Micro-LEDs | Display | Porotech | Trends | Oct 17, 2022

Porotech Announces World’s First “All-In-One” Full-colour MicroLED Display

Porotech, a global leader in microLED and Gallium Nitride (GaN) semiconductor technology, today announces the world’s first public demonstration of an “all-in-one” full-colour display of microLED pixels.

Porotech is pioneering the next generation of displays by using a single microLED diode for all colours, moving away from the constraints of the RGB (red-green-blue) sub-pixel model that underpins all current commercial display technologies. Porotech’s innovation lies in its game-changing DynamicPixelTuning™ (DPT) technology. 

By using a new class of Gallium Nitride materials, DPT enables a single microLED chip to produce any visible colour. The material that underpins DPT, PoroGaN®, allows a modulated current to be leveraged to emit visible light covering the entire colour spectrum on a single microLED chip. Among the colours it can emit a DPT microLED is able to achieve a world first by emitting pure white colour from a single pixel.

DPT’s potential is game-changing for the display industry at large. Through removing the need for RGB sub-pixels, DPT allows a microLED-driven display to increase overall pixel density fourfold. As a result, DPT can produce substantial gains in resolution, brightness and efficiency for every type of display. This breakthrough is of particular interest for small form factor displays that demand high resolutions, such as AR and VR displays, as well as wearable tech. 

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DPT colour gamut exceeds traditional sRGB. With tuneable wavelength (grey crosses) & colour-mixing an extremely wide colour gamut (including white) can be accessed.

According to a market report from Grand View Research, the global AR market size in 2021 sat at $25.33 billion and is expected to grow by 40.9% a year from 2022 to 2030. Porotech is already making waves in the AR industry, including in Silicon Valley, with the DPT technology winning ‘Best Prototype’ at the 2022 Display Week industry gathering.

MicroLEDs represent the only viable solution for the future of display technology, offering myriad benefits such as improved brightness, energy efficiency, contrast ratio, longer device lifetimes, along with greater pixel densities and resolutions. Porotech’s all-in-one pixel technology allows microLEDs to achieve unparalleled commercial viability, removing the reliance on RGB altogether – a cumbersome approach dating back to the days of cathode-ray tube (CRT) displays.

Porotech will be making the first public debut of DPT at CES 2023 in Las Vegas, where it will be showcasing a 0.26 inch DPT microdisplay with a <5 micrometre full colour pixel, followed by various other industry events in Q1 2023.

Porotech’s CEO and Co-Founder Dr Tongtong Zhu says: “The world’s first full colour and all-in-one microLED display is a monumental achievement by Porotech. Mass-produced microLEDs will be pivotal for the future of displays, particularly the emerging AR and VR spaces. Our technology has solved a fundamental technical and engineering problem facing microLED display quality, manufacturability, and—most importantly—system integration.”

“This doesn’t just herald widespread adoption of consumer-grade MR, VR, and AR. In fact, DPT also offers radical improvements in TV, signage, and smart wearables in both consumer and professional contexts. By allowing pixels to move beyond RGB and quadrupling the resolution of any given display, DPT is set to unlock new uses for displays in every segment of society.”

About Porotech | www.porotech.com
Porotech is a microLED pioneer and gallium nitride (GaN) material technology developer, headquartered in Cambridge (UK), with offices in Hsinchu (Taiwan) and Chandler, Arizona (USA). Focused on next-generation display applications, Porotech’s game-changing PoroGaN® technology platform enables ultra-small and efficient microLED solutions that emit all colours of the visible spectrum within a single diode. 

Dr Tongtong Zhu, Porotech CEO and co-founder, has a PhD in Materials Science from Cambridge University and a diverse background across physics, electronics, engineering, and materials science, along with many years of experience in the field of III-nitride semiconductor materials and devices.

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