offensive on Apple's supply chain is the most crucial battle in China's panel makers' shift from "dominance in volume" to "dominance in value." And in OLED, China also has a battlefield where it already leads—foldable screens. This new battlefield, where China leads, is the subject of the next chapter.

14. Foldable Screens: A New Battlefield Where China Leads

Within OLED—a domain where China is still catching up—there is one sub-battlefield where China is not merely not behind but actually leads the world: foldable screens (foldable OLED). Foldable screens are a sample of China's panel makers seizing the opportunity of a new form factor to achieve "overtaking on the bend." To understand China's OLED catch-up, foldable screens are an important—and the most exhilarating—battlefield.

First, consider why foldable screens are a new opportunity. The foldable smartphone is a new form factor for smartphones—it uses foldable flexible OLED to let a phone fold and unfold, combining portability with a large screen. Foldable screens are an important direction of smartphone innovation in recent years, and a new growth point for high-end phones. At the core of the foldable screen is the foldable flexible OLED panel—an entirely new domain with a very high technical threshold. In this entirely new domain, China's panel makers and Korea stand at relatively close starting lines—because the foldable screen is a new form factor, without the vast first-mover gap of traditional OLED. Foldable screens have offered China's panel makers an "overtaking on the bend" opportunity—on the track of a new form factor, to start close to, and even lead, Korea.

Now consider China's lead in foldable screens. China's panel makers have seized the foldable-screen opportunity and taken the lead. Global shipments of foldable OLED grew from about 1.3 million units in 2021 to over 10 million units in 2025 (a compound annual growth rate above 70%)—a fast-growing new market. And within this market, China's panel makers lead: BOE ranks first in the world in foldable OLED shipments (supplying Huawei, OPPO, vivo); TCL CSOT ranks second (shipping over 3 million units in 2025, supplying Motorola, Xiaomi, Honor); and Visionox also shipped over 3 million units in 2025, placing it alongside BOE and TCL CSOT in the top three. China's panel makers (BOE, TCL CSOT, Visionox) occupy the top three in foldable OLED and lead the world. Foldable screens are a battlefield where China's OLED leads the world—on the track of this new form factor, China has not merely caught up but taken the lead.

China's lead in foldable screens rests on several factors. First is the lead of China's foldable-phone brands—Chinese brands such as Huawei, OPPO, vivo, Xiaomi, and Honor are the leaders and mainstays of the world's foldable phones, and their foldable-phone demand provides a vast application market and iteration opportunities for China's foldable OLED panels. Second is China's panel makers' rapid moves to seize the opportunity—BOE, TCL CSOT, Visionox, and others rapidly laid out flexible OLED and foldable panels, seizing the opportunity of this new form factor. Third is China's accumulation in flexible OLED—China's sustained investment in flexible OLED (the foundation of the foldable screen) laid the groundwork for foldable panels. "Leadership from Chinese brands + rapid deployment by panel makers + accumulation in flexible OLED" is the key to China's lead in foldable screens.

The significance of leading in foldable screens lies in its proof of China's panel makers' "overtaking on the bend" capability on new form factors and new tracks. In traditional OLED (especially Apple's high-end supply chain), China is still catching up to Samsung; but on the new form factor and new track of foldable screens, China—leveraging the lead of domestic brands and the rapid deployment of panel makers—has taken the lead. This shows that when facing an entirely new track without a vast first-mover gap, China's panel makers have strong "overtaking on the bend" capability—they can seize the opportunity of new form factors and new technologies to start close to, and even lead, their rivals. The lead in foldable screens is proof of China's panel makers' "overtaking on the bend" capability—it shows China's panel makers that, on a new track, they need not merely catch up but can lead.

But the lead in foldable screens should also be viewed objectively. First, foldable screens are still a relatively niche market (over 10 million units in 2025, still very small compared with the billions of units in smartphone shipments)—the lead, though valuable, is on a market that is not yet large. Second, the lead in foldable screens depends heavily on the leadership of domestic brands (Huawei and others)—if Samsung and others ramp up their foldable investment, or if Apple launches a foldable (using Samsung panels), China's lead in foldable screens could face challenges. Third, the core technologies of foldable screens (flexible OLED, hinges, cover glass, etc.) are still rapidly evolving, and maintaining the lead requires continuous technological innovation. The lead in foldable screens is a valuable achievement for China's panel makers, but it is still a lead on a market that is not large, dependent on domestic brands, and in need of continuous innovation—its sustainability remains to be seen.

Foldable screens are a battlefield within China's OLED catch-up where China leads the world, and proof of China's panel makers' "overtaking on the bend" capability. China's panel makers (BOE, TCL CSOT, Visionox) occupy the world's top three in foldable OLED and lead the world, on the strength of the leadership of domestic foldable brands (Huawei and others), the rapid deployment of panel makers, and the accumulation in flexible OLED. Leading in foldable screens proves that China's panel makers have strong "overtaking on the bend" capability on new form factors and new tracks. But the lead in foldable screens should also be viewed objectively—the market is not yet large, it depends on domestic brands, and it requires continuous innovation. Foldable screens are the most exhilarating chapter in China's panel makers' OLED catch-up—they show China's panel makers the possibility of leading on a new track. And beyond OLED, China's panel makers have not stopped innovating in LCD either—they have used Mini-LED backlight technology to launch a "picture-quality counterattack" against OLED. This technological counterattack in LCD is the subject of the next chapter.

15. Mini-LED: LCD's Picture-Quality Counterattack

Even today, with OLED closing in step by step, China's panel makers have not abandoned LCD—on the contrary, they have used one technology to give LCD new life and launch a "picture-quality counterattack" against OLED. That technology is Mini-LED backlight. To understand China's panel makers' technology roadmap, Mini-LED is an important—and often underestimated—battlefield; it is China's panel makers' technological upgrade layered atop their LCD dominance.

First, consider what Mini-LED is. Traditional LCD relies on a backlight source (LED) to illuminate the liquid-crystal panel for display—but traditional LCD has relatively few backlight zones, making it hard to control light and dark precisely; in contrast and black performance it falls short of self-emissive OLED. Mini-LED backlight uses a large number of tiny LEDs (Mini-LEDs) as the backlight source, achieving many more, and finer, backlight zones (local dimming)—this greatly improves LCD's contrast, brightness, and black performance, bringing its picture quality close to, and in some respects surpassing, OLED (especially in brightness and lifespan). Mini-LED backlight is a "picture-quality upgrade" for LCD—it uses a finer backlight to let LCD counterattack OLED on picture quality.

Now consider China's dominance in Mini-LED. China dominates the world in Mini-LED backlight TVs—China's panel makers and TV makers are the main drivers of Mini-LED backlight TVs. BOE's MLED (Mini-LED) business had revenue of 9.32 billion yuan in 2025 (up 9.8%); Chinese TV brands such as TCL and Hisense are also global leaders in Mini-LED TVs. China leads the world across the Mini-LED backlight supply chain (Mini-LED chips, backlight modules, panels, TVs). Mini-LED is a technological-upgrade battlefield for China's panel makers (and TV makers) layered atop LCD—China not only dominates traditional LCD but also leads the world in Mini-LED, the high-end upgrade of LCD.

The significance of Mini-LED lies in letting LCD gain new life under pressure from OLED and hold the high end. Against the backdrop of OLED closing in step by step and seizing the high end, Mini-LED gives LCD a weapon to counter OLED—it uses a finer backlight to bring LCD's picture quality close to, and even surpass in brightness and lifespan, OLED, while preserving LCD's advantages of lower cost and superiority in large sizes. This lets LCD still compete with OLED and hold its share in fields such as high-end TVs. For China's panel makers, Mini-LED is especially important—because China dominates the world in LCD, and Mini-LED gives China's dominant LCD new life and holds the high end, avoiding wholesale replacement by OLED. Mini-LED is an important weapon for China's panel makers to hold their LCD dominance and counter the pressure from OLED.

Mini-LED also embodies China's panel makers' strategy of "continuously upgrading in areas of advantage." China already dominates the world in LCD, and Mini-LED is a continuous upgrade within this area of advantage—it is not abandoning LCD to chase OLED, but rather, on the foundation of LCD, using Mini-LED backlight to upgrade picture quality and hold the high end. This strategy of "continuously upgrading in areas of advantage" is a wise choice for China's panel makers—on one hand holding LCD dominance (upgrading with Mini-LED), and on the other hand catching up on OLED (the OLED offensive)—walking on two legs. Mini-LED is the key to "holding LCD" within China's panel makers' dual-track strategy of "holding LCD, catching up on OLED."

Beyond Mini-LED, China's panel makers are also laying out the more frontier Micro-LED. Micro-LED is a further step beyond Mini-LED—it uses even tinier LEDs directly as display pixels (rather than merely as a backlight); it is a self-emissive, high-brightness, long-lifespan next-generation display technology, seen as a future technology that could potentially disrupt OLED. China is also actively deploying in Micro-LED (detailed later). From Mini-LED to Micro-LED, China's panel makers are continuously deploying along this technology roadmap of LED display—not only competing in LCD and OLED but also positioning themselves on the Mini/Micro-LED roadmap that could potentially disrupt the future. Mini-LED is the first step in China's panel makers' LED-display deployment, and Micro-LED is its next step.

But Mini-LED also faces challenges. First is cost—Mini-LED backlight requires a large number of tiny LEDs, so cost is relatively high; it is mainly used in high-end TVs and IT products, and popularizing it into the mid-to-low end still requires cost reductions. Second is competition with OLED—although Mini-LED improves LCD's picture quality, OLED still has advantages in being thin, flexible, and foldable, and the competition between Mini-LED and OLED will continue for a long time. Third is the evolution toward Micro-LED—Mini-LED is a transitional technology that may in the future be replaced by Micro-LED, and whether Mini-LED's lead can carry over to Micro-LED depends on China's deployment in Micro-LED. Mini-LED is an important weapon for China's panel makers to hold LCD and counter OLED, but it also faces challenges of cost, competition, and evolution.

Mini-LED is China's panel makers' technological upgrade layered atop their LCD dominance, and LCD's "picture-quality counterattack" against OLED. China dominates the world in Mini-LED backlight TVs, using a finer backlight to give LCD new life and hold the high end, countering the pressure from OLED. Mini-LED embodies China's panel makers' dual-track strategy of "holding LCD, catching up on OLED," and is also the first step in China's LED-display deployment (from Mini-LED to Micro-LED). But it also faces challenges of cost, competition with OLED, and evolution toward Micro-LED. Mini-LED is an important—and often underestimated—battlefield in China's panel makers' technology roadmap. And following this LED-display path further forward, there are more frontier next-generation display technologies—Micro-LED, printed OLED, and silicon-based OLED. These future-facing technologies are the subject of the next chapter.

16. Next-Generation Display: Micro-LED, Printed OLED, and Silicon-Based OLED

The competition in display technology never rests. Beyond LCD and OLED, there is a set of future-facing next-generation display technologies—Micro-LED, printed OLED, silicon-based OLED (Micro-OLED), and others. These technologies represent the future of the display industry, and are also the key battlefield determining whether China's panel makers can move from "catching up" to "leading." To understand the future of China's panel makers, next-generation display technology is indispensable.

First, consider Micro-LED—seen as the "ultimate display technology." Micro-LED uses micron-scale tiny LEDs directly as display pixels, achieving self-emission, ultra-high brightness, ultra-long lifespan, and ultra-high contrast; it is seen as the "ultimate display technology" that could potentially disrupt OLED. But the industrialization of Micro-LED faces one enormous difficulty—mass transfer (precisely transferring and bonding a massive number of tiny LEDs onto a substrate). This mass-transfer difficulty is the main obstacle to why Micro-LED has long struggled to reach large-scale mass production. At present, Micro-LED is still at an early stage (the global market was about 1.7 billion US dollars in 2025); Apple once developed a Micro-LED watch but shelved it for a time, and Samsung, along with Chinese makers, are all deploying in it. China is actively deploying in Micro-LED—China's Micro-LED growth rate is the fastest in the world (a CAGR of about 81% from 2024 to 2030), and as of September 2025 there were 26 global Micro-LED investment/construction projects, with total investment of about 88 billion yuan, with China taking position through its manufacturing clusters and policy. Micro-LED is a battlefield where China's panel makers position themselves for the next-generation "ultimate display."

Now consider printed OLED—a route that could potentially lower OLED costs. Traditional OLED manufacturing uses an evaporation process (evaporating organic materials onto a substrate), which has low efficiency, low material-utilization rate, and high cost, and the evaporation machine is monopolized by Japan's Canon Tokki (detailed later). Printed OLED, in contrast, manufactures OLED by inkjet printing—"printing" organic materials onto a substrate like a print job, with higher efficiency, higher material-utilization rate, and lower cost, and it is especially suited to large-size OLED. China's TCL CSOT and others have deployments in printed OLED (TCL CSOT acquired Japan's JOLED printed-OLED technology). Printed OLED is a route that could potentially lower OLED costs and bypass the evaporation-machine monopoly—if China can break through in printed OLED, it could achieve a dual breakthrough in cost and self-sufficiency on large-size OLED. Printed OLED is China's panel makers' exploration of "switching lanes" in OLED manufacturing.

Now consider silicon-based OLED (Micro-OLED)—the core display for AR/VR. Silicon-based OLED (Micro-OLED) is a micro-display OLED manufactured on a silicon wafer, characterized by ultra-high pixel density and small size; it is the core display technology for AR/VR (augmented reality/virtual reality) headsets. As AR/VR (especially Apple's Vision Pro and the like) develops, silicon-based OLED has become an emerging, high-value display track. China also has deployments in silicon-based OLED (such as BOE). Silicon-based OLED is a battlefield where China's panel makers position themselves in the emerging AR/VR display track—as AR/VR develops, the value and importance of silicon-based OLED will rise.

These next-generation display technologies (Micro-LED, printed OLED, silicon-based OLED) are the key to whether China's panel makers can move from "catching up" to "leading." In LCD, China already dominates; in OLED, China is still catching up (especially at the high end). But in next-generation display technology, China and its rivals stand at relatively close starting lines—these technologies are all still early, without a vast first-mover gap. If China can break through first and take the lead in these next-generation technologies, then China's panel makers can move from "catching up" (catching up to Samsung in OLED) to "leading" (leading in next-generation technology). Next-generation display technology is the key battlefield for China's panel makers to achieve the qualitative leap "from catching up to leading"—it will determine whether China's panel makers can go from follower to leader in the future display competition.

But deploying in next-generation display technology also faces challenges. First are the technical difficulties—Micro-LED's mass transfer, printed OLED's yield rate and lifespan, and silicon-based OLED's technical threshold are all difficulties requiring long-term conquest. Second is the time to industrialization—most of these technologies are still early, and large-scale industrialization still needs time (Micro-LED may not arrive until around 2030), with heavy investment and slow returns. Third is competition with rivals—Samsung, Apple, and Taiwan (which has deployments in Micro-LED), among others, are also deploying in next-generation display technology, and it will not be easy for China to lead. Deploying in next-generation display technology is a campaign requiring long-term investment, technological conquest, and facing fierce competition—for China's panel makers to lead in these technologies, there is still a long way to go.

Next-generation display technology—Micro-LED (the ultimate display, with mass transfer as the difficulty), printed OLED (lowering cost, bypassing the evaporation-machine monopoly), and silicon-based OLED (the AR/VR core)—is the key battlefield determining whether China's panel makers can move from "catching up" to "leading." In these technologies, still at an early stage and without a vast first-mover gap, China and its rivals start close together; if China can break through first and take the lead, it can move from "catching up" (catching up to Samsung in OLED) to "leading" (leading in next-generation technology). China is actively deploying in these technologies (fastest Micro-LED growth in the world, printed OLED, silicon-based OLED), but it also faces challenges of technical difficulties, time to industrialization, and fierce competition. Next-generation display technology is the most crucial battlefield of China's panel makers' future. At this point, we have seen the full picture of China's panel makers' "comeback" (LCD dominance, OLED catch-up, next-generation deployment). But the other side of China's panel makers being "big but not strong"—the constraints of upstream high-end materials and equipment—has not yet been unfolded. This "last fortress" is the subject of the next several chapters. First is the hardest block of all—the glass substrate.

17. Big but Not Strong, Part One: The Corning Wall of Glass Substrates

Although China's panel makers dominate the world in finished sets and capacity, the other side of their being "big but not strong" is hidden in the upstream high-end materials and equipment. And the hardest, most typical block among these is the glass substrate—the "foundation" of the panel. It is monopolized by a single company, America's Corning, at over 70%, with a domestic-content rate below 15%; it is the most stinging portrait of China's panel makers being able to "make screens, but not make the materials that make good screens."

First, consider how high this wall is. The glass substrate is the carrier and "foundation" of the display panel—all display functions are built upon the glass substrate. It requires extremely high flatness, extremely good thermal stability, and extremely low impurities; it is a material with an extremely high technical threshold. And the world's glass-substrate market is monopolized at about 80% by three giants—America's Corning, Japan's AGC, and Japan's NEG (Nippon Electric Glass)—among which America's Corning, on the strength of its core "overflow fusion" process, dominates the high end with a market share of over 50% (some say over 70%), and holds a near-absolute monopoly especially on the high-generation Gen 10.5 lines. And China's glass-substrate domestic-content rate is still below 15%. This is the "Corning Wall" of glass substrates—China's panel makers dominate the world, but the "foundation" of their panels still comes mainly from America's Corning.

Why are glass substrates so difficult? Because they are a dual barrier of materials science and precision manufacturing. Glass substrates require extremely high flatness (nanometer-scale), extremely good thermal stability (not deforming under the high-temperature processes of panel manufacturing), extremely low impurities, and uniformity at large sizes (high-generation glass substrates are enormous)—these requirements demand extremely high levels in both the glass formula (materials) and the manufacturing process (such as the overflow fusion method). Corning's overflow fusion method is a core process it has accumulated over decades, capable of producing high-quality, large-size glass substrates. And for China to break through on glass substrates, it must reach Corning's level in both the glass formula and the manufacturing process—this is a dual barrier of materials science and precision manufacturing, extremely hard to conquer. The difficulty of the glass substrate lies in its being a "foundation"-grade high-end material with a dual barrier of materials and process.

So how is China's domestic substitution of glass substrates progressing? There are breakthroughs, but high generations remain a weak spot. Irico Group (Caihong)—is the only listed company in China that simultaneously mass-produces Gen 8.5 and Gen 10.5 overflow-method alkali-free glass substrates at scale; it possesses proprietary glass formulas and core overflow-method equipment, once won a US Section 337 patent lawsuit, and has a yield rate stable above 90%. Tunghsu Optoelectronic—the earliest to deploy in China, covering all generations from Gen 2 to Gen 8.5, mastering both the overflow method and the float method. Kaisheng Technology (under CNBM, with central-SOE background)—the domestic leader in UTG ultra-thin flexible glass (used in foldable screens). These companies have achieved breakthroughs in the domestic substitution of glass substrates (especially Irico in high-generation overflow methods), but on the whole, the domestic production of high-generation (Gen 8.5/10.5) glass substrates is still in a catch-up phase, and overseas makers (Corning) still hold the dominance of the high generations. Glass substrates are one of the hardest links in China's panel makers' domestic substitution, and one where progress has been relatively slow.

The "Corning Wall" of glass substrates reveals the most profound side of China's panel makers being "big but not strong." China's panel makers dominate the world (able to make screens), but the most basic material of panels—the glass substrate—still depends mainly on America's Corning (the "foundation" of screen-making is controlled by others). This contrast is the most stinging embodiment of "big but not strong" in the panel industry—China can make most of the world's panels, yet cannot make good glass substrates, the "foundation" of these panels, and still has to depend on America's Corning. The constraint on glass substrates is a profound Achilles' heel behind China's panel makers' global dominance—it means China's panel makers' "global dominance" is not yet fully self-sufficient dominance, and the most basic material is still held in others' hands. Glass substrates are the hardest weak spot in China's panel makers being "big but not strong."

The "Corning Wall" of glass substrates also carries a strategic hazard—once supply is cut off, the impact is enormous. The glass substrate is an indispensable basic material in panel manufacturing; once supply is interrupted (such as Corning cutting off supply due to geopolitical conflict), China's panel manufacturing would suffer a severe shock. Although Corning and others still supply normally at present, against the backdrop of intensifying US-China rivalry, this link of glass substrates—so highly dependent on America's Corning—is a potential strategic hazard: if the US were to use glass substrates as a "chokepoint" tool, China's panel makers would face the risk of being choked. The strategic hazard of glass substrates is the reason China's panel makers must stay vigilant and must accelerate domestic substitution—only by achieving self-sufficiency in glass substrates can China's panel makers escape this potential strategic hazard.

Glass substrates are the hardest and most typical weak spot in China's panel makers being "big but not strong." They are monopolized by a single company, America's Corning, at over 70% (the three giants hold about 80%), with a domestic-content rate below 15%, and especially at the high generation (Gen 10.5) they are held under Corning's near-absolute monopoly. Glass substrates are a dual barrier of materials science and precision manufacturing, extremely hard to conquer. China has breakthroughs in domestic substitution (Irico's high-generation overflow method, Kaisheng's flexible glass), but high generations remain a weak spot. The "Corning Wall" of glass substrates reveals the most profound side of China's panel makers being "big but not strong"—able to make screens, yet unable to make well the "foundation" of screen-making, with the strategic hazard of an enormous impact should supply be cut off. Conquering glass substrates is a wall that China's panel makers must climb over to go from "big" to "strong." And beyond glass substrates, China's panel makers being "big but not strong" has another profound weak spot—the core light-emitting materials of OLED. This is the subject of the next chapter.

18. Big but Not Strong, Part Two: The UDC Predicament of OLED Light-Emitting Materials

The second profound weak spot in China's panel makers being "big but not strong" is the core light-emitting materials of OLED. Just as China strives to catch up in OLED, it discovers that OLED's most core light-emitting materials are still monopolized by America's UDC, Germany's Merck, Japan's Idemitsu, and others, with China's domestic-content rate for core light-emitting-layer materials below 5%. This "UDC predicament" is a profound Achilles' heel behind China's OLED catch-up.

First, consider this predicament. At the core of OLED are organic light-emitting materials—it is precisely the light emission of these materials that constitutes the OLED display. And OLED's light-emitting materials, especially the core light-emitting-layer materials (the emitter hosts and dopant materials for red, green, and blue), have an extremely high technical threshold and an extremely deep patent barrier, and are monopolized by America's UDC (Universal Display), Germany's Merck, Japan's Idemitsu Kosan, Hodogaya, Korea's LG Chem, Samsung SDI, and others. Among them, America's UDC holds the core patents for phosphorescent OLED (PHOLED) and has long been the necessary licensing gateway for red and green phosphorescent materials—any maker wanting to use phosphorescent OLED materials cannot bypass UDC's patent licensing. And China's domestic-content rate for core light-emitting-layer materials is below 5%. This is the "UDC predicament" of OLED light-emitting materials—China strives to catch up in OLED, but OLED's most core light-emitting materials are still monopolized by UDC and others.

The domestic production of OLED light-emitting materials presents an "olive-shaped" stratification. Intermediates and front-end materials—already domestically produced and exported in bulk. China's Valiant (Wanrun, whose customers are led by Merck), Puyang Huicheng, Ruilian Xincai, Aglaia, and others can already produce OLED intermediates and front-end materials and export them in bulk. In other words, at the "front end" of the OLED-materials chain (intermediates and front-end materials), China has already achieved domestic production. Terminal (finished) light-emitting materials—an extremely low domestic-content rate. But at the most core terminal (finished) light-emitting materials, especially the core light-emitting-layer materials, the domestic-content rate is below 5%—at present only a few domestic companies such as Aglaia's Olayer (Aolaide) and Light Optoelectronics (Laite) possess mass-production capability for terminal materials. This "olive-shaped" stratification—"both ends outside, the middle inside" (domestic lead in intermediates and the front end, constraint at the core light-emitting layer)—is the true picture of the domestic production of OLED light-emitting materials.

Why is the predicament of OLED light-emitting materials so hard to break through? Because it is a dual barrier of "materials + patents." On one hand, the technical threshold of OLED's core light-emitting materials is extremely high—the molecular design, synthesis, and purification of light-emitting materials require extremely deep materials-science accumulation to produce high-efficiency, long-lifespan, high-purity light-emitting materials. On the other hand, the patent barrier of OLED's core light-emitting materials is extremely deep—UDC and others hold the core patents for phosphorescent OLED and the like, and even if Chinese companies produce the materials, they may not be able to bypass these patents. The dual barrier of "materials + patents" is the fundamental reason the core light-emitting materials of OLED are hard to break through—it requires not only conquering the materials technology but also bypassing or breaking through the patent barrier.

But the predicament of OLED light-emitting materials also has a window and progress for breakthrough. The window for breakthrough—some of UDC's and Kyulux's early core patents expired one after another between 2017 and 2020, which offers Chinese materials makers a "late-mover" window—after the patents expire, Chinese companies can develop the related materials more freely. The progress of breakthrough—Light Optoelectronics (Laite), as a domestic OLED light-emitting functional-materials supplier to BOE, has kept up stable supply of its mass-produced Red Prime material and Green Host material; Olayer (Aolaide) also has mass-production capability in terminal materials. In addition, in FMM (fine metal mask, a key component of OLED manufacturing), there are also reports of domestic-production breakthroughs. The predicament of OLED light-emitting materials, though profound, is gradually being opened up as the window of patent expiry and the breakthroughs of domestic companies arrive. The progress of Light Optoelectronics and others is the hope for China's OLED light-emitting materials to move from "constrained" to "breakthrough."

The "UDC predicament" of OLED light-emitting materials reveals yet another profound dimension of China's panel makers being "big but not strong"—even in OLED, where China strives to catch up, the most core materials are still controlled by others. China's OLED has overtaken Korea in unit-share terms, but OLED's most core light-emitting materials have a domestic-content rate below 5% and are still monopolized by UDC and others. This means China's OLED "comeback" is a "comeback in manufacturing and capacity," but "self-sufficiency in core materials" has not yet been achieved. This, like glass substrates, reveals the predicament of China's panel makers being able to "make screens, but not make well the core materials that make screens." The constraint on OLED light-emitting materials is a profound Achilles' heel behind China's OLED catch-up—it reminds us that China's OLED catch-up, even having overtaken in volume, still requires an offensive on core materials.

OLED light-emitting materials are the second profound weak spot in China's panel makers being "big but not strong." OLED's most core light-emitting-layer materials are monopolized by America's UDC, Germany's Merck, Japan's Idemitsu, and others (UDC holds the core phosphorescent patents), with China's domestic-content rate for core light-emitting-layer materials below 5%. The domestic production of OLED materials presents an "olive-shaped" stratification—domestic lead in intermediates and the front end, constraint at the core light-emitting layer. It is a dual barrier of "materials + patents." But as the window of patent expiry and the breakthroughs of domestic companies (Light Optoelectronics, Olayer) arrive, the predicament is gradually being opened up. The "UDC predicament" of OLED light-emitting materials reveals the predicament of China's OLED being "a comeback in manufacturing, yet still constrained in core materials." Beyond glass substrates and OLED light-emitting materials, China's panel makers' upstream has some links where domestic substitution has progressed relatively faster—driver ICs and polarizers. These "faster-progressing" links are the subject of the next chapter.

19. Big but Not Strong, Part 3: The Domestic Breakout in Driver ICs and Polarizers

China's "big but not strong" position in the panel upstream is not entirely made up of "hard bones" like glass substrates and OLED light-emitting materials—there are also some segments where domestic substitution has progressed relatively quickly and is moving from "constrained" to "breakout." The representatives here are driver ICs (DDICs) and polarizers. These two "domestic breakout" segments reveal the other side of domestic substitution in China's panel upstream—not every shortcoming is hard to overcome; some segments are being broken through rapidly.

First, consider driver ICs (DDICs)—a segment where domestic substitution has been relatively fast. The driver IC (display driver chip) is the chip that controls what a panel displays, a key component of the panel. Historically, DDIC design was dominated mainly by Taiwan's Novatek, Raydium, and FocalTech, along with Korea's Samsung. But China's DDIC localization is advancing rapidly—in 2025 China's display driver chip market was worth about 46.3 billion yuan, and the domestic-content rate rose from under 10% in 2019 to about 30%, with 2025 seen as the pivotal year for a localization breakthrough. Domestic DDIC companies are making swift progress: Chipone holds an 18.8% global share in smartphone LCD driver chips (No. 1 worldwide); Viewtrix (Yunyinggu) holds 40.7% globally in Micro-OLED backplane drivers and over 80% of the AMOLED driver chip market for mainland Chinese phone brands; Will Semiconductor (OmniVision), GalaxyCore, and others have also reached volume shipment of OLED DDICs. The driver IC is a segment of China's panel upstream where domestic substitution has been relatively fast and progress relatively good—it is moving from "constrained" to "breakout."

Next, consider polarizers—where domestic players now lead in core production capacity. The polarizer is a key material of the LCD panel (it controls the polarization of light). Historically, polarizers were dominated by Japan's Sumitomo Chemical and Nitto Denko and Korea's LG Chem. But China's polarizer localization has also achieved a major breakthrough—especially through Shanshan's acquisition. In 2021 Shanshan acquired LG Chem's LCD polarizer business for about 1.1 billion USD (establishing Shanjin Optoelectronics), raising China's polarizer self-sufficiency rate from under 10% to over 45%; in 2025 Shanshan further acquired the OLED polarizer business. As of 2023, Shanjin Optoelectronics ranked No. 1 worldwide with annual capacity of 220 million square meters, and its capacity is set to exceed 300 million square meters in 2026. By 2024, China's (including Taiwan) polarizer capacity had exceeded 70% of the global total, and is expected to approach 90% once consolidation is complete in 2027. The polarizer is yet another segment where China's panel upstream domestic substitution has succeeded—domestic players now lead in core production capacity.

But the domestic breakout in polarizers also reveals a deeper problem—the "chokepoint moving upstream." Although domestic players now dominate polarizer core capacity, the upstream raw materials of the polarizer—the "five films and one adhesive" (TAC film, PVA film, protective film, release film, brightness-enhancement film, plus pressure-sensitive adhesive, etc.)—each have a domestic-content rate below 10%, some even below 1%, and remain dominated by Japanese makers. In other words, the localization of the polarizer body has pushed the "chokepoint" upstream to the polarizer's upstream film materials—China can make polarizers, but the core films needed to make them (TAC film, PVA film, etc.) are still controlled by Japan. This "chokepoint moving upstream" is a common pattern in China's panel upstream domestic substitution—after conquering one segment, one often finds the "chokepoint" has moved further upstream. The domestic breakout in polarizers reveals the deeper challenge of the "chokepoint moving upstream."

The "domestic breakout" in driver ICs and polarizers reveals the other side of China's panel upstream domestic substitution—hopeful, with real progress. Compared with "hard bones" like glass substrates (domestic content <15%) and OLED light-emitting materials (<5%), domestic substitution has progressed faster and better for driver ICs (domestic-content rate about 30% and rising fast) and polarizers (core capacity over 70%). This shows that domestic substitution in China's panel upstream is not monolithic—some segments (glass substrates, OLED materials, equipment) are very hard, while others (driver ICs, polarizer body) are relatively fast. Progress in China's panel upstream domestic substitution is segment-by-segment and layer-by-layer—it has already broken through in some segments (driver ICs, polarizer body), is still fighting hard in others (glass substrates, OLED materials, equipment), and faces the new challenge of the "chokepoint moving upstream" (polarizer films).

The domestic breakout in driver ICs and polarizers also reveals the successful paths of China's panel upstream domestic substitution. Driver ICs—rely on technological breakthroughs and volume production by domestic firms (Chipone, Viewtrix, Will, etc.), plus the support of domestic foundries (SMIC, Nexchip), to rapidly raise the domestic-content rate. Polarizers—rely on acquisition (Shanshan buying LG Chem's polarizer business) plus self-built capacity to quickly achieve domestic dominance of core production. These two paths (technological breakthrough plus volume production; acquisition plus self-build) are two models for successful domestic substitution in China's panel upstream. Their success offers experience and confidence that other, harder segments (glass substrates, OLED materials, equipment) can also achieve domestic substitution. The success of the domestic breakout is where the hope lies for China's panel upstream domestic substitution.

Driver ICs and polarizers are the representatives of the "domestic breakout" in China's panel upstream—the DDIC domestic-content rate rose from under 10% to about 30% (with Chipone No. 1 worldwide, among others), and domestic players now lead in polarizer core capacity (with Shanjin Optoelectronics No. 1 worldwide). They reveal the "hopeful, progressing" side of China's panel upstream domestic substitution (in contrast to the "hard bones" of glass substrates and OLED materials). But the polarizer breakout also reveals the new challenge of the "chokepoint moving upstream" (after the body is localized, the upstream films remain constrained). The domestic breakout in driver ICs and polarizers offers a successful path and confidence for China's panel upstream domestic substitution. But the hardest, lowest-localization piece of China's panel "big but not strong" has yet to be told—that is equipment, especially the OLED evaporation machine monopolized by Japan's Canon Tokki. This is the theme of the next chapter.

20. Big but Not Strong, Part 4: Canon Tokki's Evaporation-Machine Monopoly

The hardest, lowest-localization piece of China's panel "big but not strong" is equipment—especially the most core piece of equipment in OLED manufacturing: the evaporation machine. It is monopolized by Japan's Canon Tokki alone, and its high-end capacity has long been monopolized by Samsung. This "evaporation-machine bind" is the most extreme depiction of China's panel being able to "make screens but not the equipment that makes screens," and it is also the deepest equipment weakness behind China's OLED catch-up.

First, consider just how extreme this monopoly is. The OLED evaporation machine is the core piece of equipment in OLED manufacturing—it precisely deposits OLED organic light-emitting materials onto the substrate through evaporation. The precision requirements of this evaporation are extremely high (alignment-precision error must be kept within a few microns), making it the highest-barrier piece of equipment in OLED manufacturing technology. And the global high-end OLED evaporation machine is monopolized by Japan's Canon Tokki alone—a company of only about 350 employees, yet it builds what the industry regards as the best evaporation machines (alignment-precision error controllable within 5 microns). Canon Tokki's evaporation machines have extremely limited annual output (the industry commonly says single digits to a dozen or so units). This is the extreme monopoly of the OLED evaporation machine—a 350-person Japanese company monopolizes the world's most core piece of OLED manufacturing equipment.

Even more extreme—Canon Tokki's high-end capacity has long been monopolized by Samsung. Canon Tokki once signed an exclusive agreement with Samsung, so other makers could only buy the capacity Samsung "left behind"; as of 2018, 90% of Canon Tokki's annual capacity was locked up by Samsung. In other words, not just China but every other OLED maker in the world has to queue for Canon Tokki's evaporation machines—and only after Samsung has taken its pick. This "Canon Tokki monopoly plus Samsung lock-up" pattern is the most extreme barrier in OLED manufacturing equipment—it not only leaves China constrained by Canon Tokki, but also leaves China lagging behind Samsung in obtaining evaporation machines (Samsung first, China later). This equipment barrier is one of the deepest weaknesses in China's OLED catch-up—even with money and determination to build OLED lines, China remains constrained by Canon Tokki's evaporation-machine supply.

In China's domestic OLED manufacturing market, Canon Tokki plus Korea's Sunic System together account for over 95% share of evaporation machines. In other words, the evaporation machines used on China's OLED lines come almost entirely from Japan's Canon Tokki and Korea's Sunic System—the share of domestic evaporation machines is negligible. The evaporation machine is one of the lowest-localization segments in China's panel upstream—far below glass substrates (<15%) and OLED materials (<5%), it is almost entirely import-dependent. The extreme monopoly and extremely low localization of the evaporation machine are the most concentrated and most extreme embodiment of China's panel "big but not strong" on the equipment side.

How is domestic substitution of the evaporation machine progressing? Still very difficult, at an early stage. Some reports claim that domestic evaporation machines have reached a precision error of 1.5 microns (versus Canon Tokki)—but this refers to small/half-generation-line pilot machines rather than high-generation volume-production machines, and should be viewed with caution. OLEDER (Aglaia)'s silicon-based OLED evaporation machine has completed prototype development and is in the market-promotion stage—but it too is not a high-generation, large-area volume-production machine. Overall, domestic evaporation machines remain at an early stage (pilot machines, prototypes, small machines), still far from the level of high-generation volume-production machines. And China's newest high-generation OLED lines (such as BOE's Chengdu Gen-8.6 AMOLED line, entering volume production in June 2026) very likely still source their evaporation machines from Canon Tokki or Sunic System (not confirmed in this round). Domestic substitution of the evaporation machine is the hardest and slowest-progressing segment in the localization of China's panel equipment—it remains at an early stage, with a long road to a breakthrough.

The "Canon Tokki bind" of the evaporation machine reveals the deepest and most extreme predicament of China's panel "big but not strong" on the equipment side. China's panels dominate globally (able to make screens), yet the most core piece of equipment for making OLED—the evaporation machine—is almost entirely dependent on Japan's Canon Tokki and Korea's Sunic System (the core equipment for making screens is controlled by others). Moreover, the high-end capacity of the evaporation machine is monopolized by Samsung—China is not only constrained by Canon Tokki but also lags behind Samsung in obtaining evaporation machines. This extreme equipment monopoly is the deepest weakness in China's OLED catch-up—it means that even if China overtakes on manufacturing and volume, it remains constrained by others on the most core piece of manufacturing equipment. The evaporation machine is the hardest and most extreme shortcoming of China's panel "big but not strong."

The evaporation-machine predicament has also made China's panel industry see the necessity of "switching lanes"—to printed OLED. As discussed earlier, printed OLED manufactures OLED through inkjet printing, bypassing the evaporation process (and thus bypassing Canon Tokki's evaporation-machine monopoly). If China can achieve a breakthrough in printed OLED, it can "switch lanes" in OLED manufacturing, bypassing the evaporation-machine monopoly and achieving equipment self-reliance. Printed OLED is one "lane-switching" path for China's panel industry to respond to the evaporation-machine predicament—rather than painfully chasing Canon Tokki on evaporation machines, better to switch lanes and overtake on printed OLED, bypassing the monopoly. The evaporation-machine predicament is forcing China's panel industry to explore "lane-switching" paths such as printed OLED.

The evaporation machine is the hardest and most extreme shortcoming of China's panel "big but not strong." The most core evaporation machine in OLED manufacturing is monopolized by Japan's Canon Tokki alone (a 350-person company), with its high-end capacity long monopolized by Samsung (90% locked up by Samsung), and over 95% of OLED evaporation machines within China come from Canon Tokki and Korea's Sunic. The evaporation machine is the lowest-localization and slowest-progressing segment of China's panel equipment (still at the early stage of pilot machines and prototypes). It reveals the most extreme predicament of China's panel being able to "make screens but not the core equipment that makes screens." The evaporation-machine predicament is also forcing China to explore "lane-switching" paths such as printed OLED. Glass substrates, OLED light-emitting materials, evaporation machines—these "last fortresses" together form the other side of China's panel "big but not strong." And the "counter-cyclical model" that underpins China's panel comeback itself carries controversy. The controversy of this model is the theme of the next chapter.

21. Automotive Displays: The New Blue Ocean of the Smart Cockpit

Among the many battlefields of China's panel industry, there is a new blue ocean that is rising rapidly and is highly valuable—automotive displays. As cars become smart and cockpits go big-screen, automotive displays have become a high-growth, high-value track, and China's panel makers already lead the world on this track. To understand the growth and premiumization of China's panels, automotive displays are an important window.

First, consider why automotive displays are a new blue ocean. Cars are shifting from "mechanical products" to "smart terminals"—the smart cockpit has become the focus of automotive competition, and at the core of the smart cockpit are ever-larger, ever-more-numerous screens. Today's cars use displays for the instrument cluster, center console, front passenger seat, rear seats, and even HUDs (head-up displays), and the number and area of screens in a smart car keep increasing. Automotive displays have therefore become a new blue ocean growing rapidly with automotive intelligence—it is a new, high-value growth point as display panels expand from consumer electronics (phones, TVs, computers) to cars. And as the world's largest automotive market and new-energy-vehicle market (with new-energy vehicles in particular having more advanced smart cockpits), China provides a vast application market for automotive displays.

Next, consider China's lead in automotive displays. China's panels already lead the world in automotive displays—Tianma's automotive displays rank No. 1 globally (automotive and professional displays account for over 50% of revenue, automotive revenue grew about 18%, and its scale hit a record high); BOE's automotive displays also rank No. 1 globally (by a different metric). Chinese panel makers (Tianma, BOE, etc.) hold a globally leading position in automotive displays, thanks to China's vast automotive (especially new-energy-vehicle) market and Chinese panel makers' deployment in automotive display technology and capacity. Automotive displays are a sample of China's panels leading in a high-value niche track—they prove that China's panels not only dominate consumer displays but also lead the world in high-value niche tracks such as automotive.

Why is the value of automotive displays high? Because their technical requirements are high, certification cycles are long, and customer stickiness is strong. Automotive displays have far higher requirements for reliability, durability, and safety than consumer displays (cars are used for many years, run in all kinds of extreme environments, and bear on driving safety), giving them a high technical barrier; entering an automaker's supply chain requires a long certification cycle; and once in, customer stickiness is strong (automakers do not easily change suppliers). These traits make automotive displays a "high-value, high-barrier, high-stickiness" track—its gross margin and profitability are higher than those of fiercely competitive consumer displays. China's lead in automotive displays is therefore not only a lead in share but also an expansion into the "high-value, high-profit" track—an important direction for China's panels to expand from "dominance in volume" to "dominance in value."

Automotive displays are also evolving toward more premium and more diverse forms. As automotive intelligence deepens, automotive displays are evolving toward larger (integrated large screens, wrap-around screens), higher-definition (high resolution, high refresh rate), and more diverse (curved screens, foldable, transparent screens, Mini-LED backlight, OLED) forms. These premium, diverse automotive display forms carry higher value and higher technical barriers. And Chinese panel makers (Tianma, BOE, TCL CSOT, etc.) are deploying and leading in these premium automotive display forms. The premiumization of automotive displays gives China's panels a continuous growth space for expanding into the high end—it lets China's panels not only lead the present but also lead the future on the automotive track.

But automotive displays also face challenges. First, intensifying competition—as automotive displays become a high-value track, more and more panel makers (including Korea's Samsung and LG, as well as many Chinese makers) are increasing their automotive display deployment, and competition is intensifying. Second, the barrier of certification and binding—although customer stickiness is an advantage, entering a new automaker's supply chain has a long certification cycle and high barrier, and expanding new customers is not easy. Third, the influence of the automotive industry cycle—demand for automotive displays is affected by automotive (especially new-energy-vehicle) sales; if the automotive industry turns down, demand for automotive displays will also come under pressure. Automotive displays are a new blue ocean for China's panels, but they also face challenges of intensifying competition, certification barriers, and the industry cycle.

Automotive displays are a new blue ocean rising for China's panels amid the smart-cockpit wave, and an important direction for China's panels to expand into the "high-value, high-profit" track. China's panels (Tianma, BOE, etc.) already lead the world in automotive displays, thanks to the vast automotive market and their technology and capacity deployment. The "high-value, high-barrier, high-stickiness" traits of automotive displays make them an important direction for China's panels to expand from "dominance in volume" to "dominance in value"; and their evolution toward larger, higher-definition, and more diverse premium forms provides China's panels with continuous growth space. Although automotive displays also face challenges of competition, certification, and cycle, they are a high-value, promising new blue ocean for China's panels. And the strength of China's panels is even beginning to extend in an unexpected direction—from the glass substrates that make screens to the glass substrates used in advanced semiconductor packaging. This "from panels to semiconductors" extension is the theme of the next chapter.

22. From Panels to Semiconductors: The Extension into Glass-Substrate Packaging

The strength of China's panel industry is extending in an unexpected yet profoundly significant direction—from the glass substrates that make display screens to the glass substrates used in advanced semiconductor packaging. This "from panels to semiconductors" extension is a cutting-edge sample of China's panel-industry accumulation spilling over into the semiconductor field, and it may become a new opportunity for China in advanced semiconductor packaging. To understand the frontier and potential of China's panel industry, this extension is worth watching.

First, consider what glass-substrate packaging is. As chip process nodes approach physical limits, "advanced packaging" has become an important route to boosting chip performance—by using more advanced packaging technology to integrate multiple chips (such as CPU, GPU, HBM memory) together and improve overall performance. And in advanced packaging, the "substrate" is the key carrier—traditional advanced packaging uses organic substrates, but organic substrates have limitations at large sizes and high densities. The glass substrate (glass-substrate packaging) is regarded as an important direction for next-generation advanced packaging—glass substrates have high flatness, good thermal stability, and can be made in large sizes, making them especially suitable for the advanced packaging of large-size AI chips. 2026 has even been called the "first year of glass-substrate (packaging)"—glass-substrate packaging has become a cutting-edge hot spot in advanced semiconductor packaging.

Next, consider why China's panel industry can extend into glass-substrate packaging. The glass substrates used in glass-substrate packaging and those used in display panels have commonalities in materials and processes—both require the capability to process high-flatness, high-thermal-stability, large-size glass substrates. And China's panel industry (especially firms with accumulation in display glass substrates, such as BOE and glass-substrate makers) happens to have accumulation in glass-substrate processing. This gives China's panel industry the conditions to extend its accumulation in display glass substrates into the glass substrates used in advanced semiconductor packaging—from "glass substrates that make screens" to "glass substrates that package chips." BOE's glass-substrate packaging pilot line achieved fully automated end-to-end equipment integration in the first half of 2026 (designed capacity 1,000 pieces/month), targeting the advanced packaging of large-size AI chips. The extension of China's panel industry into glass-substrate packaging is a sample of its technological accumulation spilling over into semiconductors.

The significance of this extension lies in the new opportunity it offers China in advanced semiconductor packaging. Semiconductors are a hardest-hit "chokepoint" area for China (especially advanced process nodes). And advanced packaging is a route to boosting chip performance that is relatively less dependent on the most advanced process nodes—through advanced packaging, overall chip performance can be improved even when process nodes are constrained. And glass-substrate packaging is a cutting-edge direction of advanced packaging, and it shares commonalities with panel glass-substrate technology in which China has accumulation. This means the extension of China's panel industry into glass-substrate packaging may offer China a new opportunity to leverage its own strengths (panel glass-substrate accumulation) and achieve a breakthrough in advanced semiconductor packaging. The extension from panels to semiconductors is a cutting-edge sample of China's panel-industry accumulation spilling over into the semiconductor "chokepoint" area and possibly bringing a breakthrough.

But the extension into glass-substrate packaging is still at an early stage and faces many challenges. First, technical difficulties—the core technologies of glass-substrate packaging (such as TGV, through-glass vias) still face challenges in yield and in the warpage of large-size glass; BOE's glass-substrate packaging line is not yet in volume production (volume production expected in 2028). Second, the time to industrialization—glass-substrate packaging is still at the early "0-to-1" stage, and large-scale industrialization will take time. Third, competition—glass-substrate packaging is a cutting-edge hot spot in global advanced semiconductor packaging, with the US (Intel and others), Korea, and Taiwan all deploying, and it will not be easy for China to lead at this frontier. The extension into glass-substrate packaging is a promising frontier direction, but one still at an early stage and facing many challenges—its prospects are worth anticipating, but industrialization still has a long way to go.

The extension from panels to semiconductors also reveals the "spillover effect" of China's panel-industry accumulation. The technology and capabilities that China's panel industry has accumulated over decades (especially glass-substrate processing, precision manufacturing, large-size processes, etc.) serve not only displays but can also spill over into related fields (such as advanced semiconductor packaging). This "spillover of technological accumulation" is an embodiment of the deep value of China's panel industry—the capabilities it has accumulated have not only achieved the comeback of displays but may also empower other fields such as semiconductors. The extension of China's panel industry into glass-substrate packaging is a cutting-edge sample of this "spillover effect"—it reveals the deep value and potential of China's panel-industry accumulation, which may go beyond displays to empower more fields.

The extension from panels to semiconductors through glass-substrate packaging is a sample of China's panel-industry accumulation spilling over into the semiconductor frontier. China's panel industry's accumulation in display glass substrates is extending into the glass substrates used in advanced semiconductor packaging (BOE's glass-substrate packaging line achieved equipment integration in 2026, targeting large-size AI chips), which may offer China a new opportunity to leverage its own strengths in advanced semiconductor packaging (a breakthrough route in a "chokepoint" area). Although glass-substrate packaging is still at an early stage and faces technical and industrialization challenges, it reveals the "spillover effect" and deep potential of China's panel-industry accumulation. The extension from panels to semiconductors is one of the most anticipated directions at the frontier of China's panel industry. And what underpins China's panel comeback and these frontier extensions is a unique "industrial cluster"—the display industry clusters of cities such as Hefei, Chengdu, Wuhan, and Shenzhen. This industrial cluster is the theme of the next chapter.

23. Industrial Clusters: Hefei, Chengdu, Wuhan, and Shenzhen

What underpins China's panel comeback is not only enterprises like BOE and TCL CSOT, but also a batch of cities that have risen because of panels—Hefei, Chengdu, Wuhan, Shenzhen, and others—which have formed China's display industry clusters. This industrial cluster is the spatial carrier of China's panel comeback, as well as a unique sample of coordinated development between "local governments and leading enterprises." To understand the deeper forces behind China's panel comeback, the industrial cluster is an important dimension.

First, consider these cities that "rose because of panels." Hefei—rose because of BOE (Gen-6 line, Gen-8.5 line, Gen-10.5 line); the "Hefei model" became a template for industrial investment, and Hefei went from an unremarkable city to China's "display capital" and a "star city of industrial investment." Chengdu—BOE deployed multiple OLED lines in Chengdu (the B16 Gen-6 AMOLED, the 63-billion-yuan Gen-8.6 AMOLED), and Chengdu became a key base of China's OLED. Wuhan—BOE and TCL CSOT both have deployments in Wuhan (such as BOE's Wuhan line), and Wuhan became yet another base of China's display industry. Shenzhen—the home base of TCL CSOT (the Shenzhen Gen-8.5 line and subsequent high-generation lines), Shenzhen is an important pole of China's display industry. These cities rose because of the deployment of panel lines, forming China's display industry clusters.

Next, consider the "cluster effect" of the industrial cluster. An industrial cluster is not merely building production lines in one city, but forming a cluster effect of "panels plus upstream/downstream plus supporting facilities." In these display-industry-cluster cities, there are not only panel makers (BOE, TCL CSOT), but also a gathering of upstream materials and equipment firms, downstream module and finished-product firms, and supporting services, talent, logistics, and more. This cluster of "panels plus upstream/downstream plus supporting facilities" makes the industry chain more complete, coordination more efficient, costs lower, and innovation faster. The cluster effect of the industrial cluster is an important source of the competitiveness of China's panel industry—it lets China's panels have not only strong enterprises but also a complete, coordinated, efficient industrial cluster.

The industrial cluster also embodies a unique model of coordinated development between "local governments and leading enterprises." China's display industry clusters are the product of coordinated development between local governments and leading enterprises—local governments (such as Hefei and Chengdu), through capital backstopping and policy support, brought in the production lines of leading panel makers (BOE, TCL CSOT); and the leading enterprises' production lines in turn drove the gathering of upstream/downstream and supporting facilities, forming industrial clusters and promoting the cities' development. This model of "local governments bringing in leaders, leaders driving clusters, clusters promoting city development" is the unique logic of China's panel industrial clusters—it is the spatial and industrial extension of the "Hefei model" (government capital backstopping). The coordination between local governments and leading enterprises is key to the rise of China's display industry clusters.

The significance of the industrial cluster also lies in how it drives regional development and industrial upgrading. The rise of panel industrial clusters has driven the economic development, employment, and industrial upgrading of these cities (Hefei, Chengdu, Wuhan, Shenzhen)—they went from traditional cities to key bases of high-end manufacturing (the display industry). This model of "driving regional development through industrial clusters" is an important path for China's regional economic development—by bringing in and cultivating high-end industrial clusters to drive the development and upgrading of cities and regions. China's panel industrial clusters are a successful sample of this model—they not only achieved the panel comeback but also drove the rise of a batch of cities and the development of regions.

But industrial clusters also face challenges. First, redundant construction and overcapacity—multiple cities competing to bring in panel lines may lead to redundant construction and overcapacity (this is also one cause of overcapacity in the panel industry). Second, over-reliance on a single industry—some cities over-rely on the panel industry, and if the panel sector turns down, the city's economy will also be affected. Third, the sustainability of the cluster—the sustainable development of industrial clusters requires continuous innovation, upgrading, and diversification, rather than relying only on existing panel lines. The industrial cluster is the spatial carrier of China's panel comeback, but it also faces challenges of redundant construction, over-reliance, and sustainability.

Industrial clusters—cities such as Hefei, Chengdu, Wuhan, and Shenzhen that rose because of panels—are the spatial carrier of China's panel comeback, as well as a unique sample of coordinated development between "local governments and leading enterprises." These cities rose because of the deployment of panel lines, forming a cluster effect of "panels plus upstream/downstream plus supporting facilities" that makes China's panel industry chain more complete and coordination more efficient. The industrial cluster embodies a unique model of "local governments bringing in leaders, leaders driving clusters, clusters promoting city development," driving regional development and industrial upgrading. Although industrial clusters also face challenges of redundant construction, over-reliance, and sustainability, they are an important dimension of the deeper forces behind China's panel comeback. And the entire journey of China's panel comeback holds profound sample significance for China's manufacturing in conquering other "chokepoint" areas. This "sample significance" is the theme of the next chapter.

24. Sample Significance: What the Panel Comeback Teaches Chinese Manufacturing

China's panels' comeback from the "pain of screen famine" to global dominance is not just the turnaround of one industry, but a classic sample of Chinese manufacturing conquering a "chokepoint" area. Its experiences and lessons hold profound lessons for Chinese manufacturing in conquering other "chokepoint" areas such as chips. To understand the deep value of China's panel comeback, one must look at its significance as a "sample."

First, the first lesson—a "chokepoint" area can be conquered. Panels were once one of the areas where Chinese manufacturing was most deeply "controlled by others" (paired with chips as "lacking cores and short of screens"), almost entirely import-dependent. And in twenty years, China turned this "most deeply controlled" area into a globally dominant one. This comeback proves that—even in the most deeply "choked" area, Chinese manufacturing can, through persistence, investment, and "toughing it out," achieve conquest and comeback. This lesson holds enormous confidence value for other "chokepoint" areas such as chips—if panels could come back, chips and others perhaps can too. The first sample significance of the panel comeback is that it proves a "chokepoint" area can be conquered, giving Chinese manufacturing the confidence to conquer other "chokepoint" areas.

The second lesson—conquering a "chokepoint" requires "long-termism plus massive investment plus a whole-of-nation system." The success of the panel comeback relied on long-termism (decades of persistence, with BOE not giving up despite four straight years of losses), massive investment (hundreds of billions of yuan per line, an astronomical cumulative investment), and a whole-of-nation system (the Hefei model, government capital backstopping, subsidies and support). None of these three can be missing—without long-termism, one cannot outlast the cycle; without massive investment, one cannot build the lines; without a whole-of-nation system, one cannot bear the prolonged losses and risks. Conquering a "chokepoint" area (especially strategic industries like panels and chips with huge investment, long cycles, and high risk) requires the combination of "long-termism plus massive investment plus a whole-of-nation system." This is the methodological lesson the panel comeback offers Chinese manufacturing for conquering other "chokepoint" areas.

The third lesson—after conquering finished-product capacity, one must still conquer the upstream and the high end. The panel comeback conquered finished products and capacity (global dominance), but the upstream high-end materials and equipment (glass substrates, OLED materials, evaporation machines) and OLED high-end value remain the "last fortresses." This "big but not strong" aftertaste offers Chinese manufacturing an important reminder—conquering a "chokepoint" area cannot stop at conquering finished products and capacity (achieving "able to make"); one must still conquer the upstream high-end materials and equipment (achieving "make well, make complete") and the high-end value (achieving "value dominance"). Conquering a "chokepoint" area is a multi-layered, phased process—from "able to make" (finished-product capacity) to "make well, make complete" (upstream high-end self-reliance) to "value dominance" (high-end value leadership), each layer must be conquered. The panel-comeback sample of "conquered finished products, upstream not yet strong" reminds Chinese manufacturing to be prepared to conquer the upstream and the high end when conquering other areas.

The fourth lesson—one must face up to the costs and controversies of the "whole-of-nation system" model. The "whole-of-nation system" model of the panel comeback (counter-cyclical investment, government subsidies, capital backstopping) succeeded, but it also carried costs and controversies such as subsidy dependence, overcapacity, unhealthy profitability, and international trade disputes. This offers Chinese manufacturing an important reminder—when using the "whole-of-nation system" to conquer "chokepoint" areas, one must face up to its costs and controversies and strive to reduce its drawbacks (such as improving profit quality, curbing overcapacity, and addressing international disputes). Conquering a "chokepoint" area cannot only see the advantages of the "whole-of-nation system" (concentrating resources, conquering strategic industries), but must also face up to its costs and controversies, pursuing a healthier, more sustainable conquest. The costs and controversies of the panel comeback are a lesson Chinese manufacturing must absorb when conquering other areas.

These four lessons together form the sample significance of the panel comeback for Chinese manufacturing—it proves that a "chokepoint" area can be conquered (confidence), reveals that conquest requires "long-termism plus massive investment plus a whole-of-nation system" (methodology), reminds us that after conquering finished-product capacity one must still conquer the upstream and the high end (multi-layered), and warns us to face up to the costs and controversies of the "whole-of-nation system" (lessons). These lessons hold profound reference value for Chinese manufacturing in conquering chips and other "chokepoint" areas. The panel comeback is not just the turnaround of one industry, but a "textbook" for Chinese manufacturing conquering "chokepoint" areas—its experiences and lessons are precious wealth for Chinese manufacturing moving from "big" to "strong."

The sample significance of the panel comeback for Chinese manufacturing is its deep value in transcending itself and empowering all of Chinese manufacturing. As a classic sample of a "chokepoint" area's comeback, it gives Chinese manufacturing the confidence to conquer other "chokepoint" areas (they can be conquered), the methodology (long-termism plus massive investment plus a whole-of-nation system), a multi-layered understanding (after finished-product capacity one must still conquer the upstream high end), and a warning about costs and controversies (facing up to the drawbacks of the whole-of-nation system). These lessons hold profound reference value for Chinese manufacturing in conquering "chokepoint" areas such as chips. The panel comeback is a "textbook" for Chinese manufacturing conquering "chokepoint" areas—its experiences and lessons are precious wealth for Chinese manufacturing moving from "big" to "strong." And the most core lesson of this "textbook" may be—conquering a "chokepoint" requires both the successful experience of conquering finished-product capacity and the clear-eyed preparation to conquer the upstream high-end "last fortresses." This is precisely the most profound lesson China's panel comeback leaves for Chinese manufacturing.

25. Display Everywhere: A Future Where Display Is Ubiquitous

China's display-panel comeback has won not only present-day global dominance, but also a ticket to a future of "display everywhere." As display technology evolves and its applications expand, display is moving from the "screen" toward "ubiquity"—from phones, televisions, and computers to automobiles, wearables, AR/VR, transparent displays, flexible displays, and even displays on all manner of objects. This future of "display everywhere" is the single greatest opportunity for China's display industry in the wake of its comeback.

Consider first the trend toward "display everywhere." Display is breaking through the traditional boundary of the "screen" and moving toward ubiquity. Automotive display—the car becomes a "big screen on wheels"; wearables—display on watches, glasses, and other wearable devices; AR/VR—display that fuses the virtual and the real (silicon-based OLED); transparent display—transparent screens for shop windows, car windows, and even buildings; flexible and foldable—bendable, foldable displays that break free of the flat plane; and even display on the surfaces of all kinds of objects (everything can display). The forms and applications of display are moving from the traditional "screen" toward a ubiquitous "display everywhere." This trend opens up a space for the display industry far broader than that of the traditional screen.

Consider next China's display industry's opportunities and positioning in "display everywhere." Across the many new forms and applications of "display everywhere," China's display industry has positioning and opportunity—automotive display (global leader), foldable screens (front-runner), Mini-LED/Micro-LED (positioning), silicon-based OLED (AR/VR), and transparent and flexible display (exploration). Riding its global dominance in display, its complete industrial chain, and its vast application market (China is the world's largest market for automobiles, wearables, AR/VR, and other applications), China's display industry has the chance to seize the initiative in the new forms and applications of "display everywhere." The future of "display everywhere" offers China's display industry an enormous opportunity to expand from "dominance in the traditional screen" to "leadership in display everywhere"—it lets the comeback win not only the present but also the future.

The opportunity of "display everywhere" also aligns with China's display industry's goal of catching up at the high end and achieving "value dominance." Many of the new forms and applications of "display everywhere" (automotive, AR/VR, flexible and foldable, transparent display, and so on) are high-value fields with high technical barriers. If China's display industry can seize the initiative and take the lead in these new forms of "display everywhere," then in these high-value fields it can make the leap from "dominance in volume" to "dominance in value." The new forms of "display everywhere" are a new battlefield for China's display industry to catch up at the high end and achieve value dominance—they mean China's display industry need not merely chase Samsung on the traditional OLED of phones and televisions, but can start from close to the same line, and even take the lead, on the new forms of "display everywhere." The opportunity of "display everywhere" aligns with China's display industry's goal of "value dominance."

But the future of "display everywhere" also requires China's display industry to overcome its "big but not strong" weakness. Many of the new forms of "display everywhere" (especially high-end AR/VR silicon-based OLED, Micro-LED, and the like) place even higher demands on upstream high-end materials and equipment. If China's display industry cannot overcome its weaknesses in upstream high-end materials and equipment (glass substrates, OLED materials, evaporation machines, and so on), then in the high-end new forms of "display everywhere" it may still be beholden to others. Broad as the future of "display everywhere" is, to truly lead it China's display industry must still overcome its "big but not strong" upstream weakness—only by achieving self-sufficiency in upstream high-end materials and equipment can China's display industry, in the future of "display everywhere," truly move from "big" to "strong," from "dominance" to "leadership."

The future of "display everywhere" is the single greatest opportunity for China's display industry in the wake of its comeback, and a new battlefield in its move from "big" to "strong." Display is moving from the "screen" toward "ubiquity" (automotive, wearable, AR/VR, transparent, flexible, display everywhere), opening a space far broader than that of the traditional screen. Riding its global dominance, complete industrial chain, and vast application market, China's display industry has the chance to seize the initiative in the new forms of "display everywhere"; and the high-value new forms of "display everywhere" also align with its goal of catching up at the high end and achieving "value dominance." But to truly lead "display everywhere," China's display industry must still overcome its "big but not strong" upstream weakness. The future of "display everywhere" is a ticket to broader horizons in the wake of the comeback—it carries the story of China's display industry from a comeback "from 'screen famine' to global dominance" onward to a new journey of "leading the future of display everywhere." This is the next stage most worth anticipating after China's display comeback.

26. The Controversy over the Counter-Cyclical Model: Subsidies, Overcapacity, and Earnings Quality

China's display-panel comeback rested on a model of "counter-cyclical investment + whole-of-nation system + outlasting the cycle." This model was undoubtedly a success (it produced China's global dominance in display), but it also came with deep controversies—over subsidies, over overcapacity, over earnings quality. Only by honestly facing these controversies can we fully understand the substance and the cost of China's display comeback.

Consider first the controversy over subsidies. China's display comeback was highly dependent on government subsidies, private placements, interest discounts, and capital backstopping (the Hefei model). Take BOE as an example—in 2018 government subsidies accounted for roughly 64% of its net profit; over the decade from 2010 to 2019, cumulative government grants exceeded 11 billion yuan, about 54% of net profit over the same period; and even in 2024, core-business profit after deducting subsidies and interest was just 357 million yuan. This heavy reliance on subsidies has sparked controversy—to what extent is China's display industry's profit driven by its own competitiveness, and to what extent by government subsidies? And on the international stage, government subsidies to China's display industry have also sparked charges of "unfair competition"—Europe, the US, Japan, and South Korea argue that China's display industry uses government subsidies to compete on low prices and seize market share, which is unfair. The controversy over subsidies is the most central controversy over the model of China's display comeback—it questions the "gold content" of the comeback (whether it rests on competitiveness or on subsidies) and its "fairness" (whether it constitutes unfair competition).

Consider next the controversy over overcapacity. Counter-cyclical investment and government backstopping led to large-scale, even duplicative, capacity build-out in China's display industry—everyone expanded against the trend during troughs, and the result was industry-wide overcapacity. Overcapacity depressed profitability across the whole industry (panel prices were beaten down very low) and also wasted resources (some capacity sat idle). "Money-burning machines," "duplicate construction," and "overcapacity" are common criticisms of the model of China's display comeback. The controversy over overcapacity reveals a cost of the counter-cyclical investment model—although it outlasted rivals and seized share, it also produced overcapacity, depressed profitability, and wasted resources. Overcapacity is one manifestation of the "slay a thousand of the enemy, lose eight hundred of your own" nature of China's display comeback.

Consider next the controversy over earnings quality. The earnings quality of China's display industry has long been questioned. In many years, panel companies (especially BOE) relied on government subsidies to turn a profit or move out of the red; net profit excluding non-recurring items fluctuated greatly, and core-business profitability was relatively weak. This earnings-quality problem reflects a deep contradiction in China's display comeback—it reached the top in share (global dominance), but its profitability is not healthy (dependent on subsidies, volatile earnings, weak core-business profitability). "Topping in share, unhealthy in profit" is a profound contradiction in the model of China's display comeback. The controversy over earnings quality reminds us that China's display comeback is a "success in share," but "healthy profitability" remains a direction it still needs to work toward.

So how should these controversies be assessed objectively? A balanced judgment is this—the model of China's display comeback is "successful, but with costs and controversies." Successful—it did indeed produce China's display comeback from "screen famine" to global dominance, shedding the strategic passivity of "screen famine"; this is an enormous success. With costs—it came with long-running, massive losses, high government subsidies, industry-wide overcapacity, and unhealthy earnings quality. With controversies—its subsidies sparked international charges of "unfair competition," and its overcapacity drew criticism of "duplicate construction." The model of China's display comeback is one that is "successful, but with costs and controversies"—it achieved the strategic goals of shedding the "screen famine" and attaining global dominance, but it also paid enormous costs and came with deep controversies.

These controversies also raise a deeper reflection—the pros and cons of the "whole-of-nation system" industrial model. China's display comeback is a classic sample of the "whole-of-nation system" industrial model (deep government involvement, capital backstopping, subsidy support). The "pro" of this model—it can concentrate resources, bear risk, and conquer high-investment, high-risk strategic industries (such as display, such as chips), achieving strategic breakthroughs. The "con" of this model—it may lead to subsidy dependence, overcapacity, unhealthy profitability, and international trade disputes. The pros and cons of the "whole-of-nation system" industrial model are the deeper proposition behind the controversy over China's display comeback—it reveals both the model's distinctive role in conquering strategic industries and the costs and controversies that come with it. How to reduce the model's costs and controversies (such as improving earnings quality, curbing overcapacity, and addressing international disputes) while still leveraging the advantages of the "whole-of-nation system" is a question China's display industry (and indeed Chinese industrial policy) must ponder.

The controversies over the counter-cyclical model—subsidy dependence (accounting for a large share of BOE's net profit), overcapacity (money-burning machines, duplicate construction), and unhealthy earnings quality (dependent on subsidies, weak core-business profitability)—reveal the substance and the cost of the model of China's display comeback. This model was undoubtedly a success (it produced the comeback from "screen famine" to global dominance), but it also came with the costs of long-running losses, high subsidies, overcapacity, and unhealthy profitability, as well as international charges of "unfair competition." Viewed objectively, the model of China's display comeback is "successful, but with costs and controversies." These controversies also raise the deeper proposition of the pros and cons of the "whole-of-nation system" industrial model. The controversy over the counter-cyclical model is another side that China's display comeback must face squarely. And the industry cycle in which this model operates is itself changing—from the bottoming-out of 2023 to the recovery and "production control to defend prices" of 2024 to 2025. This shift in the cycle is the theme of the next chapter.

27. The Panel Cycle: From Bloody Involution to "Production Control to Defend Prices"

China's display-panel industry is undergoing a profound transformation—from the bloody involution of "full production and full sales, low-price dumping" of the past toward the rational operation of "produce to demand, control production to defend prices." This transformation marks how China's display industry, having won global dominance, is moving from a "battle for share" to a "battle for profit." To understand where China's display industry is now and where it is headed, this shift in cycle and operating model is a key.

Consider first the past "bloody involution." Panels are a strongly cyclical industry (the LCD cycle), and China's display industry of the past was mired in the bloody involution of "full production and full sales, low-price dumping"—companies, to seize share, ran at full capacity and dumped at low prices, driving panel prices very low and producing low profitability, even losses, across the whole industry. This bloody involution was a means of "outlasting rivals" in the course of China's display comeback (using low prices to outlast rivals), but after winning global dominance it also became China's own burden—involution among Chinese companies drove panel prices very low and damaged the profitability of the entire industry. Bloody involution is a manifestation of the "slay a thousand of the enemy, lose eight hundred of your own" nature of China's display comeback.

Consider next the present transformation—"produce to demand, control production to defend prices." Having won global dominance (especially in LCD), China's display industry is moving from "bloody involution" toward "rational operation." In 2023, after the panel industry bottomed out, it decisively bid farewell to "full production and full sales, low-price dumping" and turned toward "produce to demand," with profitability and cash flow at the core—companies arrange production according to market demand, avoiding overproduction and low-price dumping, thereby stabilizing prices and improving profitability. In 2025, China's two panel champions (BOE and TCL CSOT), together with HKC, even briefly coordinated production cuts to stabilize prices. This shift to "produce to demand, control production to defend prices" marks how China's display industry, having won global dominance, is beginning to prioritize profitability and rational operation rather than merely seizing share. "Production control to defend prices" is the shift of China's display industry from a "battle for share" to a "battle for profit."

Why has "production control to defend prices" become possible? Because China's display industry won global dominance and gained pricing power. In the past, the panel market had many players (mainland China, South Korea, Taiwan, Japan), none able to dominate prices, leaving all trapped in bloody price competition. Now, with the exit of Japan, South Korea, and Taiwan and the global dominance of mainland China (about 95% of LCD supply, dominated by the two champions), Chinese panel companies have gained pricing power in LCD—they can stabilize prices and improve profitability through coordinated production control. The possibility of "production control to defend prices" is built precisely on the foundation of China's display industry's global dominance and its grip on pricing power. This too is a dividend brought by "global dominance"—when China dominates LCD and holds pricing power, it can move from "bloody involution" to "production control to defend prices" and improve profitability. Global dominance is the foundation of "production control to defend prices."

The results of "production control to defend prices" have begun to show. In 2025, with "produce to demand, control production to defend prices," panel prices stabilized and rebounded—the fourth quarter of 2025 saw an inflection point where the decline halted (LCD TV panel quotes rose in November, and the decline stopped across the board in December), with capacity utilization holding at about 85%. Corporate profitability also improved—BOE's 2025 net profit grew 10% (up 42% in the first half), and TCL CSOT's net profit surged 44.4%. "Production control to defend prices" and the cyclical recovery drove a marked improvement in the profitability of Chinese panel companies over 2024 to 2025. This improvement in profitability is a positive signal that China's display industry is moving from "topping in share, unhealthy in profit" toward "balancing share and profit"—it marks how China's display industry, having won global dominance, is beginning to reap the dividends of profitability.

But "production control to defend prices" also faces challenges and risks. First, the sustainability of coordination—"production control to defend prices" depends on coordination among companies (coordinated production cuts), and whether this coordination can be maintained over the long term, or will be broken (some company expanding capacity and cutting prices to grab share), is a question. Second, the impact of new capacity—although LCD capacity is stabilizing, new capacity such as OLED is still being built (for example, BOE's 63-billion-yuan 8.6-generation OLED line), and new capacity may hit prices and profitability. Third, fluctuations in demand—panel demand is affected by downstream demand (televisions, phones, computers, and so on), and if downstream demand weakens, the effect of "production control to defend prices" will be diminished. "Production control to defend prices" is an important means for China's display industry to improve profitability, but its sustainability still faces challenges from coordination, new capacity, and demand.

The panel cycle's shift from "bloody involution" to "production control to defend prices" is a profound change in operating model for China's display industry after winning global dominance. The past bloody involution of "full production and full sales, low-price dumping" is being replaced by the rational operation of "produce to demand, control production to defend prices"—marking China's display industry's move from a "battle for share" to a "battle for profit." "Production control to defend prices" is built on the foundation of China's display industry's global dominance and its grip on pricing power, and its results have begun to show (prices stabilized in 2025, corporate profitability improved). But it also faces challenges from the sustainability of coordination, the impact of new capacity, and fluctuations in demand. This shift in the panel cycle is a positive signal that China's display industry is maturing and reaping the dividends of profitability. And behind this shift is the establishment of China's display "two-champion structure"—and the "hundred-billion showdown" the two champions are mounting toward the OLED high end. This structure and showdown are the theme of the next chapter.

28. The Two-Champion Structure and the OLED Hundred-Billion Showdown

Having won global dominance, China's display-panel industry has formed a clear structure—a "two-champion structure" dominated by "BOE + TCL CSOT." And these two leaders are mounting a "hundred-billion showdown" toward OLED, a higher-end field of greater value. To understand the current structure and future direction of China's display industry, the two-champion structure and the OLED hundred-billion showdown are key.

Consider first the establishment of the "two-champion structure." With the exit of Japanese, South Korean, and Taiwanese makers, China's display industry gradually formed a "two-champion structure" dominated by "BOE + TCL CSOT." BOE and TCL CSOT together account for about 52.6% of global G5+ LCD capacity; mainland Chinese makers account for about 72.7% of global LCD panel supply. In TV panels, BOE (over 67 million units, about 27.4% market share) and TCL CSOT (over 50 million units, about 23% market share) rank first and second in the world. The "two-champion structure" is a manifestation of the rising industry concentration after China's display comeback—following the exit of South Korea, Taiwan, and Japan, mainland China's two champions (BOE and TCL CSOT), together with HKC and others, dominate the global panel industry. This "two-champion structure" is a relatively healthy form of industrial organization—it avoids the bloody competition of excessive fragmentation and favors "production control to defend prices" and rational operation.

The significance of the "two-champion structure" lies in raising the concentration and the bargaining power of China's display industry. In the past, the panel market had many players (mainland China, South Korea, Taiwan, Japan), overly fragmented and bloodily competitive. The "two-champion structure" (dominated by BOE and TCL CSOT) raised industry concentration—giving Chinese panel companies greater pricing power and bargaining power (as with "production control to defend prices"), which favors improving profitability and stabilizing the market. Rising industry concentration is the organizational foundation for China's display industry's move from "bloody involution" toward "rational operation"—the "two-champion structure" makes China's display industry more orderly and gives it more bargaining power. The "two-champion structure" is a marker of the industry's maturation after China's display comeback.

Consider next the "OLED hundred-billion showdown." Having won LCD dominance, China's two panel champions are advancing into OLED, a higher-end field of greater value, mounting a "hundred-billion showdown." BOE invested 63 billion yuan to build an 8.6-generation AMOLED line in Chengdu (mass production in 2026); TCL CSOT is also positioning in OLED (small-and-medium sizes, printed OLED). Their rivals, besides each other, include the global leader in OLED—South Korea's Samsung Display. This "OLED hundred-billion showdown" is the massive investment and fierce competition of China's two panel champions (and against Samsung) in the OLED high end—whoever prevails in the OLED high end (especially medium-size OLED, the Apple supply chain, and foldable screens) will dominate the future value of the display industry. The "OLED hundred-billion showdown" is the key battle in China's display industry's move from "LCD dominance" to the "OLED high end."

The core of the "OLED hundred-billion showdown" is medium-size OLED (laptops, tablets, automotive). In OLED, China has already overtaken South Korea in the volume of smartphone OLED; and the next battlefield is medium-size OLED (laptops, tablets, automotive)—a rapidly growing, high-value field. BOE's 63-billion-yuan 8.6-generation OLED line targets precisely medium-size touch OLED (laptops, tablets, automotive); Samsung is also positioning in 8.6-generation OLED. Medium-size OLED is the core battlefield of the "OLED hundred-billion showdown"—it is the key to OLED's expansion from smartphones to laptops, tablets, and automotive, and a high-value field fiercely contested by China's two panel champions and Samsung. Whoever seizes the initiative and takes share in medium-size OLED will lead at OLED's next growth point.

The significance of the "OLED hundred-billion showdown" lies in determining whether China's display industry can move from "LCD dominance" to "OLED high-end dominance," from "dominance in volume" to "dominance in value." China's display industry already dominates in LCD, but LCD is of relatively low value; whereas OLED (especially high-end OLED) is the main source of display value. The "OLED hundred-billion showdown" is precisely the decisive battle of China's two panel champions in the OLED high end—if China's two champions can prevail in the OLED high end (medium-size OLED, the Apple supply chain, foldable screens) and surpass Samsung, then China's display industry can move from "dominance in volume" to "dominance in value," truly moving from "big" to "strong." The "OLED hundred-billion showdown" is the most crucial battle in China's display industry's move from "big" to "strong."

But the "OLED hundred-billion showdown" also carries risks. First, the risk of massive investment—high-generation OLED lines require enormous investment (BOE's 63 billion yuan), and if OLED demand falls short of expectations, or competition is too fierce, the massive investment may be hard to recoup. Second, the risk of competing with Samsung—Samsung still holds technological and first-mover advantages in OLED (especially the high end), and it will not be easy for China's two champions to surpass Samsung. Third, the risk of internal competition—the competition between BOE and TCL CSOT in OLED may also replay the involution of LCD (if both invest massively and produce overcapacity). The "OLED hundred-billion showdown" is the key battle in China's display industry's advance to the high end, but it also carries the risks of massive investment, competition with Samsung, and internal involution.

The two-champion structure (dominated by BOE + TCL CSOT, raising concentration and bargaining power) and the OLED hundred-billion showdown (the two champions' massive investment and fierce competition toward the OLED high end) are the current structure and future direction of China's display industry. The "two-champion structure" is a marker that the industry has matured, become orderly, and gained bargaining power after China's display comeback; the "OLED hundred-billion showdown" (whose core is medium-size OLED) is the most crucial battle in China's display industry's move from "LCD dominance" to "OLED high-end dominance," from "dominance in volume" to "dominance in value." It determines whether China's display industry can truly move from "big" to "strong." But this showdown also carries the risks of massive investment, competition with Samsung, and internal involution. And what China's display comeback ultimately changes is not just an industry, but the "screens through which hundreds of millions of people see the world." This warm meaning of "display changing life" is the theme of the next chapter.

29. Display Changes Life: From Screen Famine to Screens Everywhere

Having told of China's display comeback—its industry, its catch-up, its chokepoints—let us return to a question closer to daily life: how, exactly, has China's display comeback changed our lives? This is not an abstract industrial question but a reality each person feels every day. What China's display industry has changed is not just an industry, but the "screens through which hundreds of millions of people see the world."

Consider first how screens have become ubiquitous. Today, screens are everywhere—phones, televisions, computers, tablets, watches, automotive screens, advertising screens, and all manner of smart devices; our lives are surrounded by screens. And more and more of these screens are made in China—China supplies about 95% of the world's LCD panels and an ever-growing share of OLED screens. It can be said that most of the world's screens come from China. From "screen famine" (unable to make screens, importing at high prices) to "screens everywhere" (supplying most of the world's screens)—China's display comeback has turned the screen from a scarce, expensive, import-dependent component into a ubiquitous, ever-cheaper part of daily life. The most direct manifestation of how China's display industry changes life is making screens ubiquitous, ever-better, and ever-cheaper.

Consider next how screens have become better and cheaper. China's display comeback has not only made screens ubiquitous but also made them better and cheaper. Better—China's display industry keeps advancing technologically (high refresh rates, Mini-LED, OLED, foldable screens, and so on), continually improving the image quality, form, and function of screens. Cheaper—the large-scale production and competition of China's display industry keep driving screen prices down, making once-expensive products like large-screen televisions and high-definition phones ever more affordable. Today, ordinary people can buy televisions that are large, clear, and cheap, and phone screens that are thin and beautiful—and behind this is precisely the "better, cheaper screens" brought by China's display comeback. China's display comeback has let hundreds of millions of ordinary people enjoy better, cheaper screens—this is the most inclusive value of how it "changes life."

China's display comeback has also underpinned the rise of China's electronic-information industry. The screen (panel) is a core component of televisions, phones, computers, and other electronic products. China's display comeback (from "screen famine" to global dominance) provided China's television, phone, computer, and other electronic-information industries with a self-sufficient, ample, and cheap panel supply—underpinning the rise of China's electronic-information industry (such as Chinese TV brands TCL and Hisense, and phone brands Huawei, Xiaomi, OPPO, and vivo). Had China's display industry remained stuck in "screen famine" (import-dependent, beholden to others), then China's electronic-information industry would have been constrained by the supply and price of panels. China's display comeback shed the "screen famine" and provided a solid core-component foundation for the rise of China's electronic-information industry. This is the far-reaching significance of China's display comeback transcending itself and empowering the entire electronic-information industry.

Display changing life carries a deeper meaning too—it is a microcosm and symbol of Chinese manufacturing's move from "big" to "strong." China's display industry, moving from "screen famine" (unable even to make a screen) to global dominance (supplying 95% of the world's LCD panels), is a vivid microcosm of Chinese manufacturing's move from "beholden to others" to "self-sufficient dominance." When we use China-made screens every day (phones, televisions, computers), what we feel is the fruit of Chinese manufacturing's move from "big" to "strong"—China can not only assemble electronic products but also make the most core screen of those products, shedding the strategic passivity of "screen famine." Display changing life is the closest, most everyday manifestation of Chinese manufacturing's move from "big" to "strong"—it lets hundreds of millions of people feel the progress of Chinese manufacturing every day they use a screen.

But display changing life also comes with issues worth examining. The ubiquity of screens also brings problems such as "screen dependence" and "information overload" (people ever more inseparable from screens). The large-scale production of the panel industry also comes with energy consumption, environmental, and other issues. These issues are the other side of the development of screens and the panel industry—they remind us that while enjoying the convenience screens bring, we must also attend to problems such as screen dependence and the environment, so that the development of panels and screens is healthier and more sustainable. Display changing life is a process that is broadly positive, but also warrants examination.

Display changing life is the closest, warmest meaning of China's display comeback. From "screen famine" (unable to make screens, importing at high prices) to "screens everywhere" (supplying 95% of the world's LCD panels), China's display comeback has made screens ubiquitous, better, and cheaper, has let hundreds of millions of ordinary people enjoy better, cheaper screens, has underpinned the rise of China's electronic-information industry, and is a vivid microcosm and symbol of Chinese manufacturing's move from "big" to "strong." When we use China-made screens every day, China's display comeback is transformed into real, tangible value that changes the lives of hundreds of millions. Display changing life is the most heartfelt meaning of China's display "overtaking"—it is not just a comeback of an industry, but a great comeback that changed the "screens through which hundreds of millions of people see the world." And within the whole map of Chinese manufacturing, what distinctive position does this comeback industry occupy? This is the theme of the next chapter, the "comparison set."

30. The Comparison Set: The Panel's Place in the Map of Chinese Manufacturing

In this "Chinese Manufacturing" research series, we have already written about tires, power tools, drones, construction machinery, power batteries, and high-speed rail. Setting the panel alongside these industries reveals more clearly its distinctive position within the whole map of Chinese manufacturing—it is the template of "comeback and overtaking," the most dramatic instance of Chinese manufacturing moving from "beholden to others" to "global dominance."

Consider first the typical situations found in this series. "Big but not strong"—tires and power tools, with scale but lacking brands, breaking through upward. "Big and growing stronger"—construction machinery, leading in complete machines, short of the last mile. "Strong but besieged"—drones and power batteries, globally dominant, drawing encirclement. "Topped out, but smooth to the south and blocked to the north"—high-speed rail, first in the world across every dimension with self-sufficient core technology, but facing geopolitical barriers going abroad. So where does the panel stand?

The panel is the most dramatic template of "comeback and overtaking" in this series—from "screen famine" (unable even to make a screen, the deepest case of being beholden to others) it came back to global dominance (supplying 95% of the world's LCD panels), the largest gap and most dramatic turnaround of Chinese manufacturing moving "from beholden to others to global dominance."

The panel's distinctiveness lies first in its lowest starting point and largest gap. Tires and power tools could at least be made at the start (only at the low end); construction machinery and high-speed rail had a foundation of introduced technology at the start; but the panel, at the start, was "screen famine"—unable even to make a screen, almost wholly dependent on imports, one of the fields where Chinese manufacturing was most beholden to others (paired with chips as "lacking chips and screens"). From such a lowest starting point (screen famine) it came back to global dominance (supplying 95% of LCD panels)—the panel's turnaround is Chinese manufacturing's largest-gap, most dramatic comeback. The panel's distinctiveness lies in proving this: even in the field where one is most beholden to others, Chinese manufacturing can, through persistence and "outlasting," achieve a comeback to global dominance.

The panel's distinctiveness also lies in its most typical comeback model—"counter-cyclical investment + whole-of-nation system + outlasting the cycle." The panel's comeback rested not on technological leadership (at the start it was comprehensively behind in technology) but on the persistence of capital and "outlasting"—counter-cyclical investment (expanding against the trend in troughs), the whole-of-nation system (the Hefei model, government backstopping), and outlasting the cycle (bearing long-running losses, outlasting rivals). This model relies on "capital + whole-of-nation system + outlasting" more than the comebacks of other industries (such as high-speed rail's introduction and assimilation, or construction machinery's M&A and integration). The panel's comeback model is the most typical, and also the most controversial, sample of China's "whole-of-nation system" industrial model—it succeeded (global dominance), but also came with the costs and controversies of subsidy dependence, overcapacity, and unhealthy profitability.

But the panel's "comeback and overtaking" also has an aftertaste of "big but not strong" and a catch-up of "overtaking but not yet hegemony." The aftertaste of "big but not strong"—although the panel dominates globally in complete machines and capacity, upstream high-end materials (glass substrates, OLED materials) and equipment (evaporation machines) are still beholden to the US, Japan, and South Korea; it is a case of "able to make screens, but not able to make the materials and equipment for making screens well." The catch-up of "overtaking but not yet hegemony"—the panel has comprehensively overtaken in LCD, but in the OLED high end and in value it still lags Samsung (BOE is only 1.4% of the Apple supply chain, while Samsung holds about 48% of OLED revenue share). The panel's situation is therefore "overtaken in LCD + catching up in OLED + beholden upstream"—it has completed its comeback and overtaking in LCD, but in the OLED high end and in upstream materials and equipment it still has catching up and hard battles ahead. This situation of "overtaken but not yet hegemonic at the high end, not yet strong upstream" is the panel's distinctive proposition.

As a template of "comeback and overtaking," the panel also offers distinctive lessons for Chinese manufacturing as a whole. First, even the field where one is most beholden to others can stage a comeback—the panel proved that even in a field as deeply beholden as "screen famine," Chinese manufacturing can achieve global dominance through persistence and "outlasting," which gives confidence to other "chokepoint" fields such as chips. Second, after coming back in complete-machine capacity, one must still conquer upstream materials and equipment—the panel's aftertaste of "big but not strong" (upstream glass substrates, OLED materials, and evaporation machines beholden to others) reminds us that after coming back in complete machines and capacity, there remain fortresses of upstream high-end materials and equipment to conquer. Third, after "overtaking in volume," one must still "overtake in value"—after overtaking in LCD, the panel must still catch up to Samsung in the OLED high end, achieving the move from "dominance in volume" to "dominance in value." These lessons carry reference value for the other comeback fields of Chinese manufacturing.

As a comparison set, the panel makes the picture of this "Chinese Manufacturing" series richer. The "big but not strong" of tires and power tools, the "big and growing stronger" of construction machinery, the "strong but besieged" of drones and power batteries, the "topped out, but smooth to the south and blocked to the north" of high-speed rail, and the "comeback and overtaking, but not yet hegemonic at the high end" of the panel—these different situations sketch the complete spectrum of Chinese manufacturing moving from "big" to "strong." The panel occupies the most dramatic link in this spectrum—from "most beholden to others" (screen famine) it came back to "global dominance" (supplying 95% of LCD panels), the largest gap and most inspiring; but it also reminds us that after coming back in complete-machine capacity, there remain the fortresses of upstream materials and equipment and the value catch-up of the OLED high end. To grasp the panel's "comeback and overtaking, but not yet hegemonic at the high end" is to grasp the deep challenge that, even after a comeback in the field where one was most beholden to others, Chinese manufacturing must still conquer the upstream and the high end. And before drawing the panel's comeback to a close, let us calmly lay out the risks that lie ahead. This is the theme of the next chapter, the "risk list."

31. A Risk Ledger: The Six Hurdles Facing China's Display Panel Industry

By this point, the picture of China's panel industry—having "overtaken and reversed the tables, yet not yet dominant at the high end"—is clear. But a responsible industry study cannot dwell only on the comeback and the glory; it must also soberly enumerate the risks that lie ahead. On China's panel journey, there are at least six hurdles that must be faced with clear eyes.

The first hurdle is the chokehold on upstream materials and equipment. As detailed earlier, although China's panel industry dominates globally in finished panels and capacity, its upstream high-end materials (glass substrate localization <15%, core OLED emitter materials <5%, polarizer films <10%) and high-end equipment (evaporation machines monopolized by Canon Tokki, lithography systems dominated by Canon and Nikon) remain hostage to the U.S., Japan, and South Korea. These chokepoints are the weak spot behind China's panel industry being "big but not strong"—if cut off or sanctioned, they would seriously disrupt China's panel manufacturing. The chokehold on upstream materials and equipment is China's deepest, most pressing technological risk to overcome.

The second hurdle is falling short in catching up at the OLED high end. China overtook South Korea in LCD, but at the OLED high end and in value it still trails Samsung (BOE just 1.4% of Apple's supply chain, Samsung's OLED revenue share about 48%). If China's OLED high-end catch-up falls short—especially if it cannot secure a firm footing in Apple's high-end supply chain, and cannot outcompete Samsung in mid-size OLED—then China's panel industry will remain stuck at "dominance in volume," unable to achieve "dominance in value." Moreover, as display value shifts toward OLED, failure to catch up at the OLED high end will also weigh on the revenue and profitability of China's panel industry. Falling short at the OLED high end is the key risk to China's panel industry moving from "big" to "strong."

The third hurdle is overcapacity and the quality of profits. China's counter-cyclical investment model has created industry-wide overcapacity and depressed profits. Although "capacity control to protect prices" is improving profitability, the latent danger of overcapacity remains—especially with new capacity such as OLED still being built at large scale (BOE's 63 billion yuan Gen 8.6 line, etc.), which could create fresh overcapacity. If overcapacity worsens and price wars reignite, the profitability of China's panel industry will come under pressure again. Overcapacity and profit quality are the deep-seated risk behind China's panel industry "topping the charts in share but with unhealthy profits."

The fourth hurdle is competition over next-generation display technologies. Display technology is constantly evolving (Micro-LED, printed OLED, silicon-based OLED, and more). If China falls behind in next-generation display technologies (for instance, if Micro-LED is broken through first by Samsung or Taiwan), then China's current lead in LCD and OLED could be eroded by a generational shift. Competition over next-generation display technologies is the key risk for China's panel industry maintaining its lead and facing the future—it determines whether China's panel industry can move from "catching up" (OLED) to "leading the pack" (next generation), or whether it will fall behind once more in the next-generation technologies.

The fifth hurdle is international trade and geopolitical risk. Government subsidies for China's panel industry have sparked international controversy over "unfair competition"; and against the backdrop of intensifying U.S.-China rivalry, China's panel industry may also face geopolitical risk—such as the U.S. restricting exports of high-end materials and equipment (glass substrate, evaporation machines, etc.) to China, or restricting China's panels from entering the U.S. market. International trade and geopolitical risk is the external risk behind China's global panel dominance—it could suppress China's panel industry by restricting upstream materials and equipment (chokeholds) or by restricting market access.

The sixth hurdle is the volatility of the demand cycle. Panels are a highly cyclical industry, with demand driven by downstream demand (televisions, phones, computers, and so on). If the global economy slows and demand for electronics softens, panel demand will contract and prices and profits will come under pressure. And with its enormous capacity, China's panel industry is especially sensitive to demand swings—when demand softens, the problem of overcapacity becomes even more acute. The volatility of the demand cycle is China's panel industry's perennial risk—it requires firms both to seize the opportunities of booming demand and to guard against the risks of softening demand.

These six hurdles—the chokehold on upstream materials and equipment, falling short at the OLED high end, overcapacity and profit quality, competition over next-generation technologies, international trade and geopolitical risk, and demand-cycle volatility—make up the risk ledger behind China's panel industry "overtaking and reversing the tables, yet not yet dominant at the high end." They remind us that although China's panel industry has staged its comeback, the road ahead is no smooth path—having overtaken the world in finished-panel capacity, it must still confront challenges on many fronts: upstream chokeholds, the OLED high end, overcapacity, next-generation technology, geopolitics, and demand.

Yet we must also recognize the confidence China's panel industry has to clear these hurdles—it commands globally dominant finished panels and capacity, a complete industrial chain, the concentration of a two-giant structure, a vast domestic market, and the distinctive model of "counter-cyclical investment plus a whole-of-nation system." This confidence is the foundation for managing risk and clearing the six hurdles. Soberly enumerating the risks is not to talk the industry down, but to help it walk more steadily and travel farther—only by squarely facing these six hurdles can China's panel industry, after its comeback, go on to break through upstream and at the high end, and truly move from "big" to "strong."

The risk ledger is the most responsible scrutiny of this "comeback" industry. It lets us see both the comeback and glory of China's panel industry (from "screen famine" to global dominance) and the six hurdles behind "overtaking and reversing the tables, yet not yet dominant at the high end" (upstream chokeholds, the OLED high end, overcapacity, next-generation technology, geopolitics, and demand). Squarely facing these risks is the precondition for China's panel industry to move from "big" to "strong." And having enumerated the risks, let us return to the proposition that runs through this entire piece, and offer a summation for this legend of China's panel industry's "comeback." That is the theme of the conclusion.

32. Samsung's Moat: Why the OLED High End Is So Hard to Catch

To understand why China's catch-up at the OLED high end is so difficult, one must clearly see the opponent standing astride that path—Samsung Display. It is the world's absolute leader in OLED, guarding the value and profit of the OLED high end behind a deep moat. Understanding just how deep Samsung's moat runs makes clear exactly where the difficulty lies in China's assault on the OLED high end.

First, consider Samsung's position in OLED. Samsung Display is the world's absolute leader in OLED (especially small- and medium-size OLED). In 2025, Samsung Display's OLED shipment share was about 38% (first) and its revenue share about 48% (first)—even after being caught in volume share by China, it maintains an absolute lead in revenue (value) on the strength of high-end, high-value OLED. Samsung's OLED dominates high-end flagship phones (Samsung's own Galaxy, Apple's iPhone) and the very highest-end OLED technologies (LTPO, foldable, and the like). Samsung Display is the gatekeeper of the global OLED high end—it guards the value and profit of the OLED high end.

Now consider the first layer of Samsung's moat—the first-mover advantage in technology and patents. Samsung has deep technological accumulation and patent barriers in OLED. It began investing heavily in OLED back in the 2000s (while China was still catching up in LCD), accumulating more than a decade of technology, process know-how, and patents. Especially in high-end technologies such as LTPO OLED and foldable OLED, Samsung holds leading technology and a deep patent portfolio. This first-mover advantage in technology and patents is the first layer of Samsung's moat—it means that at the OLED high end, China's panel industry must not only catch up to Samsung's technology, but also work around or break through Samsung's patents. The first-mover advantage in technology and patents is the deepest layer of Samsung's OLED moat.

The second layer of Samsung's moat—vertical integration and control of materials and equipment. Samsung does not merely make OLED panels; it also deeply controls OLED's upstream—it has locked up the high-end capacity of Canon Tokki's evaporation machines (90% bought out by Samsung), giving it deep control and coordination over OLED materials and equipment. This vertical integration and upstream control give Samsung advantages in OLED cost, supply, and iteration—it can obtain the best equipment (evaporation machines) first, coordinate with upstream materials, and iterate technology quickly. China's panel industry, by contrast, trails Samsung in obtaining evaporation machines (Samsung first, China after) and is constrained in OLED materials. Samsung's control of upstream materials and equipment is the second layer of its moat—it means that at the OLED high end, China's panel industry trails not only in technology but also in upstream supply.

The third layer of Samsung's moat—deep binding with high-end customers such as Apple. Samsung has long been the mainstay supplier of OLED for Apple's iPhone, with deep binding and coordination with Apple. This deep binding with Apple gives Samsung a solid position in high-end OLED (Apple's supply chain)—Apple's demands on panels are extremely high, and the cost of switching suppliers is very high, so on the strength of long-term cooperation and rock-solid quality, Samsung firmly holds the mainstay share of Apple's OLED (Samsung 64.5% on the iPhone 17). China's panel industry (BOE), although it has entered Apple's supply chain, has an extremely small share (1.4%), is concentrated in the low end, and at the high end has been reassigned orders after running into yield problems. Samsung's deep binding with high-end customers is the third layer of its moat—it means that with high-end customers like Apple, China's panel industry finds it hard to shake Samsung's position.

Samsung's three-layer moat—first-mover advantage in technology and patents, control of upstream materials and equipment, and deep binding with high-end customers—together constitutes the enormous obstacle to China's assault on the OLED high end. To surpass Samsung at the OLED high end, China's panel industry must break through all three layers of the moat at once: catch up to Samsung's technology and work around Samsung's patents (technology and patents); shake off dependence on upstream inputs such as evaporation machines and achieve self-sufficiency in materials and equipment (upstream control); and win the trust of high-end customers like Apple and capture the mainstay high-end share (customer binding). Each of these three layers is extremely hard to break through—they cannot be taken by scale or capital alone, but require confronting Samsung, a giant with more than a decade of accumulation, head-on in the very hardest arenas: technology, patents, upstream, and customer trust. This is the root of why China's assault on the OLED high end is so "hard."

But Samsung's moat is not unshakable either. In OLED, China's panel industry has already overtaken Samsung in volume (a majority of smartphone OLED volume share), leads in foldable OLED, and has entered Apple's supply chain (it is through the door)—all of which strike at Samsung's moat. And Samsung's moat has its weaknesses—its high-end advantage is built on traditional OLED (evaporated OLED); if display technology changes tracks (to printed OLED, Micro-LED, and the like), Samsung's moat could be neutralized; while China's vast domestic market, the two giants' massive investment, and their positioning in new technologies are all forces that can shake Samsung's moat. Samsung's moat is deep, but China's panel industry is chipping away at it, bit by bit, from multiple directions—volume, foldables, and new technologies.

Samsung's moat—first-mover advantage in technology and patents, control of upstream materials and equipment, and deep binding with high-end customers—is the greatest obstacle to China's assault on the OLED high end, and the root of why the OLED high end is "so hard to catch." To surpass Samsung at the OLED high end, China's panel industry must break through all three layers of the moat at once (catch up on technology and work around patents, shake off upstream dependence, and win high-end customers), each layer extremely hard. But Samsung's moat is not unshakable either—China has already launched its assault in volume, foldables, and new technologies, and Samsung's traditional OLED moat could be eroded by a change of technology track. Samsung's moat is the great mountain that China's assault on the OLED high end must climb over, and the final and hardest leg of its journey from "dominance in volume" to "dominance in value." And in the end, China's panel comeback changes not only China itself but the entire landscape of the global display industry. This "global significance" is the theme of the next chapter.

33. The Global Significance of China's Panel Industry: Reshaping the Global Display Landscape

China's panel comeback changes not only China itself but the entire landscape of the global display industry. From Taiwan-Japan-Korea dominance to mainland China dominance—China's panel comeback has reshaped the map of the global display industry. To understand the global significance of China's panel comeback is to see how it has reshaped the global display landscape, and what that reshaping means for the world.

First, consider the reshaping of the global display landscape. Twenty years ago, the global display industry was one of "Taiwan-Japan-Korea dominance"—Japan (Sharp, JDI, Panasonic) was the birthplace and early leader of LCD technology, South Korea (Samsung, LG) was the rising powerhouse, Taiwan (AUO, Innolux) was an important player, and mainland China was almost a blank (the pain of "screen famine"). Twenty years later, today, this landscape has been thoroughly reshaped into "mainland China dominance"—mainland China supplies about 95% of the world's LCD panels and has overtaken South Korea in OLED volume; Japan's panel industry has declined across the board (Sharp acquired, JDI on the brink of delisting, Panasonic withdrawn), Taiwan has contracted and pivoted, and South Korea has retreated to the OLED high end. From "Taiwan-Japan-Korea dominance" to "mainland China dominance"—China's panel comeback has thoroughly reshaped the landscape of the global display industry. This is the most macro and far-reaching global significance of China's panel comeback.

This reshaping of the landscape means a "power shift" in the global display industry. The display panel is one of the core components of the electronics and information industry; whoever dominates panels holds significant sway over the electronics and information industrial chain. China's panel comeback has shifted dominance of the global display industry from Taiwan-Japan-Korea to mainland China—an important "power shift" along the global electronics and information industrial chain. China has become not only the world's largest maker of electronic products, but also the dominant force in one of the most core components of those products (panels). This "power shift" is a marker of Chinese manufacturing moving from "assembly" to "dominance in core components"—it gives China greater sway over the global electronics and information industrial chain.

The global significance of China's panel comeback also shows in its impact on consumers worldwide. China's panel comeback (mass production, fierce competition) has driven the price of display panels sharply down—benefiting consumers around the world. Today, consumers everywhere can buy televisions that are bigger, clearer, and cheaper, and phone screens that are thinner and more beautiful—behind which lies the "cheaper, better screens" brought by China's panel comeback. China's panel comeback benefits not only Chinese consumers but lets consumers worldwide enjoy cheaper, better screens. This is the inclusive significance of China's panel comeback for consumers worldwide—it has turned the display panel from an expensive component into an everyday item that the whole world can afford.

But the global significance of China's panel comeback also comes with controversy and concern. Controversy—government subsidies for China's panel industry have sparked international controversy over "unfair competition"; and China's panel dominance of the world has also made some countries anxious about dependence on China (especially against the backdrop of geopolitical rivalry). Concern—the excessive concentration of the global display industry in China has made some countries anxious about supply-chain security (if China's panel supply were cut off, electronics manufacturing worldwide would be affected). These controversies and concerns are the other side of China's panel dominance of the world—they reveal that in an era of geopolitical rivalry, one country's dominance of a key industry provokes wariness and anxiety in others. The global significance of China's panel comeback has both a positive side (reshaping the landscape, benefiting consumers) and a complex side (provoking controversy and concern).

The global significance of China's panel comeback also offers other countries (especially developing countries) a "template for a comeback." China's panel industry, staging a comeback from "screen famine" (where it was most constrained) to global dominance, has proven that even in a field where one is most hostage to others, a comeback can be achieved through persistence, investment, and "outlasting." This "template for a comeback" holds enormous inspiration and appeal for other countries that want to develop high-end manufacturing and escape being "hostage to others." Of course, China's comeback model (counter-cyclical investment, a whole-of-nation system, massive subsidies) has conditions specific to China and cannot be simply copied; but its lesson that "even in the most constrained field a comeback is possible" is universal and valuable. China's panel comeback offers the world (especially developing countries) a template and a confidence that "even when hostage to others, a comeback is possible."

The global significance of China's panel comeback is the reshaping of the global display landscape—from "Taiwan-Japan-Korea dominance" to "mainland China dominance," an important "power shift" along the global electronics and information industrial chain. It has moved China from "assembly" to "dominance in core components," giving it greater sway; it has driven panel prices down, benefiting consumers worldwide; it has offered other countries a template that "even in the most constrained field a comeback is possible." But it also comes with controversy over "unfair competition" and concern over "excessive supply-chain concentration." China's panel comeback has grown from the turnaround of one domestic industry into a global event that reshapes the global display landscape, affects consumers worldwide, and even offers a template for a comeback. This is the deep global significance of China's panel industry's "comeback"—transcending the industry, transcending China. And all of this returns to the proposition that runs through this entire piece, to offer a summation for China's panel comeback. That is the theme of the conclusion.

34. Conclusion: From "Screen Famine" to Global Dominance, and the Last Fortresses at the High End

We began with the "pain of screen famine," and traveled through BOE's rise, counter-cyclical investment, the Hefei model, and the comeback that outlasted Japan, Korea, and Taiwan; through the industrial strength of BOE, TCL CSOT, Tianma, and Visionox; through the catch-up in OLED, Apple's supply chain, and foldable screens; through the high-end fortresses of glass substrate, OLED materials, and evaporation machines; through the controversy over the counter-cyclical model, the transformation of the panel cycle, and Samsung's moat. Now it is time to return to the proposition that runs through this entire piece—from "screen famine" to global dominance, and the last fortresses at the high end—to conclude the story of China's panel industry.

First, consider how legendary this comeback is. China's panel comeback is the greatest-gap, most dramatic turnaround in Chinese manufacturing's journey from "hostage to others" to "global dominance." Its starting point was the "pain of screen famine"—in 2012, imported panels reached 50.3 billion USD, the fourth-largest import, hostage to Taiwan-Japan-Korea, with prices dictated at others' whim, one of the fields where Chinese manufacturing was most "hostage to others." Its end point (the present) is global dominance—supplying about 95% of the world's LCD panels, with its revenue share surpassing half for the first time in the first half of 2025 (52.1%), BOE ranking first globally across five product categories, and output value nearing 800 billion yuan. From "screen famine" to "global dominance"—in twenty years, on the strength of the model of "counter-cyclical investment plus a whole-of-nation system plus outlasting the cycle," China's panel industry outlasted its rivals in Japan, Korea, and Taiwan and completed a comeback of the greatest gap and the most inspiring kind. This is one of the most dramatic samples of Chinese manufacturing moving from "big" to "strong."

But this legendary comeback also has its other side of "overtaking, yet not yet dominant at the high end." The aftertaste of "big but not strong"—although China's panel industry dominates globally in finished panels and capacity, its upstream high-end materials (glass substrate localization <15%, core OLED emitter materials <5%) and equipment (evaporation machines monopolized by Canon Tokki) remain hostage to the U.S., Japan, and South Korea; it "can make screens, but cannot make the materials and equipment for making screens well." The catch-up of "overtaking but not dominating"—China's panel industry has comprehensively overtaken in LCD, but at the OLED high end and in value it still trails Samsung (BOE just 1.4% of Apple's supply chain, Samsung's OLED revenue share about 48%). China's panel comeback is an overtaking in LCD, an overtaking in finished-panel capacity, an overtaking in volume—but upstream high-end materials and equipment, and OLED high-end value, remain "the last fortresses" it has yet to break through.

"From screen famine to global dominance, and the last fortresses at the high end" is the proposition of the era for China's panel industry, and a microcosm of Chinese manufacturing's situation after its comeback. It reveals a profound reality—after overtaking in finished panels and capacity (achieving global dominance), there remain the fortresses of upstream high-end materials and equipment, and the catch-up in high-end value. China's panel industry has completed its comeback in finished panels and capacity (global dominance), but in upstream high-end materials and equipment (glass substrate, OLED materials, evaporation machines) and in OLED high-end value (Apple's supply chain, mid-size OLED), it remains constrained and still catching up. This situation of "overtaking in finished-panel capacity, yet not dominant at the upstream high end" is the next leg that Chinese manufacturing generally faces after overtaking in finished products—from "being able to make" (dominance in finished-panel capacity) to "making well, making the whole thing" (self-sufficiency at the upstream high end) is a deeper and harder assault after the comeback.

So how can China's panel industry break through "the last fortresses at the high end" and truly move from "big" to "strong"? This piece's analysis offers clues to the answer. Break through in upstream materials and equipment—accelerate domestic substitution in glass substrate (Irico, etc.), OLED materials (Aglaia Optoelectronic, etc.), and evaporation machines (or even change tracks to printed OLED), upgrading "being able to make screens" to "being able to independently make the materials and equipment for making screens well." Catch up at the OLED high end—gain a firm footing in Apple's supply chain (breaking through yield and process), seize the initiative in mid-size OLED (the 63 billion yuan Gen 8.6 line), and maintain the lead in foldable screens, upgrading "dominance in volume" to "dominance in value." Position for next-generation technologies—get ahead in Micro-LED, printed OLED, and silicon-based OLED, upgrading "catching up" (OLED) to "leading the pack" (next generation). Improve profitability—move from "bloody involution" to "capacity control to protect prices," upgrading "topping the charts in share" to "healthy profits." These paths are China's panel industry's efforts to break through "the last fortresses" and move from "big" to "strong."

Return to the image of the opening—from "screen famine" to "lighting up the world." China's panel industry has already completed its legendary comeback from "screen famine" (unable to make screens, most constrained) to "lighting up the world" (supplying 95% of the world's LCD panels, screens everywhere), one of the most dramatic and inspiring samples of Chinese manufacturing moving from "big" to "strong." But behind "lighting up the world" there remain "the last fortresses at the high end"—the constraints on upstream high-end materials and equipment, and the catch-up in OLED high-end value. The future of China's panel industry depends on whether it can break through these "last fortresses"—upgrading "being able to make screens" to "independently making the materials and equipment for making screens well," upgrading "dominance in volume" to "dominance in value," and upgrading "catching up" to "leading the pack."

China's panel industry stands at a historic juncture between "overtaking and reversing the tables" and "assaulting the high end." Its comeback and overtaking (from screen famine to global dominance) is the legend of Chinese manufacturing achieving global dominance in the field where it was "most constrained," through persistence and "outlasting"—a proud fruit of decades of investment, persistence, and whole-of-nation coordination. Its high-end assault (upstream materials and equipment, OLED high-end value) is still under way—it has overtaken in finished panels and capacity, but to break through the "last fortresses" of the upstream high end and OLED value, and truly move from "big" to "strong," it still has a road to travel. When we use China-made screens every day and watch this once "screen-starved" country light up the world, what we see is not only screen after screen and one industry's comeback, but the resolute figure of Chinese manufacturing climbing from "hostage to others" to "global dominance," and onward toward "full self-sufficiency and dominance in value." From screen famine to global dominance is the comeback; breaking through the last fortresses at the high end is the next leg—this is the legend and the proposition that China's display panel industry leaves for this era.

Chronicle: China's Display Panel Industry 2003–2026

To give China's panel comeback "from screen famine to global dominance" a more concrete coordinate in time, we lay out below, in chronological order, the key nodes from BOE's 2003 acquisition entry to BOE's 2026 mass production of Gen 8.6 OLED. This chronicle strings together the key episodes of China's panel industry, from screen famine, through the counter-cyclical comeback, to global dominance and the assault on the high end.

February 2003, BOE acquires the TFT-LCD business of South Korea's Hyundai (HYDIS) for 380 million USD—the starting point of China's panel comeback, with BOE entering the panel industry through acquisition.

2005, BOE's Beijing Gen 5 line goes into production—mainland China's first Gen 5 line with proprietary technology, taking China's panel manufacturing from nothing to something.

2008 to 2009, amid the global financial crisis, plunging panel prices, and Japanese and Korean production cuts, BOE counter-cyclically launches the Hefei Gen 6 line and the Beijing Gen 8.5 line—the key move of counter-cyclical investment. The "Hefei model" (backstopped by local-government state capital) takes shape.

November 2009, TCL CSOT is founded, investing about 24.5 billion yuan to build the Shenzhen Gen 8.5 line (the country's first LCD panel line built entirely through independent innovation), which reaches mass production in 2011 and turns a profit that same year—the rise of one of the two giants that came late "traveling light."

2012, China's imports of LCD panels reach about 50.3 billion USD, becoming the fourth-largest imported commodity—the peak of the "pain of screen famine." That same year, several of BOE's production lines run at full capacity, ending roughly four consecutive years of losses and turning to profit.

End of 2017, mainland China's large-size LCD panel capacity accounts for about 35.7% of the world's, surpassing South Korea, with output ranking first globally—the marker of China's LCD capacity reaching the top.

2018, BOE ships 54.3 million LCD television panels, first in the world—the first time China's panel shipments topped the charts.

June 2019, BOE founder Wang Dongsheng retires; that same year BOE breaks through 100 billion yuan in revenue—the "king of panels" completes its ascent to the top.

2020, BOE's catch-up into Apple's OLED supply chain begins (the Chengdu B16 Gen 6 AMOLED line goes into production); Samsung holds about 90.2% of the OLED smartphone panel market, China less than 10%—a stark gap at the starting point of the OLED assault.

2020 to 2022, Korean firms exit LCD—Samsung Display closes its last LCD plant in June 2022 and exits LCD, and sells its LCD patents to TCL CSOT. TCL CSOT acquires Samsung's Suzhou Gen 8.5 line in 2020.

2023, mainland China's LCD television panel market share rises to about 70.4%; the panel industry bottoms out and turns to "make-to-order, capacity control to protect prices," bidding farewell to bloody involution.

2025, multiple milestones—mainland China's panel revenue share surpasses half for the first time (52.1% in the first half of 2025, CINNO); China supplies about 95% of the world's LCD panels; smartphone OLED panel volume share surpasses South Korea for the first time; LG Display exits LCD television panels in March and sells its Guangzhou plant to TCL CSOT (renamed T11), with Korean firms fully exiting LCD television panels. BOE's iPhone 17 Pro LTPO panel is certified (but its share is only 1.4%), and it wins mainstay supply for the budget iPhone 17e.

Fiscal years 2025 to 2026, the leaders' performance improves—BOE's revenue reaches 204.590 billion yuan (net profit up 10%), TCL CSOT's revenue breaks 100 billion yuan (105.24 billion yuan, net profit up 44.4%), Tianma turns from loss to profit (first in the world in automotive display), but Visionox still runs a loss (forecast loss of 2 to 2.5 billion yuan). In the first quarter of 2026, Chinese makers' AMOLED smartphone panel share reaches 50.4%, surpassing South Korea for the first time.

June 2026, BOE's Chengdu Gen 8.6 AMOLED production line starts mass production—the country's first and among the world's first high-generation AMOLED lines, with an investment of 63 billion yuan, targeting mid-size OLED (laptops, tablets, automotive)—the marker of China's panel industry advancing into the OLED high end.

This chronicle strings together the key episodes of China's panel industry, from BOE's 2003 acquisition entry to its 2026 mass production of Gen 8.6 OLED—on one side, the legend of the comeback (acquisition entry, counter-cyclical investment, the Hefei model, outlasting Japan, Korea, and Taiwan, global LCD dominance, a revenue share past half, an OLED volume overtaking), and on the other, the fortresses of the high end (the OLED high end still dominated by Samsung, BOE just 1.4% of Apple's supply chain, upstream glass substrate / OLED materials / evaporation machines still constrained). Together, these episodes trace the complete trajectory of China's panel industry "from screen famine to global dominance, and the last fortresses at the high end."

Data Sources and Key References

The data and facts on which this piece relies come from the public sources below. To help readers verify them, we list the main sources by category and note certain data that involve multiple metrics or require secondary verification.

The foremost data source of this piece is the Tianxia Gongchang Industry Platform (www.tianxiagongchang.com)—a database of Chinese factories and an industrial-chain data platform, which provided the underlying support for this report's industrial-chain and enterprise analysis. The remaining sources are as follows:

Global Landscape and Share

• Sigmaintell—2025 global display industry sales revenue about 114.3 billion USD (panel basis), with OLED accounting for about 38%.
• Omdia—large-size panel shipments; BOE first in LCD shipments across five product categories.
• CINNO Research—mainland China's panel revenue share surpasses half for the first time in the first half of 2025 (52.1%, revenue 29.3 billion USD); South Korea falls to about 30%, Japan about 3.5%.
• UBI Research / TechInsights / Counterpoint—OLED share (Samsung about 38% in shipments, about 48% in revenue); China's smartphone OLED volume share surpasses South Korea for the first time in 2025 to 2026 (AMOLED China 50.4% in 2026Q1).
• RUNTO (洛图科技)—China supplies about 95% of the world's LCD panels in 2025 (supply/capacity basis).

The History from Catching Up to Overtaking

• Yicai—the "pain of screen famine" (2012 LCD panel imports about 50.3 billion USD, the fourth-largest imported commodity).
• Huxiu, C114, Securities Times—counter-cyclical investment, the Hefei model (Gen 6 line 17.5 billion, Gen 10.5 line with government bearing about 18 billion), BOE's roughly four consecutive years of losses (2008 to 2012).
• Kuai Technology (快科技)—BOE first in the world in LCD television panel shipments in 2018 (54.3 million units).
• TechNews, OFweek—Korean firms exiting LCD (Samsung 2022, LG 2025), Japan's panel decline (Sharp acquired, JDI on the brink of delisting, Panasonic withdrawn).

Leading Enterprises' Financial Reports (FY2025)

• Company annual reports and mainstream financial media—BOE revenue 204.590 billion yuan / net profit 5.857 billion yuan (a history of subsidy dependence); TCL CSOT revenue 105.24 billion yuan / net profit 8.01 billion yuan (acquisitions of Samsung Suzhou and LG Guangzhou plants); Tianma revenue 36.227 billion yuan (first in automotive display, turned from loss to profit); Visionox forecast loss of 2 to 2.5 billion yuan; Irico, HKC, and others. Note that "yiyuan" (亿元) means 100 million yuan.
• Global rivals: Samsung Display (revenue about 23 billion USD), LG Display (full-year 2025 turnaround to profit), AUO/Innolux, JDI (on the brink of delisting).

Technology Roadmaps

• Various institutions and manufacturers—LCD's Mini-LED backlight (China-dominated); OLED (BOE's Chengdu Gen 8.6 line invested 63 billion, mass production in 2026); foldable OLED (BOE, TCL CSOT, and Visionox in the top three, shipments exceeding 10 million units in 2025); Micro-LED, printed OLED, silicon-based OLED.
• Digitimes, OLED-Info, MacRumors—BOE entering Apple's supply chain (just 1.4% on the iPhone 17, winning mainstay supply on the iPhone 17e).

Upstream Materials and Equipment (Chokeholds)

• Sina Finance, Jiemian News, Zhiyan Consulting—glass substrate localization rate <15%, Corning alone >70% (Irico's high-generation overflow-fusion breakthrough); OLED core emitter material localization rate <5% (UDC/Merck/Idemitsu monopoly, Aglaia Optoelectronic breakthrough); China dominates polarizer body capacity (Shanjin Optoelectronic first in the world) but its upstream "five films and one adhesive" is <10%; driver IC localization rate about 30% (Chipone, etc.).
• OFweek, Cailianpress—OLED evaporation machines monopolized by Japan's Canon Tokki (high-end capacity 90% locked up by Samsung), with >95% of domestic OLED evaporation machines coming from Canon Tokki and South Korea's Sunic; FPD lithography systems dominated by Canon and Nikon.

Cycle and Landscape

• Tencent News, Sina Finance, Economic Observer—the panel cycle (bottoming out in 2023, recovery in 2024 to 2025, capacity control to protect prices); the two-giant structure (BOE plus TCL CSOT account for about 52.6% of the world's Gen 5+ LCD capacity, mainland China accounts for about 72.7% of LCD supply); the hundred-billion OLED showdown.

Note: This piece's data are current as of July 2026. Panel industry data involve multiple institutions such as Omdia/DSCC/CINNO/Sigmaintell/UBI, whose metrics differ considerably (shipments vs. area vs. revenue, panel vs. panel-plus-module, supply/capacity vs. shipment share, and so on), and this piece has noted these where relevant and adopted an approach of a primary anchor plus range references. Some data (such as BOE's exact annual government subsidy amounts, Canon Tokki's precise annual evaporation-machine output, the final evaporation-machine supplier for BOE's Gen 8.6 line, Visionox's official FY2025 annual-report figures, and IVO/HKC financial reports) are media estimates or require secondary verification, and this piece has flagged them. The panel industry develops rapidly with large cyclical swings; for specific data, please refer to the latest official and authoritative disclosures. This piece aims to offer an overall analytical framework for China's display panel industry "from screen famine to global dominance, and the last fortresses at the high end," rather than precise assertions of individual data points.

— Tianxia Gongchang Industry Research Institute