MicroLED displays could disrupt LCD and OLED

Microled Displays report – Yole Développement – February 2017


  • Hype and reality: hopes for smartwatches and beyond must overcome technical and manufacturing challenges.
  • There are many engineering and manufacturing roadblocks before microLED reaches prime time.
  • If successful, microLED displays could have profound impact on both the LED and display supply chains.

To download the JPEG format, please click Gallery

LYON, France – February 16, 2017: “MicroLED could emerge as a new display application with unique performance benefits”, comments Dr Eric Virey, Senior Technology & Market Analyst at Yole Développement (Yole). “But there are still numerous challenges ahead”.
Interest in microLED displays has grown exponentially since the acquisition of Luxvue by Apple in 2014. Since then, numerous companies have initiated work on the development of innovative technologies: KnowMade, Yole’s sister company identified more than 1,570 patents in the microLED field during the 2000 – 2016 period. Multiple companies have invested in microLED development but startups including X-Celeprint, Playnitride, Mikro-Mesa, VueReal and Lumiode… have been the most active.
The “More than Moore” market research and strategy consulting company Yole expands its solid-state lighting and displays activities including LED, OLED, UVLED… towards the microLED technologies with a new technology & market report titled MicroLED Displays. Today Yole’s team proposes a deep understanding of the microLED technologies, current status, prospects roadblocks and key players. Initially focused on LED substrates, devices and advanced packaging, the consulting company is following the market & technology evolution and enlarge its expertise.

Micro-light emitting diodes or MicroLED are an emissive display technology. Just like OLED , they offer high contrast, high speed, and wide viewing angle. However, they could also deliver wider color gamut, dramatic – orders of magnitude – higher brightness, significantly reduced power consumption and improved lifetime, ruggedness and environmental stability. In addition, microLEDs allow the integration of sensors and circuits, enabling thin displays with embedded sensing capabilities such as fingerprint identification and gesture control.

The first MicroLED commercial product was unveiled by Sony in 2016 in the form of a small-pitch LED video display where traditional packaged LEDs are replaced by microLEDs. The first consumer killer-app could come in the form of smartwatches, propelled by Apple, and its acquisition of Luxvue. MicroLEDs could also eventually dominate augmented and mixed reality displays thanks to their unique ability to deliver both the brightness and low power consumption required for the application.

“We expect smartwatches and AR/MR microdisplays to be the first applications for microLED displays”, comments Dr Virey from Yole. “However due to the variety of technical challenges still to be solved, we remain cautiously optimistic and do not expect to see any product on the market before at least 2019 and most probably 2020.”

Moreover initial success in smartwatches could accelerate technology and supply chain maturation, making microLED competitive against OLED in high end TVs, tablets and laptops. Although less disruptive for those applications, microLED would still bring the best of OLED and LCD together. Smartphones will be a tough nut to crack and require further technology improvement in the manufacturing and handling of very small microLEDs (< 5 µm). In the most optimistic scenario developed by Yole’s analysts, the market for microLED displays could reach up to 330 million units by 2025.

A detailed description of this new technology and market report is available on i-micronews.com, LED section.

OLED: Organic Light Emitting Diodes
AR/VR : Augmented Reality/Virtual Reality
LCD : Liquid Crystal Displays

Connect with us

About report:

Newsletter subscription

About Yole Développement