THE 3 CYCLES TOWARD $30B: MOBILE DISPLAYS, LCD TV AND GENERAL LIGHTING
The initial growth cycle driven by small display applications is essentially over and the LED industry growth is now driven by large LCD display applications.
This segment will mature by 2015 but by then, the third growth cycle driven by general lighting applications will have kicked in, therefore limiting the risk of any significant and industry wide downcycle in the period.
In our base scenario, packaged LED revenues will reach $8.9b in 2010 (all figures U.S.$) and grow to $25.7b in 2015 and approach $30b in 2020. Growth will be driven by large LCD backlight applications through 2013-2014. In terms of volume, LED die surface will increase from 6.3b mm2 to 51b mm2 in 2015, a 41.6% CAGR. This will prompt substrate volumes to growth from 12.7M x 2" equivalent (TIE) in 2009 to 84.4M TIE in 2015, a 37.1% CAGR (smaller than the die surface increase due to significant expected manufacturing yield improvements).
GENERAL LIGHTING: A QUESTION OF REPLACEMENT CYCLEâ€¦
The adoption of LEDs for general lighting applications is strongly dependent on technology and manufacturing improvements needed to drive the cost of LED solutions to a trigger point where massive adoption can start.
The exact trigger point varies per application. As a result, LED will progress into the market from niche to niche and progressively spread into all application segments. Ultimately, the long lifetime of solid state lighting technology will completely transform the lighting market by dramatically increasing the length of the replacement cycles.
For consumers, the initial large exposure to LED for general lighting applications will come in the form of LED bulb replacement that can be used in existing sockets. As the initial perception of the technology by consumers will come from this first exposure to bulb replacement, their quality and performance will be critical to the future of the industry. Standards and regulations are therefore needed to ensure simplicity of operation and a reasonable level of quality.
Dedicated LED modules will come in a second wave and deliver the full benefit of the technology. Additional standardization effort is however needed to ensure a minimum level of upgradability and interoperability.
Growth in general lighting applications will be enabled by significant technology and manufacturing efficiency improvements that will allow the cost per lumen of packaged LED to be reduced 10-fold between 2010 and 2020:
â€¢ Economy of scale
â€¢ LED efficiency improvement, including at high power (droop effect)
â€¢ Improved phosphors
â€¢ Improved packaging technologies
â€¢ Significant improvements in LED epitaxy cost of ownership through yield and throughput.
Organic LEDs (OLEDs) are still in their infancy. However, progress is steady. We expect AMOLED to capture a significant portion of the small-display market by 2015 and to start penetrating the large-display market by 2016. For the general lighting market, massive investment and significant technology developments are required. We expect the technology to start being offered to consumers in large volumes in 2016.
1400 NEW EPI-REACTORS IN THE 2010-2012 PERIOD
The equipment market will experience a dramatic growth cycle with demand driving the installation of close to 1400 reactors in the 2010-2012 period. Anticipation of future demand and generous subsidies in China will trigger the installation of another 700-1000 reactors in the same period, leading to a short period of oversupply starting in late 2011.
However, since this extra capacity will be mostly in hand of newcomers with little LED manufacturing experience, oversupply will mostly affect the low end of the market. There are already more than 60 companies involved in the epitaxy of GaN-based LEDs. This number will keep increasing in the next couple years, but we expect a significant amount of consolidation starting 2013 as many companies will not have reached the critical mass and technology necessary to survive and will disappear or be absorbed by larger players. LED manufacturing will be dominated by Asian countries, with already 90% of the epitaxy capacity located in Taiwan, Korea, China and Japan.
This report, co-branded with EPIC, the European Photonics Industry Consortium, provides a complete analysis of the LED industry along with key market metrics and company positioning. It provides updated volume and $$ forecast for packaged LED, split by application with capacity analysis and price trends. In addition, an extensive review of the LED manufacturers is provided, offering the most complete view of the LED industry available to date.
ABOUT YOLE DÃ‰VELOPPEMENT
Beginning in 1998 with Yole DÃ©veloppement, we have grown to become a group of companies providing market research, technology analysis, strategy consulting, media in addition to finance services. With a solid focus on emerging applications using silicon and/or micro manufacturing Yole DÃ©veloppement group has expanded to include more than 40 associates worldwide covering MEMS and microfluidics, Advanced Packaging, Compound Semiconductors, Power Electronics, LED, and Photovoltaic. The group supports companies, investors and R&D organizations worldwide to help them understand markets and follow technology trends to develop their business.
The Full Report is for sale. Click HERE.
INDEX OF COMPANIES MENTIONED IN THE REPORT
A-Bright, Advanced Photonics, American Bright, American Opto Plus, AOT, ApexScience & Engineering, APT Electronics, Aqualite Co, Arima, AUO, Avago, Bridgelux, Bright LED, Brightview electronic, CDT, Century Epitech Co., Chi Mei Lighting Technology Corp, Citizen Electronics, CREE, CS Bright, Daina, Dominant Semiconductors, Edison, Elec-tech, Enfis, Epiled, Epilight Technology Co. Ltd, Epistar, EpiValley, Everlight, Excellence Opto, Fangda Group, Formosa epitaxy (Forepi), Galaxia Photonic, GE, Genesis Photonics, Golden Valley Optoelectronics Co. Ltd, Hangzhou Silan Azure Co. Ltd, Harvatech, HC SemiTek, Heesung, High Power Opto Inc., Hi-Light, Hueyjann, Huga, Huiyuan Optoelectronic, Hunan HuaLei Optoelectronic, Hunin Electronic, Idemitsu Kosan, Illumitex, Invenlux, Itswell, KingBright, Kodenshi Corp, Konica Minolta, Korea Photonics Technology Institute (KOPTI), Kwality Group, Lattice Power Corporation, LedEngin, LEDTech, Lemnis, Lextar/Lighthouse, LG Display, LG Innotek, Lighting Science, Ligitek, Lite-On, LongDeXin (LDX), Lumei Optoelectronics, Lumenmax, Lumex, Lumileds, LumiMicro, Lumination, Luminus, Lumitek Corp., Lustrous Technology, Luxpia, LuxtalTek Corp., MokSan Electronics, Moser Baer, Nanosys, Nanya, Nationstar, Neo-Neon, Nichia, NiNEX, Oasis, Optek Technology, Opto Tech, Osram, ParaLight, Philips, Power Opto, Powerlightec, Rainbow Optoelectronics, Rohm, Samsung SEMCO, Sanan Optoelectronics, Sanken Electric, Seiwa Electric, SemiLED, Semileds, Seoul Semi/Optodevice, Shandong Huaguang Optoelectronics, Sharp, Shenzen Mason Technology, Shenzen Mimgxue, Shenzen Yiliu Electronic, Shenzhen Refond, Showa Denko, Stanley Electric, Sunpu Opto, Supernova, Sylvania, Tekcore, TESS, Tonghui Electronic Corporation, Toshiba, Toyoda Gosei, TSMC, Tyntek, UDC, Unity Opto, Visera T
ech, Vishay, VPEC, Walsin Lihwa, Wellipower, Wenrun Optoelectronic, Wooree LED, Xiamen Changelight, Xiamen Hualian, Ya Hsin, Yangzhou Huaxia Integrated Photoelectric Co., Ltd (DarewinChip), Yangzhou Zhongke Semiconductor, YoungTeck, Yuti Lighting Shanghai, Zoomview (Xi An Zoomlight)