VR / AR

RayNeo announced its latest AR headset, the RayNeo X3 Pro, powered by full color microLED displays. The company says that the optical engine is ultra compact - and is in fact the world's smallest mass-producible full-color micro-LED optical engine. It is based on three monochrome microLEDs and can deliver up to 2,500 nits of brightness. 

The RayNeo X3 Pro is based on Qualcomm's Snapdragon AR1 Gen 1 Platform, and it features a dual-camera system, one for high-definition photography and AI applications, and the second, lower power and with a wide field of view, for perception (such as SLAM and hand tracking).

Plessey Semiconductors, together with Meta Platforms, announced that they have developed the a native red microLED microdisplay that achieves up to 6 million nits with a chip size of 5 um. Plessey says that this is world's brightest microLED device at this size.

In March 2020, Meta signed a deal with Plessey to dedicate all of Plessey's microLED manufacturing operations to support Meta with its own product development. Facebook pretty much acquired Plessey's microLED operations with this exclusive deal. 

France-based microLED developer and MicroLED Association member Aledia announced that it has finished the construction of its $200 million microLED production line in Grenoble, and the company is now starting to produce AR microLED microdisplays based on its 3D Nanowire platform.

The new microLED microdisplays are full color displays, based on monolithically grown native red, green and blue devices. The company says that is 3D GaN Nanowire material platform is more efficient and bright than regular (2D) LEDs. The company grows the LED on 8-inch and 12-inch silicon wafers, and can currently ramp up to almost 20,000 monthly wafers.

MicroSolid Printing pioneer VueReal is going to unveil several new technologies and products at CES, as the company gets ready for microLED display commercialization. VueReal wants companies to take advantage of the unique properties of microLED displays (mainly the customized production process and the high transparency and high brightness) and this year it will focus on new applications that can be enabled only by microLEDs.

First up, VueReal is launching new microLED Design Reference Kits to enable product designers to buy display samples and integrate into new designs. The first kit will provide microLED-powered lighting panels. These resemble OLED lighting panels - area lighting that is uniform. But unlike OLEDs, microLEDs will provide high brightness, long lifetime, and reduced costs. These are basically monochrome simple displays, and VueReal will offer either in native colour (R, G, B) or phosphor coated (white, red, amber).

A year ago Foxconn announced a strategic partnership with Porotech to co-develop microLED microdisplays, targeting AR, wearable and other applications. Foxconn said that this partnership will utilize Porotech's Dynamic Pixel Tuning color-tunable GaN-on-Silicon microLED technology and Foxconn's technologies in semiconductor wafer manufacturing, packaging, IC drivers, CMOS backplanes, module assembly and system assembly.

According to a new report from China, Foxconn plans to build a microLED epiwafer production line in Taichung, Taiwan. Foxconn aims to start mass production by the end of 2025.

China-based MicroLED microdisplay developer Jade Bird Display have developed a full-color microLED microdisplay that achieves a brightness of 2 million nits (white-balanced).

JBD says that its Phoenix series RGB microdisplays offer a pixel pitch of 5 micron, an ultra-thin stack of less than 5 micron, native RGB emitters and high color fidelity. JBD hopes to commercialize its full color microdisplays in Q3 2025. 

In 2022, Google acquired Raxium, a US-based microLED microdisplay developer. The company has since continued the development of these microdisplays, and yesterday it has demonstrated its latest Project Astra AR headset, that is powered by Raxium microdsiplays.

Google did not disclose any more information on these displays or the headset. The new prototype was shown during the company's joint-event with Samsung showcasing Google's new XR initiatives and Samsung's latest headset design.

Trendforce analysts say that microLED chip revenues is set to grow from around $27.5 million in 2023 to $489.5 million by 2028, driven by adoption of microLED displays in automotive and AR applications.

The industry still suffers from technology challenges and high production costs, which means that demand for microLED displays is weak. Trendforce actually reduced its previous estimation (just a few months ago, it estimated that sales will reach almost $580 million in 2028).

INMO Technology officially launched its latest AR glasses, the INMO GO 2, that feature microLED microdisplays. The glasses use JBD's Hummingbird Mini II Optical Engine, with the company's 0.13" green monochrome VGA microdisplays. 

The INMO GO2 offers real-time simultaneous translation technology, supporting 40 languages and 90 accents.  The company says the battery life is 150 minutes of use on a full charge. The GO 2 are powered by a quad-core CPU and run on Android 9 with 2GB of RAM and 32 GB of storage. 

Rokid announced a new AR headset, called Rokid Glasses, that are based on JBD's 0.13" VGA microLED microdisplays.

The Rokid Glasses offers a Snapdragon Qualcomm AR1 chipset, 12MP camera, 2GB of RAM, a battery life of 4 hours, and a charging carry case that can hold up to 10 full charges. The Rokid Glasses weigh 49 grams and offers several frame colors. Rokid will start selling the new AR headset by June 2025, with a price tag of 2,499 Yuan (around $350).