MicroLED Industry Association - Page 7

We're happy to interview InZiv, as part of our series of interviews with MicroLED Industry Association members. InZiv develops testing and inspection equipment for display makers focusing mostly on MicroLED displays (but also QLED and OLED).

Q: Can you introduce your company and technology?

InZiv is a leader in display testing and inspection, providing high-resolution testing and inspection equipment to today’s foremost advanced display developers and manufacturers. InZiv’s proprietary nano-optical technology specializes in microLED displays, but also extends to QLED and OLED. With the size of pixels now reaching the single-micron scale, our testing equipment provides comprehensive data and nanometric resolution, empowering display manufacturers to improve their manufacturing processes, lower production costs, and enable greater access to the use of these displays by all consumers. Based in Israel, the company was founded in 2018, and counts a number of the world’s leading display manufacturers among its customers.

The MicroLED Association is hosting an open webinar in which we will give a talk focused on microLED yields: explaining the problem and its implications, and discussing the various strategies and next-generation technologies by microLED association members that aim to overcome and mitigate the problem.

The webinar will take place on February 21st (Tuesday) at 16:00 CET. You can use the following link to register, at no cost.

The MicroLED Industry Association published today a new white paper, that is focused on MicroLED production yields. This whitepaper discusses microLED yields, the current status, challenges ahead and several strategies and technologies that should help to mitigate the yield problem. Together with the white paper, the association is also hosting an open webinar.

Yield is an important parameter for display makers, as low yields can drastically increase production costs per panel sold. In the microLED industry, yields are even more crucial and are still a major challenge. In addition, as microLED production involves several separate steps, the yield discussion is more complex compared to the situation in LCD or OLED production.

The white paper is published on the MicroLED Association's website, and is open to the public.

We're happy to interview ClassOne Technology, as part of our series of interviews with MicroLED Industry Association members. ClassOne develops and sells high-performance electroplating and wet processing systems for the manufacture of advanced microelectronics, for both R&D and high-volume fab environments. For the microLED industry, ClassOne offers its Solstice single wafer electroplating and wet process platform, in addition to its reactor technology for the industry.

Q: Can you introduce your company and technology?

Joe Gaustad, Product Manager, ClassOne Technology: At ClassOne, our mission is to deliver the world’s highest performing and most elegantly designed electroplating and wet processing systems for the manufacture of advanced microelectronics. Engineered for maximum efficiency and flexibility on the manufacturing floor, our systems offer a comprehensive range of electroplating and wet process solutions validated, tested, fab proven, and designed for top performance in both high-volume and R&D fab environments.

The MicroLED Industry Association announced two new topical webinars, private events for association members. This is in addition to the upcoming Perovskite webinar and AR webinar.

The first webinar is focused on quantum dots (QD) technologies. In this webinar, we hope to learn more about the state-of-the-art QD and color conversion R&D, with a focus of course on applications in the microLED industry. The event will take place on March 6^th, and here's the agenda:

• Prof. Dmitri V. Talapin: world-leading QD researcher from the University of Chicago, who will update on the latest QA research
• Nanosys: leading QD developer (speaker TBD)
• GE: "Phosphor converted miniLEDs and microLEDs based displays" (MicroLED Association member)
• QustomDot: "InP-based quantum dots for color conversion in microLED applications" (MicroLED Association member)

The MicroLED Industry Association published today its first white paper, an application note that discusses the feasibility of microLED wearable displays soon, focusing on an LED cost analysis to see if such a display actually makes sense for smartwatch makers by 2024.

The white paper can be downloaded over at the MicroLED Association's website.

The MicroLED Industry Association (MIA) continues to grow and welcome new members from across the MicroLED industry. The MIA offers its members a chance to be a part of a unique community and enjoy resources like participation in white papers, online meetings, webinars, and much more. 

Some of the latest members of the MIA include 3M, University of California Santa Barbara (UCSB) and Fraunhofer FEP, and here is what they have to say:

Minbeom Seo, 3M's Display Materials Business Development & Strategy manager said : "3M joins the MicroLED Industry Association to solve big problems in microLED display technology and market. We believe we can come up with innovative microLED solutions through collaboration with 3M science and world class partners".

We're happy to interview Unikorn Semiconductor Corporation, as part of our series of interviews with MicroLED Industry Association members. Unikorn is a professional III-V compound semiconductor foundry that was spun-off from Epistar and now is a part of Ennostar. Unikorn focuses on epitaxy and wafer/chip processing.

Q: Can you introduce your company and technology?

Unikorn Semiconductor Corporation, a subsidiary of Ennostar Inc., is a professional compound semiconductor foundry located in Hsinchu Science Park, Taiwan, and focuses on epitaxy and wafer/chip processing by providing corresponding process parameters and production platforms that meet customers’ unique specifications and technology requirements. Not only does Unikorn offer customers our professional and quality manufacturing service on lead time, yield and customized designs, but it also ensures the protection of intellectual properties, process recipes, and structural designs of our customers with the strictest standards.

With the development of new technologies and applications, markets grow rapidly. Unikorn has the proven ability to provide comprehensive foundry services that meets these booming applications.

We're happy to interview Comptek Solutions, as part of our new series of interviews with MicroLED Industry Association members. Comptek, established in 2017 as a spin-off from the university of Turku, Finland, develops quantum technology (branded as Kontrox) that boosts the performance of devices such as microLEDs and lasers.

Q: Hello! Can you introduce your company and technology?

Vicente Calvo, Comptek's CEO and co-founder: Comptek Solutions is a forerunner in III-V compound semiconductor surface engineering. We have developed a novel surface treatment process - Kontrox - which effectively passivates the surface of the materials by forming a high-quality native crystalline oxide layer with very low surface defect state density.  In µLEDs, Kontrox is applied to the chip sidewalls to prevent non-radiative recombination mechanisms, effectively passivating the surface.  This drastically improves the performance and manufacturing yields of µLEDs, particularly at small chip sizes.

Q: Can you say why you joined the microLED association and what you hope to achieve?

The association is a perfect networking platform offering an excellent outlook on the current developments and trends in the µLED industry. We particularly appreciate the opportunity to connect to key industry players.