Overview of the Development of China’s LED Display Industry in 2025

Posted by

Tingting Zhao

02/25/2026

On 02/25/2026

Special Feature Planning: Cheng Tao, Wang Xinru
Staff Reporters of This Magazine: Ouyang Jing, Wang Xiaolei, Li Xiaoyan

As a pivotal stage in the transformation and upgrading of the LED display industry, 2025 marks the emergence of a new landscape in terms of market scale, technological innovation, and the expansion of application scenarios. Driven by multiple factors—including macroeconomic recovery, accelerated digitalization, and breakthroughs in next-generation display technologies—the LED display industry reached a turning point toward high-quality development in 2025 after undergoing supply-demand adjustments in 2024. Demand across diversified scenarios such as commercial advertising, cultural tourism, and live entertainment, smart cities, and industrial control continues to expand, pushing the industry toward higher value-added segments.

Technological innovation has become the defining theme of the LED display industry in 2025. In the high-end display sector, the industrialization of Micro LED has accelerated. In 2025, systematic breakthroughs were achieved in key areas such as mass transfer efficiency, full-color solutions, and inspection and repair processes. Mass production yield rates have improved significantly, removing major barriers to entry into the broader consumer electronics market. In terms of technical pathways, COB (Chip on Board) and MIP (Micro LED in Package) packaging technologies are developing in parallel, advancing toward smaller pixel pitches and greater compatibility, respectively. Cutting-edge technologies such as 8K ultra-high-definition displays and AIoT-enabled intelligent interaction are being rapidly commercialized. Notably, the cost of glasses-free 3D technology continued to decline compared with 2024, while market penetration steadily increased, making it a standard solution in scenarios such as outdoor advertising and sports venues. XR virtual production systems have achieved leapfrog development in the film and television production sector, with shipments of integrated virtual-real display equipment growing at an accelerated pace.

At the beginning of 2025, the rapid rise of the Deepseek AI large language model brought renewed optimism to industry enterprises. The integration of AI-driven big data and digital humans has revitalized LED display applications. LED all-in-one displays and digital signage units were among the first to adopt these innovations. Unilumin Technology took the lead by jointly establishing Shenzhen Intelligent Display Robotics Technology Co., Ltd. in collaboration with Zhipu and Metaview. The initiative aims to provide comprehensive support for AI intelligent terminals through full-chain coordination encompassing “algorithm models + hardware terminals + perception and interaction,” delivering end-to-end solutions from vertical model training to software-hardware integration. Through technological integration, the company is also promoting the implementation of embodied intelligent LED display systems in education, conferencing, and cultural tourism scenarios, thereby facilitating the intelligent upgrading of the LED display industry.

The ecosystem of the LED display industry has entered a new phase. Leading enterprises have strengthened their global competitiveness through strategic technology acquisitions and production line upgrades. The pricing system has become more rational; following market adjustments in the second half of 2024, average industry prices stabilized within a reasonable range in 2025. LED display manufacturers are placing greater emphasis on product value-added capabilities and service enhancement. In major projects, large-scale events such as the 15th National Games have fully adopted LED display technologies to build smart spectator systems, with numerous leading domestic LED display companies participating in national-level key engineering display projects.

The outdoor display sector has encountered structural opportunities. In 2025, urban renewal initiatives have driven the construction of new large-format outdoor LED screens and smart light pole displays, leading to breakthroughs in the digital signage market. LED transparent display technology has achieved significant commercial progress, with its application rate reaching 35% in new retail scenarios. The industry’s digital transformation has yielded notable results, with many leading LED enterprises establishing intelligent factories and further improving production efficiency, injecting new momentum into the sustainable development of the industry.

1. Accelerated Expansion of Market Scale, Industry Sales Growth Turns from Negative to Positive

In 2025, China’s core position within the global LED display supply chain was further consolidated. It is projected that China’s LED display market size will reach RMB 51 billion in 2025. The Chinese LED display industry has reached a critical turning point, with industry sales growth shifting from negative to positive, marking the beginning of a new stage characterized by market recovery and high-quality development.

2020–2025 China LED Display Application Industry Sales Performance and Forecast Trend
Year	2020	2021	2022	2023	2024	2025
Total Sales Revenue (RMB 100 Million)	419	440	468	508	495	510
Year-over-Year Growth	-6.47%	5%	6.30%	8.50%	-2.56%	3.03%

This growth is primarily driven by macroeconomic recovery, the acceleration of digitalization, and continuous breakthroughs in next-generation display technologies. Following supply and demand adjustments in 2024, the industry’s supply-demand dynamics moved toward balance in 2025, and the pricing system became more rational. Although the industry as a whole experienced revenue growth without a corresponding increase in profits in 2025, companies across the entire value chain adjusted their marketing strategies and intensified research and development efforts in higher-value-added innovative products. As a result, the profitability of these enterprises improved significantly.

On the demand side, diversified application scenarios—such as commercial advertising, cultural tourism, and live entertainment, and smart cities—continue to expand, driving the industry toward higher value-added segments. In the commercial advertising sector, the penetration rate of LED displays in emerging applications such as digital signage and smart light pole displays has continued to increase, stimulating overall market growth. In the cultural tourism and live entertainment sector, the frequent hosting of large-scale music festivals, concerts, and immersive theater productions has further boosted demand for LED rental displays. Within the smart city sector, the application of LED displays in traffic monitoring, public information dissemination, and urban security continues to deepen, making them an essential component of the digital transformation of urban management.

2. The LED Display Industry Enters a Wave of Price Increases, with Rising Costs and Rebounding Market Demand Coexisting

In 2025, the LED display industry entered a wave of price increases, with companies broadly raising product prices to offset rising raw material costs and recovering market demand. LED packaging enterprises such as MLS, Dongshan Precision, Ruisheng Optoelectronics, Kinglight, and Zhaochi initiated price adjustments. By the end of December 2025, due to rising prices of upstream metal raw materials and passive electronic components, companies including Xincaichen, Yinluren, and Shenzhen Roushian announced product price increases of 3%–5%. If upstream prices fail to stabilize, the price hike trend may fully intensify in 2026.

The root cause of this wave of price increases lies in sustained cost pressures upstream in the supply chain. Since the second half of 2024, the prices of core raw materials for LED displays—including specialty semiconductor materials, high-end epoxy resins, metal substrates, PCB copper-clad laminates, and wafers required for driver ICs—have steadily risen under the influence of global supply chain restructuring, geopolitical factors, and stricter environmental policies. This cost transmission was not immediate but occurred gradually through internal absorption and negotiation within the supply chain. Initially, midstream manufacturing segments such as packaging and module production attempted to absorb part of the cost increase through process improvements and efficiency gains. However, once cost pressures surpassed a critical threshold, no single segment could bear the burden alone. Price adjustments then spread like a domino effect, beginning with packaging enterprises and cascading through display manufacturers, system integrators, and ultimately to end customers.

Several major packaging manufacturers were the first to adjust quotations for indoor, outdoor, and fine-pitch LED lamp products, with increases generally ranging from 5% to 15%. Subsequently, numerous downstream display manufacturers—both engineering-focused brands and large-scale channel-oriented suppliers—issued price adjustment notices, passing on upstream cost pressures along with rising expenses related to structural components, PCBs, labor, and operations. Notably, key supporting segments such as driver IC suppliers also joined this round of adjustments, reinforcing the comprehensive nature of the price increase. These developments clearly indicate that this wave of price hikes is not an isolated market strategy by individual companies, but rather a collective response by the entire industry to safeguard survival and sustainable development.

However, attributing the price increases solely to cost pressures would be one-sided. In a highly competitive market, price hikes without demand support cannot be sustained. The structural recovery and upgrading of market demand in 2025 provided a solid demand-side foundation and a timely market window for this round of price adjustments. Unlike the previous extensive demand focused merely on “brighter” and “larger,” the current recovery demonstrates a clear emphasis on both quality and quantity.

In the high-end commercial display segment, applications in conference rooms, command and dispatch centers, and premium retail environments have expanded rapidly. Their stringent requirements for image quality and reliability have led to strong demand for high-end products utilizing advanced packaging technologies such as COB, resulting in supply shortages. In the virtual production sector, driven by the rapid development of the film and digital content industries, demand for LED filming screens featuring high refresh rates, wide color gamuts, and high uniformity has surged. These professional applications are relatively less price-sensitive and place greater emphasis on performance and technical assurance. Additionally, ultra-high-definition outdoor glasses-free 3D displays—serving as new urban landmarks and core carriers for digital cultural tourism—have accelerated project implementation, stimulating robust demand for high-density, high-reliability outdoor LED displays. Even in traditional rental and channel markets, the downward expansion of fine-pitch technology and the growth of nighttime cultural tourism economies have raised expectations for product quality and stability. This shift in demand from “availability” to “excellence” has enabled customers to better understand and accept reasonable price premiums for higher performance and superior quality, creating objective conditions for the restoration of a healthier industry-wide pricing system.

Overall, building a healthy and sustainable profit margin to support next-generation technology research and development and capacity upgrades has become a consensus among industry leaders. The price increase wave has also objectively accelerated industry consolidation. Companies lacking technological barriers, with weak cost control capabilities, and relying solely on low-price competition have seen their market space further compressed. Resources are increasingly concentrating among leading enterprises and innovative companies with distinctive technologies, which is conducive to optimizing the industry’s long-term ecosystem.

3. Parallel Evolution of Diversified LED Display Technologies, Accelerated Industrialization Breakthroughs

At present, global LED display technology is at an unprecedented and critical historical stage characterized by diversified parallel development and accelerated industrialization. The evolution of technological pathways is no longer a simple linear substitution process. Instead, it has formed a complex ecosystem featuring multiple parallel tracks and cross-integration, all aimed at achieving ultimate display performance while balancing the economic realities of large-scale commercialization.

The core driving force behind this landscape stems from the relentless pursuit of higher pixel density, superior image quality, greater reliability, and lower costs. Its concrete manifestation centers on two major technological directions—Mini LED and Micro LED—as well as two core packaging technologies, COB (Chip on Board) and MIP (Micro LED in Package). Together, these innovations are propelling the industry from laboratory breakthroughs toward rapid, large-scale commercial deployment.

From a macro-level technological perspective, Mini LED and Micro LED form the dual tracks driving the current industrial leap. Among them, Mini LED fine-pitch displays have achieved widespread adoption with pixel pitches approaching approximately 1.0 mm. Their applications are expanding rapidly, particularly in the indoor commercial display market, which is experiencing strong growth. Meanwhile, the more advanced Micro LED technology is widely regarded as the ultimate direction of the display industry. With chip sizes reduced to below 50 micrometers, Micro LED offers comprehensive advantages, including self-emissive properties, high efficiency, and long lifespan.

Since 2025, the industrialization of Micro LED has achieved systematic breakthroughs. The mass transfer technology that long constrained its development has seen significant improvements in both efficiency and yield. Full-color solutions—particularly quantum dot color conversion technology—have continued to improve in efficiency. Advances in wafer-level inspection and repair technologies have steadily pushed mass production yields beyond the economic viability threshold. The easing of these critical bottlenecks has fundamentally removed barriers preventing Micro LED from transitioning from high-cost prototypes to consumer-grade products. Its commercialization is now beginning in high-end niche markets such as smart wearable devices.

In the practical pathway toward achieving this technological leap, the parallel development—and competitive cooperation—between COB and MIP packaging technologies constitutes another critical track shaping the industry landscape. The choice between these two technological routes reflects differing process philosophies and industrialization strategies in response to the challenges of the fine-pitch era.

COB technology directly packages micro LED chips onto the driver substrate, forming a highly integrated display unit. Its greatest advantages lie in extremely high reliability and superior visual uniformity, as the fully encapsulated structure effectively protects chips and interconnections from environmental interference. With increasing process maturity and economies of scale, COB costs have declined rapidly. Its application scope has expanded from the early ultra-fine-pitch market into the mainstream commercial display sector, becoming a key force driving the widespread adoption of fine-pitch displays. Industry data indicate that COB products are rapidly increasing their share in the LED fine-pitch and micro-pitch market segments.

In contrast, MIP technology integrates Micro or Mini LED chips into independent, surface-mountable devices at the packaging stage. The core concept of MIP lies in its “bridging” function: it completes certain high-difficulty processes—such as mass transfer and testing of micron-scale chips—during the packaging phase, enabling downstream display manufacturers to utilize more mature and flexible traditional surface-mount equipment for production. This characteristic significantly lowers entry barriers and technical risks for downstream players entering the fine-pitch display market.

The year 2025 is widely regarded within the industry as a pivotal year for MIP development. Its growth momentum has exceeded expectations, shedding its previous “high-cost niche” label. With support across the entire value chain, MIP production capacity has expanded rapidly, costs have entered a downward trajectory, and development is advancing toward even smaller pixel pitches. The rise of MIP represents not merely the emergence of a new device, but also—through its modular characteristics—the blurring of traditional boundaries between packaging manufacturers and module manufacturers, with the potential to reshape the LED display industry ecosystem.

It is important to note that the relationship between COB and MIP has increasingly evolved from an early “route competition” into a complementary coexistence based on differentiated application scenarios. COB demonstrates strong competitiveness in high-end fixed installation markets that demand ultimate display performance and reliability, such as command and control centers and premium home theaters. MIP, on the other hand, offers unique advantages in scenarios requiring production flexibility, rapid manufacturing, and cost control, as well as serving as an efficient transitional pathway for the large-scale commercialization of Micro LED technology. Together, these two approaches accelerate the maturation and diversification of fine-pitch display products, meeting diverse needs across professional, commercial, high-end consumer, and emerging sectors such as automotive and wearable applications.

Looking ahead, LED display technology will continue to deepen integration within a diversified development framework. Technological innovation will increasingly exhibit coordinated evolution across the entire value chain—for example, optimizing costs through chip miniaturization and driver circuit integration, or achieving revolutionary breakthroughs in color performance through advanced quantum dot materials. More profoundly, the panelization and modularization trends represented by COB and MIP are reshaping value distribution and competitive dynamics within the industry chain, driving the transition from supplying standalone display hardware to delivering integrated solution-based offerings.

At the same time, the boundaries of technological applications continue to expand. Leveraging its inherent advantages, Micro LED has already achieved breakthroughs in smart wearable devices and demonstrates significant potential in augmented reality glasses, light engines, and even in non-display applications such as optical interconnects for data centers.

4. Expanding Application Dimensions: A Scenario Revolution from “One-Way Display” to “Intelligent Interaction”

Technological advancement ultimately must be realized through practical application scenarios. In 2025, the application boundaries of LED displays have expanded significantly, and their role has evolved from passive information display windows into proactive intelligent interaction hubs. This transformation is reflected not only in upgrades to product form factors and technical performance, but also in a profound reshaping of how people interact with information and with their surrounding environments.

From traditional commercial displays to the integration of smart scenarios, and from single-direction information delivery to multimodal interaction, LED displays are now centered on “intelligent interaction,” driving the industry into an entirely new stage of development.

1. Deepening and Upgrading Traditional Advantage Markets

In traditional stronghold markets, the penetration rate of LED display technology continues to rise, establishing it as core equipment across multiple key sectors. Driven by government digital transformation initiatives, the application scale of LED displays has expanded significantly in areas such as smart city management, public information disclosure in government service centers, and urban security monitoring. By deploying high-density fine-pitch LED video walls, cities have achieved real-time visualized management of traffic dispatching, environmental monitoring, and emergency command systems, substantially improving urban governance efficiency. The deployment of these high-density displays not only addresses the limitations of insufficient resolution found in traditional display equipment, but also enables cross-departmental data integration and analysis through multi-screen linkage, providing more precise decision-making support for city management.

Against the backdrop of recovery in the film industry, LED screens—featuring high brightness, high contrast, and wide color gamut—have become a key technology driving cinema upgrades and transformation. Compared with traditional projection systems, LED cinema screens do not require complex optical systems and can directly deliver DCI-certified, cinema-grade image quality, while also supporting dynamic adjustments of brightness and color to accommodate different viewing scenarios. After deploying LED cinema screens in major cities, many theaters reported a 30% increase in audience satisfaction and a 15% growth in per-screen box office revenue. The widespread adoption of this technology has not only transformed the viewing experience but also redefined the business model of cinemas, upgrading them from simple screening venues into immersive cultural consumption spaces.

The continuous rise in image quality requirements within the stage and live entertainment market has driven rental LED displays toward smaller pixel pitches. Fine-pitch products are gradually becoming mainstream, meeting the high-definition display demands of concerts, immersive theaters, and similar large-scale events.

Many music festivals and concerts are now utilizing COB rental LED screens to create holographic stage effects. By integrating high-resolution LED displays with 3D projection technology, organizers achieve seamless fusion between virtual and physical elements, significantly enhancing audience immersion. This technological advancement not only elevates stage visual performance but also provides greater possibilities for innovation in live entertainment formats.

2. “LED + AI” Ushers in a New Era of Intelligent Interaction

The deep integration of artificial intelligence has become the most significant technological transformation in the LED display industry. By incorporating technologies such as computer vision and natural language processing, LED screens have evolved into interactive intelligent terminals.

In the commercial retail sector, AI-powered LED displays have become key tools for smart shopping assistance. In cultural tourism scenarios, the integration of LED screens with AI-guided tour systems provides visitors with immersive and interactive experiences. For example, museums now combine LED displays with AI virtual docents, allowing visitors to scan a code to access 3D models of cultural relics along with historical background explanations, thereby enhancing engagement and educational value. The application of this technology not only enriches the presentation of cultural content but also makes the dissemination of historical knowledge more vivid and intuitive.

In the education sector, the integration of LED displays with AI-enabled classroom systems enables functions such as automated assignment grading and real-time learning feedback, supporting the development of smart education. Through AI algorithm analysis of students’ responses, teachers can quickly identify knowledge gaps and adjust instructional strategies accordingly. This precision-based teaching approach significantly improves educational quality and provides technical support for the more balanced distribution of educational resources.

In the film and television production sector, LED virtual production studios have become an industry standard. The integration of AI technology has further optimized real-time rendering and interactive capabilities within virtual environments. By combining LED virtual studios with AI-generated content technologies, complex scenes can now be rendered in real time without the need for extensive post-production visual effects, reducing production cycles by approximately 40%. This technological breakthrough not only lowers production costs but also provides greater creative flexibility.

The application of AI algorithms in the LED display field extends beyond interactive experiences and has significantly enhanced product performance and energy efficiency. AI-driven image enhancement algorithms can analyze on-screen content in real time and dynamically adjust color, contrast, and brightness to deliver visuals that more closely replicate real-world scenes. In terms of energy efficiency, AI-based intelligent control systems automatically regulate screen power consumption based on factors such as ambient lighting conditions and usage frequency, thereby reducing overall energy consumption.

3. Cross-Industry Integration Opens New Frontiers

With continuous technological advancements, LED displays are becoming deeply integrated with multiple industries, opening entirely new development tracks. In the smart automotive sector, Mini LED and Micro LED technologies—owing to their high brightness, high reliability, and flexible form factors—have become key components of intelligent cockpit systems. In addition, LED-based head-up display (HUD) technology is widely adopted in high-end vehicle models, enabling drivers to access critical information such as navigation and vehicle speed without lowering their heads, thereby reducing driving risks. This technological integration not only enhances vehicle intelligence but also delivers a qualitative leap in user experience.

In the metaverse domain, Micro LED is regarded as an ideal micro-display technology for near-eye devices such as AR and VR systems. Its ultra-high brightness, compact size, and low power consumption make it a crucial enabling technology for lightweight, immersive hardware gateways to the metaverse. Furthermore, the potential flexibility of Micro LED technology offers significant opportunities in wearable devices, including smartwatches and augmented reality glasses, further expanding the metaverse ecosystem. These breakthroughs are reshaping how people interact with the digital world and providing new directions for future technological development.

In summary, the future of the LED display industry is filled with both opportunities and challenges. Only through continuous innovation and proactive adaptation to change can enterprises remain competitive in an increasingly intense market environment. As technology advances and application scenarios continue to expand, LED displays will evolve beyond serving merely as information carriers, becoming a vital force driving social progress.

5. Segmented LED Display Markets: Market Differentiation and Integration Driven by Technological Innovation

Entering 2025, the global LED display industry has moved into a new phase driven jointly by technological innovation, deeper application integration, and evolving business models. Industry growth is shifting away from reliance on expansion of a single large-scale market toward structural growth led by multiple high-potential niche segments. The core driving forces behind this transformation stem, on one hand, from continuous breakthroughs in semiconductor display technologies represented by Mini LED and Micro LED, which have significantly improved display performance while reducing costs; and on the other hand, from strong downstream demand across entertainment, commercial, education, and film production sectors for high-quality, immersive, and interactive visual experiences.

1. AI Revitalizes LED All-in-One Displays

In 2025, against the backdrop of slowing overall growth in the global display market, the LED all-in-one display segment has emerged as a standout performer. The primary growth driver has shifted from previous competition focused on larger screen sizes and lower prices toward deep AI empowerment, display technology upgrades, and precise expansion of application scenarios. Meanwhile, the competitive landscape is being reshaped by the cross-sector entry of traditional LCD giants and ecosystem collaborations with AI technology companies, resulting in a more diversified and integrated development pattern.

From an overall market perspective, LED all-in-one displays are playing an increasingly important role in driving industry growth. According to industry analysis data, the global LED display market size is projected to reach approximately USD 7.52 billion in 2025, with year-over-year growth slowing to 1.2%. In sharp contrast, the LED all-in-one display market is experiencing strong momentum. Industry assessments estimate that global shipments of LED all-in-one units will reach 12,850 units in 2025, representing year-over-year growth of approximately 26%. Another industry forecast presents a more optimistic outlook, estimating median annual shipments at around 12,500 units, with growth rates reaching as high as 43%. Although the specific figures vary slightly, both reports point to the same trend: the all-in-one display market is expanding rapidly and has become one of the most dynamic growth drivers within the industry.

It is worth noting that the source of growth momentum has shifted geographically. Overseas markets—particularly Europe and North America—are experiencing significant demand growth in conference and education/training applications and are expected to account for more than 60% of total shipments. This trend has prompted domestic manufacturers to elevate overseas channel development to a strategic priority.

Technological integration and innovation represent the most defining themes of industry evolution in 2025, with the core focus being the large-scale commercialization of “LED + AI.” Artificial intelligence is no longer merely an added feature; leading enterprises have elevated it to a core strategic driver of product upgrades and corporate transformation. For example, Unilumin Technology has established “LED + AI” as its top corporate strategy for 2025 and introduced the vision of “intelligent display robotics,” aiming to evolve products into intelligent terminals that can “think, present, interact, and serve.”

AI empowerment manifests across multiple dimensions. In terms of user experience, by integrating AI large language models such as DeepSeek, LED all-in-one displays now offer more natural intelligent voice assistants, automated meeting content summarization, and other advanced interactive functions—addressing previous challenges of high software development costs and suboptimal user experiences. In display performance, AI algorithms are integrated into image processing engines, such as Unilumin’s “Mont Blanc AI Image Quality Engine” and Hisense’s self-developed AI image quality chip, enabling full-chain intelligent optimization of image clarity, color accuracy, and contrast to achieve what is described as “reference-level” display performance. In system operation and maintenance, AI-powered features—including intelligent human body sensing, dynamic energy-saving technologies, and smart fault diagnostics—significantly enhance energy efficiency management and operational convenience.

At the foundational display technology level, COB packaging technology continues to expand its influence and is accelerating its penetration into the all-in-one display segment. Owing to its advantages of high reliability, high contrast ratio, and soft surface-emitting light, COB technology has become a preferred solution in the high-end display market. In 2025, global COB output value is projected to grow by as much as 25% year over year. This trend is clearly reflected in all-in-one products. Although mainstream pixel pitches (such as P1.5) are still primarily based on SMD technology, an increasing number of manufacturers are launching COB-based all-in-one displays. Major vendors, including Samsung, Unilumin, Absen, and Hisense, have showcased or mass-produced all-in-one products incorporating COB technology. The wider adoption of COB not only raises the ceiling for visual performance and stability in all-in-one displays but has also attracted the attention of traditional LCD panel giants. Companies such as BOE, TCL CSOT, and HKC are entering the market and investing in capacity, reshaping upstream competition and potentially further accelerating technology maturity and cost reduction. (As of early 2026, some companies have reduced the price of P1.2 COB LED all-in-one displays to RMB 7,400 per square meter.)

In 2025, product formats and specifications exhibit a dual trend of “mainstream convergence” and “high-end differentiation.” After several years of market validation, specifications such as 135–140 inches, 16:9 aspect ratio, 2K resolution, and pixel pitches around P1.5 have become the undisputed mainstream, striking an optimal balance between cost and performance for conference room and other commercial applications. These configurations account for more than half of the market share. Meanwhile, to facilitate transportation and installation, foldable designs are increasingly adopted, reducing the total cost of ownership for end users.

The competitive landscape is transforming with the entry of new players. Traditional LED display leaders such as Unilumin, Leyard, and Absen continue to dominate, leveraging deep technical expertise and comprehensive solution capabilities. However, two emerging forces are reshaping the market. The first group includes consumer electronics and display panel giants such as Samsung, LG, TCL, and Hisense, which are aggressively expanding into the commercial display sector, supported by strong brand influence, global distribution networks, and advanced display technology capabilities. Their all-in-one display products present formidable competition. The second group comprises AI technology companies. For example, Unilumin Technology has partnered with Zhipu and Metaview to establish an “Intelligent Display Robotics” company, aiming to co-develop an ecosystem for vertical AI intelligent terminals. This cross-industry collaboration model—combining display hardware leaders with AI software leaders—may give rise to more disruptive products and business models. As more entrants join the market, industry concentration in the all-in-one segment may decline, supply chain specialization will likely deepen, brand owners will focus more on channels and integrated solutions, and manufacturers will concentrate on production processes.

In terms of application scenarios, while consolidating its core position in the high-end conference market, the all-in-one display segment is actively expanding into more diversified use cases. Traditional applications such as premium meeting rooms, corporate showrooms, and command and dispatch centers remain foundational markets. However, product value has evolved from simple “large-screen display” solutions to “smart meeting space solutions,” integrating paperless conferencing, remote collaboration, and intelligent audio-visual processing capabilities. Two additional expansion directions are particularly noteworthy. First, the education and corporate training sectors: large-size all-in-one displays, with their superior visual sharing and interactive capabilities, are becoming preferred solutions for digital classrooms and training centers. Second, high-end commercial and cultural spaces: all-in-one displays featuring high-transparency screens or artistic textured panels are being deployed in retail storefronts, brand boutiques, and museum exhibitions, combining information delivery with spatial design and aesthetic enhancement. Nevertheless, industry analysis generally agrees that despite ongoing price reductions, large-scale entry into the consumer market remains challenging. Beyond pricing, issues such as product reliability for mass individual users, after-sales service systems, and clearly defined consumer-level application scenarios must be addressed, and manufacturers are still in the process of building these capabilities.

2. Clear Signals of Explosive Growth for LED Cinema Screens Driven by Standards and Policy Support

In 2025, LED cinema screens are no longer conceptual showcases or isolated installations; they are being deployed at unprecedented speed, emerging as a core force reshaping cinema experiences and driving industry upgrades. Stimulated by the recovery of the film market and demand for blockbuster productions with top-tier visual effects, the LED cinema screen market has shown clear signals of explosive growth. Technological innovations led primarily by Chinese enterprises have achieved successive global breakthroughs, earning international product certifications and securing critical influence in industry standard setting. At the same time, although challenges such as high costs and content adaptation remain, clear policy guidance and diversified commercial exploration are paving the way for large-scale adoption of this transformative technology.

Market growth in 2025 has been particularly robust and visible. Industry forecasts are highly optimistic, with some studies suggesting that LED cinema screens still have the potential to achieve year-over-year growth of 100% this year. Market data support this outlook. In the first quarter of 2025 alone, 153 new LED cinema auditoriums were built and put into operation nationwide—34 more than the total number added throughout 2024. By mid-year, the penetration rate of LED cinema screens among newly installed cinema screens reached 1.3%. Although the overall share remains relatively small, it represents a steep increase compared to 0.1% during the same period in 2023. By the end of 2024, more than 100 LED cinema screens will be in operation nationwide. Since the beginning of 2025, leading companies such as Huaxia Leyard, Unilumin Technology, and China Film AOFeng have added more than 30 new LED cinema projects across the country. Some manufacturers’ first-half sales output has already reached last year’s full-year level, with strong confidence in doubling annual performance.

Behind these figures lies strong audience validation. During the Spring Festival box office season, CINITY auditoriums equipped with advanced domestic projection systems saw box office revenue and attendance surge by more than 80% year over year, with average attendance per screening reaching 107 viewers—more than double that of standard auditoriums. This performance clearly demonstrates the strong appeal of premium cinematic experiences. From a global perspective, this trend is equally evident, with the global cinema LED display market projected to maintain steady growth from 2025 through 2031.

Breakthrough technological advancements represent the most remarkable chapter in the development of LED cinema screens in 2025, marked by a clear theme of “China-led innovation.” The most significant milestone was the international standard project “Optical Technical Requirements and Measurement Methods for Digital Cinema LED Auditoriums,” proposed and led by the China Film Science and Technology Research Institute, which was officially approved for establishment by the International Organization for Standardization (ISO) in early 2025. This milestone signifies that, in a field of film technology standards long dominated by Hollywood, China has for the first time gained critical influence in the revolutionary direction of LED cinema projection, providing a “China solution” for the standardized global development of LED auditoriums.

In terms of product and technical certification, Chinese enterprises have likewise moved to the forefront of the global stage. After addressing the physical sound penetration challenge through its transparent acoustic technology, Nanjing Lopu released its independently developed “LEDMAX IAB Immersive Audio” technology in May 2025 and achieved its first commercial deployment at an LED Cinema Park in Nanjing. This achievement positions Lopu among the few companies in the industry capable of mastering both advanced visual display technologies and immersive audio processing capabilities, enabling it to provide integrated high-end solutions—from hardware to audio formats—for cinema operators, thereby establishing a genuine differentiated technological barrier.

However, despite rapid development, several major challenges remain before LED cinema screens can achieve full-scale adoption. The foremost obstacle is cost. Industry experts note that the initial investment for an LED cinema screen system is approximately three to five times that of a traditional laser projection solution, while operating power consumption is roughly double, placing significant financial pressure on cinemas, particularly small and mid-sized operators. Secondly, content ecosystem adaptation remains relatively lagging. Currently, more than 90% of film masters are still calibrated based on the traditional DCI-P3 color gamut for projection systems and do not fully leverage the wider color gamut and higher dynamic range capabilities of LED screens. Although Hollywood mastering centers have begun supporting LED formats, the number of films specifically optimized for LED remains limited. For example, among more than 100 films released during the summer season of 2025, only around 15 had dedicated CINITY LED versions. In addition, each LED screen model must undergo a lengthy and costly DCI certification process, further increasing overall expenses. Technical details—such as optimizing compatibility between 2D and 3D screenings and improving front-row viewing experiences to prevent visible pixel perception—continue to be subjects of ongoing research and refinement.

Against this backdrop, national-level policy guidance in 2025 has played a critical role in reinforcing healthy and orderly industry development. Mid-year, the National Film Administration officially issued the “Notice on the Development and Regulation of Digital Cinema LED Auditoriums,” explicitly defining LED auditoriums for the first time as a “major transformation in film projection technology.” The document establishes clear requirements in construction standards, technical specifications, and operational maintenance to prevent substandard products from disrupting the market. It also provides substantive support in both funding and content development. The policy encourages provincial-level film authorities to utilize special funds to support LED auditorium construction, helping alleviate cost pressures for cinemas. At the same time, it explicitly encourages producers to create LED-optimized distribution versions of films to enrich high-quality content supply, fostering a positive cycle among equipment providers, theater operators, and content creators. These top-level design measures have removed certain structural obstacles to the sustainable development of LED cinema screens and strengthened industry-wide confidence.

3. Parallel Growth in Scale and Quality in the LED Rental Display Market

In 2025, the LED rental display sector demonstrates a clear dual trend of quantitative expansion and qualitative transformation. From a macro-market perspective, the LED rental display industry continues to maintain steady growth momentum. According to market research reports, the global LED rental display market size is projected to reach USD 2.875 billion in 2025 and is expected to expand at a compound annual growth rate (CAGR) of approximately 23% between 2025 and 2032. The underlying driver of this growth stems directly from the strong recovery and evolving innovation demands of global exhibitions, live performances, and sporting events. Data indicate that the annual growth rate of global exhibition events has reached 17%, while the proportion of LED rental display demand from concerts, sporting events, and brand launches has increased significantly, from 23% in 2019 to 38% in 2024. Entering 2025, taking the Chinese market as an example, the concert economy remains highly active, with frequent large-scale performance events providing a stable demand foundation for the rental display market.

Driven by strong market demand, the technological evolution of LED rental displays in 2025 has advanced rapidly along three core directions: superior image quality, enhanced user experience, and higher operational efficiency.

First, display performance continues to pursue the ultimate visual experience. Among the most prominent technological trends of the year is the widespread adoption of “black LED” technology. Through specialized packaging processes, black LEDs significantly improve black uniformity, contrast ratio, and color saturation, effectively addressing the “yellowing” issues that may occur with traditional white LEDs. Their advantages are particularly evident when presenting high dynamic range (HDR) content. Originally developed to meet the stringent image quality requirements of high-end concerts, this technology has rapidly expanded into virtual production, premium auto shows, broadcast studios, and other scenarios that demand exceptional color fidelity and fine detail reproduction.

Second, product form factors are evolving toward greater lightweight construction, modularization, and creative flexibility. Ultra-lightweight designs (such as 7 kg per cabinet), ultra-thin profiles, and rapid installation (advertised as fast as 10 seconds per cabinet) remain core physical characteristics of rental displays. However, the innovation focus in 2025 has shifted toward “flexible design” and “creative splicing.” Leading enterprises such as LianTronics have introduced creative rental display series that support seamless splicing into flexible concave and convex curves, cylindrical shapes, fan-shaped corners, and even multi-faceted cube configurations. These innovations transform the screen into a freely shapeable “borderless canvas,” significantly expanding creative possibilities for stage designers.

Technological iteration is directly driving the continuous expansion and deepening of application scenarios. Traditional concerts and large-scale gala events remain the primary battlefield for rental displays, with unprecedented demands for performance, reliability, and creative presentation. At the same time, two emerging application areas have become particularly noteworthy in 2025.

The first is the large-scale adoption of virtual production (including XR extended reality filming). Film, television, and high-end advertising productions increasingly use giant LED walls as shooting backgrounds. This places stringent requirements on refresh rate, grayscale performance, color consistency, and anti-reflection characteristics, accelerating the adoption and maturation of advanced technologies such as high-end COB packaging and black LED solutions.

The second is the blurring boundary between fixed installation and rental businesses, giving rise to a new “rental-based fixed installation” model. Many commercial complexes, airports, and theaters are opting for rental services or purchasing rental-grade products for long-term installation, seeking flexibility in content updates and reduced technological upgrade risks. LianTronics’ high-protection-grade outdoor fixed displays and ultra-thin double-sided screens designed for indoor commercial spaces both reflect product integration innovations aimed at addressing broader “large display” demands.

The competitive landscape in 2025 has further consolidated while exhibiting new characteristics, often described within the industry as “one dominant leader with multiple strong contenders.” Leading Chinese enterprises represented by Unilumin Technology hold a significant global market share, leveraging integrated supply chains, rapid technological responsiveness, and economies of scale. Meanwhile, established Western brands such as Daktronics in the United States maintain strong positions in high-end sports venues and landmark projects, supported by deep brand heritage, proven product reliability, and localized service networks, particularly in North America. Competition has therefore evolved beyond price wars into a comprehensive contest of technological pathways, niche market specialization, service ecosystems, and brand influence. Leading enterprises are strengthening their advantages, and market orders are increasingly concentrating among companies capable of delivering full-chain service solutions.

4. LED Transparent Displays: Brighter, More Transparent, and More Value-Driven

In 2025, the development of LED transparent displays has shifted from simply pursuing visual transparency to entering a critical integration phase characterized by technological differentiation, application diversification, and the reshaping of industry roles. The core industry question has evolved from “how to make displays more transparent and brighter” to “where can irreplaceable value be created?”

The growth drivers of the LED transparent display market in 2025 are diversified and robust. On one hand, traditional applications in commercial retail and landmark architecture continue to expand steadily. Owing to their “light-transmitting” characteristics, transparent displays have become essential for retail storefronts and architectural glass curtain walls. Forecasts indicate that by 2026, more than 80,000 transparent displays will be deployed in high-end commercial complexes in China alone. Meanwhile, the continued decline in average unit prices (for example, from RMB 32,000 in 2023 to RMB 24,000) is further accelerating market penetration.

On the other hand, smart city initiatives are opening up a market opportunity valued in the tens of billions of yuan, enabling transparent displays to evolve from commercial equipment into components of urban public infrastructure.

Within the industry, the competitive landscape of LED transparent displays is evolving from a focus solely on product manufacturing toward ecosystem-based operations and cross-industry integration. On one hand, the market demonstrates diversified competition, with traditional display leaders and emerging niche-focused enterprises each leveraging their respective strengths. On the other hand, a fundamental transformation is underway: the role of the screen is shifting from a standalone display terminal to an “entry point” that connects digital content with physical space. This evolution implies that the traditional one-time hardware sales revenue model may gradually transition toward sustainable operational models based on advertising revenue sharing and content subscriptions.

Greater challenges—and opportunities—lie in cross-industry integration. Transparent displays, particularly those integrated with architectural glass, span multiple sectors, including electronics manufacturing, glass production, chemicals, construction, and even the automotive industry. This trend toward the “building materialization” of display technology introduces unprecedented regulatory coordination challenges, requiring alignment among authorities overseeing housing and urban development, industry and information technology, transportation, and other departments. It is anticipated that beginning in 2025 and beyond, cross-ministerial regulatory standards will gradually be introduced, which will have profound implications for the long-term development of the industry.

At present, LED film displays and holographic transparent displays address key challenges such as maintaining the structural integrity and transparency of architectural glass, while also simplifying after-sales service requirements. As a result, they have become the preferred display solutions for building glass applications.

6. Channel Development of LED Displays Under a Diversified Strategic Layout

In 2025, LED display channel development demonstrates characteristics of diversification, intelligent enablement, and globalization, becoming a core lever for overcoming market bottlenecks and achieving value upgrading. Against the backdrop of a gradually balanced supply-demand environment, channel systems—through refined operations, technological empowerment, and scenario innovation—have become the key battleground for enterprises competing for market share.

According to industry analysis data, the domestic market is facing considerable pressure, with both end-user demand and product pricing remaining weak. In the first half of the year, sales revenue in China’s fine-pitch LED display market declined by 16% year over year, while shipment area increased only slightly by 4.5%, resulting in a clear “volume growth but revenue decline” phenomenon. The average market price has even fallen below RMB 10,000 per square meter for the first time in history. This directly reflects the intense pricing pressure and profitability challenges faced by domestic distribution channels. In contrast, emerging markets in Asia, Africa, and Latin America have become key drivers sustaining global industry growth and are currently in the upward phase of market penetration. As a result, corporate channel strategies are diverging: domestically, companies are deepening specialization in niche segments and improving operational efficiency, while internationally, they are accelerating expansion into emerging markets and building localized distribution networks.

Channel structures and market penetration strategies are also undergoing profound transformation. In response to intense competition in the domestic market, some leading enterprises have adopted highly aggressive channel-deepening strategies. Certain major players focused on the domestic market have significantly expanded their network of offline flagship and brand experience stores in recent years. This dense deployment strategy aims to enhance brand visibility in regional markets, strengthen proximity to customers for faster service delivery, and achieve refined regional market cultivation. It marks a transition from a traditional model relying on a limited number of large distributors toward a grid-based, capillary-style terminal coverage network. Channel penetration is no longer defined solely by geographic expansion but also by customer segmentation. The focus is shifting from primarily serving government and large enterprise projects to increasingly covering small and medium-sized commercial clients and even potential consumer-level markets.

At the same time, the strategic transformation undertaken by LED display enterprises around their core businesses is reshaping the allocation of channel resources. In order to break away from the “red ocean” of the traditional display market, many leading companies are redirecting resources toward higher value-added segments.

Looking ahead, LED display channel development will gradually move toward a new equilibrium amid ongoing market volatility. In the short term, price competition and industry consolidation are expected to continue, and enterprises lacking technological or channel advantages will likely be phased out. Over the long term, the healthy development of distribution channels depends on the industry’s ability to break free from the vicious cycle of “low profit – low R&D investment – product homogeneity.”

It is also noteworthy that policymakers are attempting to guide market order. The newly revised Anti-Unfair Competition Law explicitly prohibits dumping below cost, which may help restore rationality to an excessively competitive market environment.

In summary, the channel transformation of the LED display industry in 2025 follows a clear trajectory: it is striving to emerge from the “bloody ocean” of price wars and move toward a new “blue ocean” defined by technology-driven value, niche scenario specialization, and global strategic deployment. In this transition, enterprises that can keep pace with technological trends, deeply integrate with targeted market segments, and successfully build stable, mutually beneficial channel ecosystems will be best positioned to withstand industry cycles and secure long-term success.

7. Reshaping the Competitive Landscape, Further Consolidation of Industry Concentration

In 2025, the competitive landscape of the LED display industry will no longer defined simply by the number of enterprises or incremental shifts in market share. Instead, it is being comprehensively restructured around control of core technologies, authority in defining niche markets, and global operational capabilities. In this process, the “80/20 polarization” effect has intensified sharply, with resources and profits increasingly concentrating among leading enterprises possessing comprehensive competitive advantages. The continued rise in industry concentration has become an inevitable trend.

In China—the world’s largest production and consumption market—shipment area of fine-pitch LED displays increased slightly by 4.5% year over year in the first half of 2025, yet sales revenue declined significantly by 16%. In the second quarter, the average market price fell below the psychological threshold of RMB 10,000 per square meter for the first time in history. This “price-for-volume” strategy reflects the deep-rooted challenges of overcapacity and product homogeneity. Intense competition has led to an approximately 50% decline in average industry gross margins, pushing some companies into a vicious cycle of “low profit – low R&D investment – product homogeneity – even lower profit.” Meanwhile, although upstream raw material prices—including gold, silver, and copper—have continued to rise, increasing packaging and other production costs, these cost pressures have not been effectively passed downstream to end markets. As a result, the supply chain faces a “dual-end squeeze” dynamic.

Beyond the fierce price competition, divergence and competition along technological pathways constitute a second major front in industry rivalry. The trend toward micro-pitch displays remains indisputable, with market demand increasingly concentrated on smaller pixel pitches. In the first half of 2025, products in the P2.0–P1.7 range accounted for the largest market share, while the P1.4–P1.1 range contributed more than 40% of total sales revenue due to their strong cost-performance balance. Even more noteworthy is the generational shift in packaging technologies. COB packaging has penetrated the market at unprecedented speed, with its sales revenue share increasing by 15.2 percentage points within six months to reach 36.6%. In the technically demanding P1.4-and-below segment, COB’s share has already exceeded 50%. By enhancing reliability, contrast, and visual uniformity, COB technology is accelerating the phase-out of traditional SMD production capacity with lower technological barriers and forcing the industry to shift its competitive focus from price wars to value-driven innovation. At the same time, MiP, as an emerging packaging pathway, is beginning to demonstrate its growth potential.

Intense competition is also compelling enterprises to explore and cultivate new growth markets, resulting in increasing regional and application-level differentiation. From a global perspective, China’s domestic market faces short-term pressure in high-end demand due to macroeconomic policy adjustments. The European and North American markets maintain stable growth but face uncertainties stemming from tariff and trade policy fluctuations. The most significant growth momentum comes from emerging markets in Asia, Africa, and Latin America, which have become critical drivers sustaining overall global industry growth.

From an application standpoint, traditional sectors such as government administration and finance have experienced slower demand, while specialized fields—including military applications, public services, and digital energy—as well as education informatization and cultural, sports, commercial, and tourism integration have emerged as growth highlights. In particular, cultural tourism night-economy projects—driven by supportive policies and consumption upgrades—integrate sound, lighting, electronics, visual media, and cultural creativity. Many enterprises view these projects as key battlegrounds for countering industry downturns and establishing new growth engines.

It must be emphasized that under the combined pressures of technological advancement, application transformation, and supply chain restructuring, the strategic choices of market participants have diverged in unprecedented ways—this is the most direct manifestation of the ongoing “reshaping of the competitive landscape.”

Leading enterprises such as Unilumin Technology, Leyard, Ledman Optoelectronic, Absen, AOTO Electronics, and LianTronics have entered a reinforcing cycle in which the strong continue to grow stronger. Leveraging early-established technological advantages, brand influence, and capital strength, these companies are expanding aggressively in global markets, particularly targeting emerging regions in Asia, Africa, and Latin America that remain in upward growth cycles. At the same time, some leading players are implementing “dual-brand” strategies, introducing cost-effective sub-brands to penetrate lower-tier markets and compete directly with small and medium-sized enterprises (SMEs), thereby accelerating market consolidation.

In sharp contrast, the large number of small and mid-sized display manufacturers face a dual dilemma. In the domestic stock market, they are trapped in intense price competition over highly homogeneous products, resulting in razor-thin margins. Meanwhile, in overseas markets and emerging domestic sectors driven by new technologies and new application scenarios, they struggle to enter due to insufficient brand recognition, limited technological capabilities, and underdeveloped distribution networks, missing out on growth opportunities. Their survival space is being steadily compressed.

In the face of an irreversible trend toward consolidation, the path forward for SMEs lies in strategic restructuring—shifting from direct competition to symbiotic positioning. Industry experts recommend abandoning comprehensive head-to-head competition with leading enterprises and instead leveraging their inherent flexibility and closer customer relationships. One viable pathway is to transform into specialized service providers or solution integrators, focusing on specific regions or industries and acting as a bridge between major brands and end users by offering localized design, installation, and maintenance value-added services.

Another pathway is extreme specialization—concentrating resources on deeply cultivating a highly niche application field (such as specific types of retail stores, small broadcast studios, or regional cultural tourism projects), or developing one or two highly competitive flagship products to become a “hidden champion” within that segment. Such proactive differentiation and strategic repositioning represent a sustainable survival strategy for SMEs in the new competitive landscape.

8. Future Development Outlook

Looking ahead to 2026, the global LED display industry is expected to continue evolving along the established trajectory of technological deepening, application differentiation, and structural optimization, under a cautiously optimistic outlook. From the perspective of market drivers, growth in 2026 will demonstrate a distinct dual dynamic of “event-driven” and “scenario-driven” momentum. On one hand, major global sporting events such as the World Baseball Classic and the FIFA World Cup will generate clear demand impulses for LED rental displays, large-format outdoor screens, and other traditionally strong segments, stimulating market vitality in host regions and across related industry chains. On the other hand, more sustainable growth will stem from steady penetration and expansion across multiple niche application markets. Demand for LED all-in-one displays in corporate conference rooms and educational environments will continue to grow, driving further evolution toward greater intelligence and integration. Meanwhile, the pursuit of higher resolution and high dynamic range (HDR) image quality is accelerating growth in virtual production, high-end home theater, and LED cinema screen markets. These segments serve not only as testing grounds for advanced technologies but also as key battlegrounds for establishing premium brand positioning. Their common characteristic is a high requirement for performance, reliability, and comprehensive solution capabilities, reinforcing the competitive advantage of technologically leading enterprises.

Technological competition and integration will enter a more nuanced phase in 2026. Mini LED backlight technology, offering an excellent balance between cost and performance, has become a core driver of display upgrades in consumer electronics, particularly in high-end televisions, laptops, and automotive displays. Meanwhile, Micro LED technology—representing the ultimate direction of display innovation—will continue advancing toward industrialization amid ongoing challenges. China’s supply chain has made notable progress in key areas such as mass transfer and full-color solutions, including improvements in transfer efficiency and yield rates. However, full-scale mass production still faces final tests in cost control and yield optimization. In packaging technology, solutions such as COB and MIP will continue to develop in parallel, addressing diverse pixel pitch requirements and application scenarios, ranging from professional displays to potential consumer-level products. More importantly, the deep integration of “AI + display” will emerge as a defining trend. Artificial intelligence will not only enhance manufacturing efficiency and product yield on the production side, but also empower intelligent interaction, real-time image enhancement, and adaptive content optimization on the application side—transforming display products from simple broadcasting terminals into intelligent interactive nodes.

Nevertheless, the industry’s promising outlook does not obscure underlying structural contradictions, particularly in major global production bases such as China. The industry continues to face the challenge of being “large but not yet strong.” Overcapacity and fierce price competition persist in mid- and low-end general display segments, while core materials, key equipment, and cutting-edge patents required for high-end markets remain, to some extent, externally dependent. This polarized “dual-speed” dynamic will continue to drive industry consolidation in 2026, further compressing the survival space of enterprises lacking technological differentiation and strategic focus. Stronger policy intervention is being introduced to address these imbalances.

In 2026, the LED display industry will continue progressing toward its long-term objectives. At the macro level, growth opportunities will increasingly emerge within segmented markets; at the micro level, enterprises will face critical strategic decisions between high-end breakthroughs and low-end price competition. Technological breakthroughs and declining costs are opening the door to broader application markets. However, sustainable prosperity will belong to companies that maintain consistent R&D investment, deeply integrate with core application scenarios, and flexibly position themselves within global supply chains. The rise in industry concentration is no longer a projection—it is an unfolding reality. A comprehensive “upgrading competition” centered on technological self-reliance and ecosystem development has fully begun.

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