Qpixel Technology

About Qpixel Technology

Q-Pixel Inc. is a Los Angeles-based company, founded in 2022, operating in the application-specific semiconductor industry. The company was co-founded by CEO J.C. Chen, who leads a team of engineers and entrepreneurs with experience in MOCVD-grown GaN material, LEDs, and displays.

The firm concentrates on developing next-generation microLED display technology, targeting a major bottleneck in the industry: the high cost and complexity of manufacturing. Q-Pixel has engineered a polychromatic microLED, a single pixel that can be tuned across the full-color spectrum. This approach replaces the traditional method of using separate red, green, and blue subpixels to create a full-color image. The key benefit of this single-pixel system is its potential to enable displays with higher resolution, increased brightness, and lower power consumption at a reduced manufacturing cost. The technology is applicable to a wide array of screen sizes, from large-area displays over 100 inches to compact devices like smartphones and AR/VR headsets.

A significant milestone was achieved in May 2024, when Q-Pixel debuted what it claims to be the world's highest-resolution active-matrix color display at 6800 pixels per inch (PPI). Unlike many advanced displays that use micro-OLEDs, Q-Pixel's product is fabricated entirely from inorganic III-V compound microLED pixels, which offer advantages such as faster response times, longer lifespan, and better energy efficiency. To address the critical challenge of pixel transfer during manufacturing, the company introduced its proprietary Q-Transfer technology in July 2025. This process is designed to radically improve the transfer yield to over 99.9995%, a crucial step for making large-scale, high-quality microLED displays commercially viable and affordable.

Q-Pixel operates as a fabless semiconductor company and joined the Silicon Catalyst incubator in November 2023 to accelerate its development and market engagement. The company's business model revolves around its core technology of color-tunable microLED pixels, aiming to revolutionize the display market currently dominated by older technologies. Its clients are expected to be manufacturers of consumer electronics, including wearables, mobile devices, and transparent displays.