All in One Controller
LED Sending Card/Box
LED Receiving Card
ASYNCHRONOUSI MULTI-MEDIA PLAYER
HUB Card
Control System Accessories
Universal Video Processor
4K LED Video Processor
8K LED Video Processor
Video Splicer
Video Splitter
ConsolelSwitcher
I = 1A-10A
U = 3.8VDC
Common Cathode
PFC Power Supply
Dual Outputs Series
DC — DC Series
High Line Input Series
INDOOR LED SCREEN
OUTDOOR LED SCREEN
CREATIVE & CUSTOMIZED LED DISPLAY
INDOOR LED MODULE
OUTDOOR LED MODULE
CUSTOMIZED LED MODULE
Customized Cabinet | Structure
Maintenance Tool
Power Distribution Box
Diagnostic Tools
OTHERS
Data & Power Cable
Cooling Fan
Flight Case
Ecological Co-Development Emerges as a New Industry Trend: Multiple Companies Sign on to Build Out the Mini/Micro LED Supply Chain
Frequent Industry Collaboration Cases: Technology Integration Accelerates Commercialization
Recently, the display sector has entered a wave of dense collaboration: Skyworth and InnoLED have co-founded the “Mini LED Innovation Joint Laboratory,” targeting breakthroughs in backlight module efficacy and zoned control technology; U.S.–based Nanolumens and AU Optronics signed a joint-development agreement for Micro LED displays; NovaStar Yun and Dahua Technology established a deep strategic partnership in the smart commercial display field; JD.com, Xiaomi TV, and TCL CSOT inked a “Supply Chain Strategic Cooperation Agreement” to synchronize efforts from panel manufacturing through finished TVs; China Merchants Capital injected RMB 30 million in JBD’s Series B round to support Micro LED microdisplay R&D; and TSMC partnered with U.S. firm Avicena on optical-interconnect products to drive Micro LED applications in semiconductors. From chip design through end-product manufacturing, companies are leveraging complementary technologies and shared resources to dramatically shorten the commercialization cycle for Micro LEDs.
As the “ultimate display technology,” Micro LED—with its high brightness, exceptional contrast, and long lifetime—is driving the industry’s leap from B2B/G markets to consumer applications. Market research indicates that Micro LED is set to enter a rapid-growth phase in 2025, with global revenues approaching $10 billion by 2028. This burgeoning field not only draws traditional LED players such as Leyard and Unilumin but also attracts cross-industry giants like BOE, TCL CSOT, and Huawei—and even global leaders Samsung and LG are heavily investing. The result is a fiercely competitive global landscape.
Core Logic of Supply-Chain Synergy: Overcoming Bottlenecks and Global Competition
Technical Breakthroughs as an Imperative
The industry currently faces three major challenges: low yield in mass transfer technology, high costs for miniaturized processes, and a lack of unified standards across the supply chain. For instance, when Micro LED chip sizes shrink to micron levels, traditional packaging yields can drop by over 50%, necessitating upstream chipmakers and midstream packagers to co-develop new transfer technologies. Moreover, poor compatibility among different vendors’ driver ICs and panel interface protocols can extend end-product R&D cycles by more than 30%. Establishing unified technical standards is therefore urgent.Key Pathways for Cost Control
In Micro LED TV production, chips and packaging account for over 60% of total costs. Through supply-chain collaboration, upstream firms like San’an Optoelectronics can customize chip specifications to match downstream panel makers such as TCL CSOT—reducing intermediate losses by 20%. Midstream company NationStar Optoelectronics and downstream packaging partner Leyard Optoelectronics are jointly developing COB integration techniques that cut packaging costs by 40%, significantly boosting end-product price competitiveness.Strategic Necessity in Global Competition
The South Korean government recently announced a KRW 1 trillion investment to support its domestic Micro LED industry, aiming to reclaim global display leadership within five years. The U.S. “CHIPS and Science Act” has also established dedicated funds to back Micro LED R&D. Although China holds 55% of global Micro LED patents, it still relies on imports for critical equipment and materials. Only through full supply-chain co-innovation can China build a self-reliant ecosystem in “bottleneck” areas such as chip manufacturing and mass transfer.
Paths to Synergy: Full-Chain Integration and Ecosystem Building
Vertical Integration: Closing the “Chip–Package–Terminal” Loop
Upstream Chips: Encourage San’an Optoelectronics, HC SemiTek, and the Chinese Academy of Sciences’ Institute of Microelectronics to collaborate on full-color Mini LED chip technology and quantum-dot color-conversion materials to boost color purity and energy efficiency.
Midstream Packaging: Support LiTech Optoelectronics and Epistar Optoelectronics’ joint venture, LiJing Micro, in tackling mass transfer challenges—aiming to raise single-pass transfer yield from 99% to 99.99% and reduce large-scale production waste.
Downstream Applications: Promote Hisense and Crystal-Optech’s partnership in automotive displays, developing flexible Micro LED panels to meet smart-cockpit requirements for high reliability and wide viewing angles.
Horizontal Expansion: Cross-Sector Fusion for Diverse Use Cases
AI-Enhanced Displays: Following TCL and Alibaba Cloud’s model, embed intelligent interactive systems in commercial displays—enabling digital signage and conference screens to support face recognition and data analytics, thereby enhancing scenario-based services.
AR/VR Applications: Back JBD and Goertek’s development of silicon-based Micro LED displays to overcome bulkiness and limited battery life, accelerating the commercialization of lightweight AR headsets.
Overseas Deployment: Recommend that exporters form joint ventures with local integrators—for example, Unilumin partnering with Southeast Asian distributors to build demonstration centers offering climate-resilient, salt-tolerant products suited to tropical environments.
Ecosystem Building: Unified Standards and Shared-Benefit Mechanisms
Industry associations should lead the creation of group standards—such as “Micro LED Interface Technical Specifications” and “Mass Transfer Equipment Acceptance Criteria”—to minimize redundant R&D and shorten new-product time to market by an estimated 25%.
Explore “cost-share, revenue-share” models—for instance, NovaStar Yun and Dahua investing R&D costs at a 30:70 ratio and sharing post-launch revenues proportionally—to incentivize collaborative innovation.
Establish an Industry Collaborative Innovation Fund to support SMEs in core-technology R&D, avoiding “low-price competition” and steering the sector from price wars toward value-driven competition.
Breaking the Cycle of Internal Competition: From Zero-Sum to Value Co-Existence
The traditional LED display market is mired in internal cutthroat competition: some firms win contracts at rock-bottom prices using inferior chips, leading to a 20% drop in project acceptance rates and compressing industry–wide profit margins to 5–8%. In one municipal project, non-standard packaging resulted in over 15% pixel failures within six months, triggering supply-chain claims and highlighting the dangers of weak quality control.
The industry must shift from a zero-sum mindset to value co-existence: collaboratively develop high-value-added products—such as Mini LED conference screens supporting 8K resolution—to boost gross margins above 25%. Implement an “Engineering Quality Traceability System,” like Leyard’s “One Screen, One Code” initiative, enabling full-lifecycle traceability from chip production through installation and calibration, thereby enhancing customer trust and repeat business.
Conclusion: Building New Heights in the Display Industry Through Collaboration
Under the dual forces of technological transformation and industry restructuring, solo efforts can no longer suffice. Whether it’s overcoming the “millimeter-level precision” challenges of mass transfer or pioneering “centimeter-scale applications” in automotive and AR displays, the entire supply chain must mesh like precision gears. Only by replacing technological silos with symbiotic innovation and fragmented ecosystems with collective co-creation can China’s display industry evolve from fast follower to global leader. The future is here—let us set sail on the seas of the display industry, powered by collaborative innovation.
