1 EXECUTIVE SUMMARY
1.1 A market that has found its commercial footing
1.2 Key findings
1.3 The market in numbers
1.4 Principal risks to the forecast
2 INTRODUCTION AND MARKET FUNDAMENTALS
2.1 MicroLED defined
2.2 Two platforms, one industry
2.3 Why microLED: attributes against competing technologies
2.4 Application maturity
3 LATEST INNOVATIONS AND INDUSTRY DEVELOPMENTS
3.1 The major developments of 2025-2026
3.2 Red and full-colour: progress on the hardest problem
3.3 Colour conversion and quantum dots
3.4 Large-wafer and process transitions
3.5 Transfer, test and inspection
3.6 Display products at the leading edge
3.7 Earlier 2025 milestones
4 MARKET FORECASTS AND ANALYSIS
4.1 Forecast methodology
4.2 Revenue forecast by application
4.3 AR glasses forecast
4.4 Optical I/O forecast
4.5 Direct-view TV forecast
4.6 Smartwatch and wearables forecast
4.7 Automotive forecast
4.8 Transparent, commercial and other
4.9 Regional forecast
4.10 Epiwafer demand
5 MICROLED TECHNOLOGY: ARCHITECTURE, DIE AND EFFICIENCY
5.1 The die-size dilemma
5.2 Efficiency by colour: the red problem
5.3 Improving internal quantum efficiency
5.4 System-level efficiency and backplane co-optimisation
5.5 Device architectures: lateral, vertical and flip-chip
5.6 Emitter geometries beyond the planar mesa
5.7 Directionality and light extraction
5.8 Thermal behaviour and reliability
6 MANUFACTURING: EPITAXY, TRANSFER, BONDING, YIELD AND TEST
6.1 The equipment-maturity spectrum
6.2 Epitaxy: substrates and the GaN-on-silicon shift
6.3 Mass transfer: the central battleground
6.4 Hybrid bonding and monolithic integration
6.5 Yield, test and repair
6.6 The standardisation deficit
6.7 Announced production capacity
6.8 Backplanes for direct view: TFT, LTPS and micro-IC
6.9 Yield economics
7 COST EVOLUTION ROADMAP TO 2037
7.1 The cost gap
7.2 Cost structure by platform
7.3 Cost roadmap by application
7.4 Cost reduction levers
7.5 Parity timeline
8 CMOS DRIVER ARCHITECTURES FOR LEDOS MICRODISPLAYS
8.1 Why the backplane defines the microdisplay
8.2 Pixel-circuit topologies
8.3 PWM, PAM and hybrid driving
8.4 Process-node roadmap
8.5 The LEDoS supplier landscape
8.6 Commercial activity in microdisplay drivers
9 AR DISPLAYS: MICROLED AGAINST LCOS, OLEDOS AND ALTERNATIVES
9.1 No single winner: displays split by field of view
9.2 See-through displays: the AR microdisplay contest
9.3 Full-colour integration architectures
9.4 System integration: hybrid bonding, metasurfaces and directionality
9.5 The 2025-2026 engine contest in practice
9.6 The microdisplay supplier base
9.7 Full-colour architectures compared
10 AR OPTICS AND WAVEGUIDES
10.1 The waveguide as manufacturing bottleneck
10.2 Combiner families
10.3 Segmented coexistence of manufacturing processes
10.4 Waveguide efficiency and the microLED brightness budget
10.5 Coupling the microdisplay to the waveguide
10.6 Prescription and form factor
10.7 The waveguide supply base
11 APPLICATION MARKETS
11.1 AR and AI glasses
11.2 Smartwatches and wearables
11.3 Television and large format
11.4 Commercial signage and control rooms
11.5 Transparent displays
11.6 Aviation, biomedical and speciality
12 AUTOMOTIVE MICROLED
12.1 Why automotive is a strong near-term market
12.2 Head-up displays
12.3 Adaptive driving beam (ADB) headlamps
12.4 Exterior and communicative EV displays
12.5 Current automotive microLED programmes
12.6 Qualification and design-in timelines
13 MICROLED OPTICAL INTERCONNECT FOR AI INFRASTRUCTURE
13.1 A new pillar beyond displays
13.2 How the technology works
13.3 Target applications
13.4 Demonstrated performance
13.5 Products and demonstrators
13.6 The competitive ecosystem
13.7 Barriers to commercialisation
14 CURRENT COMMERCIAL PRODUCTS INCORPORATING MICROLEDS
14.1 AR and AI glasses
14.2 Television and large-format displays
14.3 Signage, kiosks and commercial
14.4 Wearables
14.5 Microdisplays and engines
14.6 Optical interconnect and test
14.7 Related products using microLED backlights
15 FUNDING, INVESTMENT AND M&A
15.1 Overview: the last 18 months
15.2 Deal table
15.3 Where capital is going
15.4 Valuation markers and M&A
15.5 Government funding
15.6 Capital expenditure
16 SUPPLY CHAIN
16.1 Structure of the value chain
16.2 Suppliers by layer
16.3 Upstream: substrates, epitaxy and materials
16.4 Midstream: chips, integration and test
16.5 Downstream: modules, optics and devices
16.6 Bottlenecks
16.7 Regional supply chains
16.8 Supply-chain risks
17 ROUTES TO MARKET
17.1 Commercial models by supplier type
17.2 AR glasses channels
17.3 Automotive channels
17.4 Data-centre channels
17.5 Direct-view channels
17.6 Pricing and contracting
17.7 Industry partnerships
17.8 Industry events as a channel
18 FUTURE OUTLOOK AND SCENARIOS TO 2037
18.1 Base case
18.2 High case
18.3 Low case
18.4 Outlook by application
18.5 The next three years: what to expect
18.6 Key uncertainties and signposts
18.7 Wildcards
18.8 Strategic implications
20 APPENDIX
20.1 Research methodology
20.2 References
LIST OF TABLES
- Growth rates by application
- Global microLED revenue by application, 2025-2031 (US$ million, module level)
- Global microLED revenue by application, 2032-2037 (US$ million, module level)
- Terminology used in this report
- Revenue by backplane platform (US$ million)
- Display technology comparison
- Commercial status by application, November 2026
- Key microLED industry events, June 2025-November 2026
- Principal forecast assumptions (base case)
- Revenue mix by application (share of total)
- AR glasses with displays and microLED content
- MicroLED optical I/O forecast build
- Direct-view microLED TV panel forecast
- Memo item: microLED-backlit (RGB) LCD TVs, outside the core market (million sets)
- MicroLED smartwatch and wearable panel forecast
- Automotive microLED display forecast (displays and HUD engines, excludes ADB headlamps)
- Transparent, commercial and other microLED revenue (US$ million)
- Revenue by region of production (US$ million)
- MicroLED epiwafer starts (thousand 150 mm-equivalent wafers per year)
- MicroLED die-size status and roadmap by application segment
- MicroLED EQE status by colour (2027)
- Alternative emitter geometries
- MicroLED mass-transfer technologies (2027 status)
- Selected microLED production capacity disclosures
- Illustrative impact of transfer yield on repairs for a 4K direct-view display
- Indicative cost structure by platform (share of module cost)
- Module price trajectory by application (US$, base case)
- Cost reduction levers and indicative contribution
- Expected cost competitiveness by application
- LEDoS pixel-circuit topologies
- CMOS backplane process-node trade-offs for LEDoS
- AR display-engine positioning
- Display engines in selected AR and AI glasses, 2025-2026
- Microdisplay engine products, 2025-2026
- Full-colour microLED architectures for AR
- AR optical combiner comparison
- Indicative brightness budget for waveguide AR glasses
- Leading AR waveguide and optics suppliers
- AR glasses device tiers and display requirements
- MicroLED and competing smartwatch displays
- Automotive HUD architectures
- Leading automotive ADB pixelated-MicroLED products
- Automotive microLED programmes and prototypes, 2025-2026
- Automotive microLED HUD demonstrations, 2025-2026
- Exterior automotive microLED products and programmes
- Chinese automotive microLED supply chain
- Comparison of short-reach interconnect technologies
- Reported microLED optical I/O results, 2025-2026
- MicroLED optical I/O products and demonstrators, 2025-2026
- MicroLED optical I/O developers and partnerships
- Commercial AR and AI glasses with microLED displays
- Commercial direct-view microLED televisions and large displays
- Commercial microLED signage and kiosks
- Commercially offered microLED microdisplays and engines
- Commercially available optical I/O and test products
- Commercial microLED-backlit LCD products
- MicroLED funding and M&A deals, May 2025-November 2026
- MicroLED M&A transactions and valuation markers
- Government funding relevant to microLED, 2025-2026
- Announced microLED capital projects
- Share of module-level value by layer of the chain
- MicroLED supply chain by layer
- Supply-chain pressure points
- Regional positions
- Principal supply-chain risks
- Routes to market by supplier type
- Stages of optical I/O commercialisation
- Pricing and contracting models by segment
- Selected partnerships shaping go-to-market, 2025-2026
- Scenario comparison, total market (US$ million)
- Scenario outcomes by application, 2037 (US$ million)
- Outlook summary by application, 2027-2037
- Signposts to monitor, 2027-2029
LIST OF FIGURES
- Global microLED revenue by application, 2027-2037 (US$ billion)
- Revenue mix by application, 2027-2037
- Total market scenarios, 2027-2037
- Simplified process flows for the two microLED platforms
- Revenue by backplane platform, 2027-2037
- MicroLED application maturity roadmap, 2025-2037
- Verticle wet-etched AlGaInP red microLEDs
- Hexagem platelet microLEDs
- Aledia planar monolithic native-RGB epitaxial microLED wafer
- Hongshi Intelligence stacked full-colour microdisplay, 1.2 million nits white
- Hongshi 585 nm amber microLED microdisplay (0.12-inch platform, QDPR colour conversion)
- Saphlux T3 0.13-inch monolithic full-colour microLED microdisplay
- QustomDot cadmium-free red quantum-dot material
- QNA Technology quantum-dot material testing
- Yicai Core Light perovskite quantum-dot microLED microdisplay prototype
- Star Key Semiconductor 8-inch GaN-on-silicon line in Wuhan
- IQE 200 mm RGB microLED epiwafer
- BOE HC Semitek microLED epiwafer mass-production ceremony, Zhuhai
- First microLEDs from the VTT Pilot Line
- Teradyne Iris 100 production optical test platform
- AlphaBetter microLED inspection systems
- Tianma 108-inch 4K tiled display made by all-laser transfer
- Samsung Display 200 PPI stretchable microLED prototype
- TCL CSOT 0.28-inch, 5,131 PPI full-colour microdisplay prototype
- Fraunhofer IPMS and QubeDot WUXGA blue microLED microdisplay
- Hisense 136-inch UX MicroLED TV launched in China
- X Display Company high-speed microLED platform for data-centre communication
- Angular intensity of Lumileds and TU Eindhoven metasurface microLED
- Global microLED revenue by application, 2027-2037 (US$ billion)
- Display-equipped smart glasses by display engine (million units)
- MicroLED AR microdisplay and engine revenue (US$ million)
- MicroLED optical I/O revenue (US$ million)
- Direct-view microLED TV panel sets (thousand)
- Direct-view microLED TV average panel-set price (US$, log scale)
- MicroLED smartwatch and wearable panel shipments (million)
- Automotive microLED display revenue (US$ million)
- Revenue share by region of production
- MicroLED epiwafer starts by application (thousand 150 mm-equivalent)
- Innovation Semiconductor sub-pixel circuit with vertical LED-driver transistor, pass transistor and storage capacitor
- Polar Light Technologies InGaN LEDs at 500 nm and below
- Aixtron AIX G10 MOCVD system
- Micro Win microLED wafer
- TCL RayNeo X3 Pro full-colour AR glasses with JBD microLED panels
- JBD Hummingbird Mini 2 module
- JBD Roadrunner I full-colour microLED projector module
- Innovision 0.06-inch Chimo M06 microdisplay
- Innovision Chimo P13 dual-colour (red-green) microdisplay sample
- Qiushui Semiconductor 0.61-inch monochrome microLED microdisplay module
- Raysolve microdisplays and waveguide demonstrations at SID Display Week 2026
- PRP Optoelectronics custom microLED microdisplay for aerospace
- Mojo Vision microLED platform
- NewSight Reality TOMM transparent near-eye display module
- Garmin Fenix 8 Pro MicroLED, the first commercial microLED smartwatch
- BOE 1.39-inch 6,000-nit microLED wearable display prototype
- Samsung Display wearable microLED prototype
- VueReal EcoVue solar-integrated microLED wearable display prototype
- Hisense 163MX RGBY four-primary microLED display
- TCL Max163M 163-inch 4K microLED TV
- Samsung 140-inch tiled microLED TV with display-surface bezels
- Samsung RGB microLED-backlit LCD shown at CES 2025
- Announced prices of direct-view microLED televisions (US$)
- Nanolumens large-format LED screen installation
- Napster Station AI kiosk with 30-inch AUO transparent microLED display
- AUO and Corning 17.3-inch dual-sided transparent microLED display
- Innolux transparent microLED display window
- BOE touch-enabled transparent microLED on wood grain
- RAVE Aerospace and Safran premium flight suite concept with large microLED display
- AREX ONE AR dive mask with green VGA microLED microdisplay
- Peugeot RCZ Vision concept interior with AUO transparent microLED displays
- Tianma 19-inch tiled transparent automotive microLED prototype
- Mercedes-Benz in-window LED displays in development
- AUO 17.3-inch rollable microLED prototype
- JBD Griffin automotive projection platform
- VueReal and Flex-N-Gate microLED tail-light demonstrator
- JHETECH HuaXin Micro-LED chips for smart automotive lighting
- LEKIN Semiconductor Suzhou production hub (render)
- Automotive microLED display revenue, base case (US$ million)
- Fast-and-narrow versus wide-and-slow optical link architectures
- Demonstrated microLED data rate per lane (Gbps)
- Avicena LightBundle chip
- Avicena LightBundle evaluation kit
- ams OSRAM microLED optical interconnect prototype
- Microsoft and MediaTek microLED active optical cable
- Acon Optics microLED co-packaged optics solutions
- Raysolve microLED multi-core fibre optical I/O at CIOE 2026
- Artilux Inception AI photonics computing platform (render)
- X Display Company high-speed microLED platform for data-centre communication
- Rokid Color AI Glasses, with dual full-colour microLED engines (shipping from April 2027)
- Skynea Skyeagle V1 smart glasses, using the Hongshi XC6 full-colour engine
- RayNeo iO AR glasses with monochrome green microLED microdisplays
- INMO GO 3 AR smart glasses with dual microLED microdisplays
- Even Realities G2 Display Smart Glasses
- Halliday G2 AR glasses
- Lenovo AI Glasses V1
- LLVision Leion Hey2 AI translation AR glasses
- XGIMI MemoMind One AI glasses, using JBD monochrome microLED displays
- Tecno AI Glasses Pro with microLED microdisplays
- Lipro Vision microLED engine for outdoor athlete AR glasses
- Meta Ray-Ban Display, the LCoS-based reference against which microLED glasses are judged
- Magic Leap AR glasses prototype using Google Raxium microLED displays
- Announced prices for microLED AR glasses, with LCoS reference (US$)
- Hisense 136MX 136-inch 4K microLED TV
- Bugatti and C SEED 137-inch foldable microLED TV
- Visionox ViStar 270-inch 8K LTPS tiled microLED display
- LG MAGNIT Gen 2 microLED signage
- LG MAGNIT MicroLED LMPB control-room range
- Samsung The Wall, 19.35 m wide, at the Iskandar Puteri Command and Control Centre
- Amazfit T-Rex Ultra (a microLED second generation is reportedly in development)
- Samsung 115-inch RGB MicroLED-backlit LCD TV
- Samsung R95H RGB MicroLED-backlit LCD TV
- LG Micro RGB Evo microLED-backlit LCD TV
- TRIPLTEK X PRO tablet with microLED-backlit LCD
- MicroLED funding and M&A by quarter, Q2 2025-Q4 2026 (to November)
- Largest microLED fund-raisers and acquisition targets, May 2025-November 2026
- Funding by segment (US$ million)
- Funding by region (US$ million)
- Announced microLED capital projects (US$ million)
- The microLED value chain and principal end-market architectures
- Share of module-level value by value-chain layer
- Total market scenarios, 2027-2037
