The solution is intended for multiple industries spanning consumer electronics, automotive, aerospace, medical, and industrial.
Enabled by VueReal’s MicroSolid Printing platform, the ColourFusion microDisplay integrates full colour microLED technology, an image quality enhancement algorithm, and LCOS (Liquid Crystal on Silicon) systems to deliver high resolution, high grayscale and colour depth, high contrast and, critically, low power consumption through a power-saving algorithm and variable frame rates.
VueReal’s MicroSolid Printing platform addresses the foremost challenge in the mass adoption of microLED displays, that is the efficient transfer of microLEDs from wafer to backplane. VueReal’s patented process can transfer millions of micrometer-sized LEDs with unparalleled throughput, scalability, and high yield.
The ColourFusion microDisplay technology use VueReal’s proprietary MicroSolid Printing to fabricate full colour microLED displays, known for their exceptional brightness and energy efficiency. By enhancing these displays with LCOS technology, VueReal has achieved what it being described as a breakthrough in effective resolution that surpasses many existing AR displays.
"ColourFusion microDisplay is designed to overcome the traditional barriers of AR technology, particularly in terms of resolution and coluor accuracy," said Dr. Reza Chaji, founder and CEO of VueReal. "By integrating our cutting-edge microLED technology with LCOS systems, we have achieved a level of visual fidelity and energy efficiency that will transform the future of augmented reality."
ColourFusion microDisplay features include:
Enhanced Resolution: By combining efficient full colour microLED with LCOS technology, ColourFusion microDisplay offers enhanced pixel density and sharper visuals.
Image Quality: Leveraging the power of full colour microLEDs, the display produces a full spectrum of vibrant colours and high contrast without the challenges of traditional LCOS with colour breakout, and low contrast.
Energy Efficiency: The utilisation of full colour microLED displays enables the implementation of low-power mode, wherein the display's frame rate can be adaptively adjusted according to usage, thereby decreasing both system and display power consumption.
ColourFusion microDisplay enables the use of higher efficiency microLEDs to enable additional power consumption improvements. Additionally, the culmination of light is more efficient with the LED utilised for this application, and the light coupling from LCOS to optics is also more effective.
