Yole: micro-IC based microLED production could lead to large disruptions in the display industry

Display market analysts from Yole Développement posted an interesting article, that speculates that Apple and Huawei are looking into microLED displays based on Si-CMOS micro-ICs. This model could have tremendous implications for the display market.

Display market disruption by microIC microLED displays (Yole)

The idea is that the device maker (Apple is likely to be the first to go down that route) will source micro LEDs from LED producers (or produce these in-house) and source microICs from foundries. Apple could then assemble these into its own displays, in-house. This means that in this model there's no room for traditional display makers which could lead to large disruptions in the display market, according to Yole.

Aledia orders Veeco's 300mm MOCVD systems for its upcoming MicroLED production fab

Veeco announced that France-based 3D GaN LED developer Aledia has selected the company's Propel 300mm HVM MOCVD system for its microLED production plant. Veeco says that the Propel system, featuring a SEMI-compliant Equipment Front End Module (EFEM) with cassette-to-cassette automation, was chosen due to its highest productivity with the lowest defectivity compared to alternatives.

Veeco Propel GaN MOCVD system photo

Last month Aledia announced that it plans to establish a 140 million euros LED production fab in Champagnier, near Grenoble in France. The company already raised 80 million Euros and its great to see the company already ordering production equipment.

A discussion on MicroLED efficiency - microLED displays

This article is the second article in a short series of articles that discuss the efficiency of microLED displays. Our previous article discussed the quantum efficiency of microLED chips - with a conclusion that these can be quite efficient.

PlayNitride high-brightness high-density passive-matrix wearable Micro-LED prototype (SID 2019)

This article will look at the entire microLED display, and also compare it to current LCD and OLED displays. After all one of the main advantages of microLED displays is the increased efficiency (and brightness) compared to current displays. Most people assume that indeed microLEDs are much more efficient than OLEDs and LCDs.

JBD will start selling its 0.13" VGA monochrome microLED microdisplays next month

In May 2020, China-based MicroLED microdisplay developer Jade Bird Display announced a new 0.13" VGA microdisplay - which it says is the world's smallest microdisplay. JBD today announced that next month it will stat selling these displays.

Jade Bird Display 0.13'' VGA MicroLED Microdisplay photo

The JBD4UM480P microLED display is a monochrome 640x480 0.13-inch display, that offers a brightness of 2 million nits (green), 200,000 nits (red) or 150,000 nits (blue), with a power consumption of a few hundred milliwatts under average operation conditions.

Aledia raised €80 million towards its mass production microLED fab

Last month France-based 3D GaN LED developer Aledia announced that it plans to establish a 140 million euros LED production fab in Champagnier, near Grenoble in France. Today the company announced that it closed €80 million in funding, out of the planned €120 million Series D investment round.

The lead investor in this round is the Investment Fund Société de Projet Industriel (SPI), a fund managed by Bpifrance. SPI is joined by the majority of the existing strategic investors, including Intel Capital.

XDC and Lextar entered into development, licensing and services agreements

LED developer Lextar and microLED display developer X Display Company (XDC) announced that the two companies entered into a development, licensing and services agreements. Lextar licensed XDC's IP and Lextar will supply its high-performance microLED chips to XDC's customers.

XDC - LED, printing, display image

Lextar says that this agreement will accelerate the commercialization of next-generation microLED displays, and its customers can now benefit from a one-stop service, from microLED chips to display modules.

A discussion on MicroLED efficiency - microLED chip efficiency

This article is a first article in a short series of articles that discuss the efficiency of microLED displays. And we start with the quantum efficiency of microLED chips.

LED device efficiency (IQE) - DOE estimates and forecasts

LED devices are quite efficient. In the chart above (by the DoE), you can see that the efficiency (external quantum efficiency, or EQE) of a blue LED is around 70%. It is generally accepted that as LED chip size decreases, the efficiency of LED devices decreases as well.

Compound Photonics and Axus Technology partner to accelerate CP's microLED microdisplay development

Compound Photonics announced a new partner ship with Axus Technology to help accelerate MicroLED microdisplay development. The two companies will integrate critical wafer-scale processes needed for mass-production scale of CP's microLED displays.

Axus Capstone advanced CMP equipment photo

Specifically, Axus will deploy its Capstone CMP system with integrated post-CMP clean to enable wafer planarization and surface preparation process solutions for successful wafer-scale bonding of microLED wafers to high-performance CMOS backplanes.

Sharp splits off its display technology unit, to focus on MicroLED displays

According to reports from Japan, Sharp plans to split-off its display unit, in order to better focus on MicroLED technology development. The spin-off will also enable the new company to more easily secure funds, according to the report.

The new unit will be called Sharp Display Technology, or SDTC, and will be based in Kameyama. SDTC will focus on microLED technologies as its next-generation display tech, but in the meantime the company will also take over Sharp's existing LCD factories (and OLED R&D lines). The company aims to use the Hakusan LCD factory (recently acquired from JDI) for microLED R&D - and eventual production site.