IHS Markit Forecasts Growing GaN LED Surplus


MOCVD shipment numbers suggests that the GaN LED surplus could reach 28.3 percent in 2019

After assessing planned purchases by suppliers, IHS Markit projects that 330 MOCVD reactor chambers producing GaN LEDs will be installed in 2018, leading to a growing surplus.

Focus Lighting and Shenzhen MTC have announced MOCVD expansion plans in recent months, while Sanan, Osram Opto, HC Semitek and others will also expand in 2018.

At the MOCVD shipment peak, 754 reactor chambers shipped in 2010. However, allowing for the greater production capacity of today's more modern reactors, the actual wafer and die area capacity added in 2018 will be similar to that peak year.

In the last two years, the GaN LED wafer and die surplus has been quite small. Capacity utilisations have been high, but in an environment of uncertain demand and falling prices, suppliers were reluctant to make further investments, writes Jamie Fox, principal analyst, lighting and LEDs group, IHS Markit.

Chinese companies are once again taking advantage of subsidies, to respond to growing demand. Mid-power LEDs in lighting, automotive headlights and signage are among the areas that did well in 2017, and they will continue to grow in 2018 - even allowing for the fact that some portion of the announced orders might be canceled or deferred into the following year. The expected over capacity will have a bigger effect on some markets, including lighting, and less on automotive and other markets, where the newer entrants are not qualified and the barrier to entry is much higher.

In 2017, the GaN LED surplus was 7.4 percent, which IHS thinks will grow to 15.8 percent in 2018 and 28.3 percent in 2019 (with an average capacity utilisation of 78 percent in 2019).

This IHS Markit forecast takes into account the available GaN LED supply "“ AMEC and Veeco will likely be working at full capacity, to meet expected higher demand in the coming years. Shipments in 2018 may even be limited by available supply, rather than demand.

China gaining market share from other countries

China's production capacity for LED wafer and die increased dramatically between 2010 and 2018. The country has transformed itself from a small player in the LED market, to become the country with the biggest production capacity. Indeed, the production capacity of China is larger than the rest of the world combined.

This planned growth by Chinese companies was more than an attempt to meet demand; instead the goal was to increase the country's market share. In fact, San'an (China) is now clearly ahead of Epistar (Taiwan), as the world leader in wafer and die production capacity.

In a world of $0.01 packaged 2835 mid-power LEDs for general lighting in Asia, LED vendors from other countries are realizing they cannot compete with China's subsidies and low costs. Vendors outside China are therefore now typically focusing on other LED categories for growth and profitability, including high power instead of low power, automotive instead of lighting, ultraviolet instead of visible, and light engines instead of packaged LED.

Another dynamic is that most non-Chinese companies have not expanded their capacity in recent years. In fact, many of them have not invested in MOCVD at all, which means capacity may even decline over time, as older machines go offline. These companies instead buy die from China and sell it as packaged LED or light engines. In some cases, they outsource to China their entire production of packaged LEDs. The current trend of expanding production capacity - along with further expansions in China - likely means this trend will continue.

LG Innotek revenue declined in its fourth quarter of 2017, and the company announced it would instead focus on higher-end products and ultraviolet LEDs. This is a direct response to the growth of Chinese capacity and the Chinese. Other companies have followed a similar strategy, but they have been able to avoid revenue declines by focusing more on the high-end market, along with automotive and signage, in addition to lighting.

Transphorm’s High Voltage GaN Helps Inergy Disrupt The Solar Power Generator Market
Lumileds Launches New Plant Growth LEDS
Selectronic And Hongli Zhuihui Forge $75m LED Deal
CST Global Launches Photonics Forum
Complete Electronics Package For Initial Tests And Test Series
CST Global Appoints Dr. Tiina Delmonte As R And D Programme Manager
Imec Grows 2D Materials On 300mm Wafers
EV Group Unveils Next-Generation Fusion Wafer Bonder
Infinera Expands Open Optical Networking Capabilities
Marktech Optoelectronics Announces Multi-wavelength Emitters, Detectors And LEDs For Wearables
Mobile 5G To Be Commercially Launched In MENA In 2019
POET Grows Q3 Revenue 20 Percent
DISCO Announces 8inch Wafer Grinder
New Ultra Wideband 0.5W GaAs Distributed Driver Amplifier Operates From DC - 30 GHz With High Linearity
Mitsubishi And University Of Tokyo Collaborate To Enhance Reliability Of SiC Devices
Philips Photonics Reaches One Billion VCSEL Shipment Milestone Due To Growth In Smartphone 3D Sensing Applications
3D Imaging Technique Unlocks Perovskite Properties
GEIC Expands 2D Materials Partnerships
OSA Opto Develops High Performance UVC LED Module
Heterostructure Photodiode On An InAs Substrate
European InP PIC Pilot Project Takes Off
AquiSense Technologies Announces R&D Agreement With US EPA And Washington University For UV LED Disinfection Development
Automotive Lighting: New SSL Technologies Integration Is Transforming The Industry
Nitride Semiconductor Enters Micro-LED Display Market

Search the news archive

To close this popup you can press escape or click the close icon.
Register - Step 1

You may choose to subscribe to the Compound Semiconductor Magazine, the Compound Semiconductor Newsletter, or both. You may also request additional information if required, before submitting your application.

Please subscribe me to:


You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: