Archives 2023

December 14, 2023

Cockpit Designs for the Future of Mobility

Mike Casper, co-founder and CEO of Azumo

Presentation Abstract

In the rapidly evolving automotive industry, the rise of new entrants is heralding a new era in vehicle design and the overall driver and passenger experience. At the heart of this transformation is the fact that autonomous and electric vehicles offer new opportunities to reimagine the vehicle's interior, with a special focus on the cockpit. The integration of expansive, pillar-to-pillar dashboard displays and panoramic heads-up displays alongside various Human-Machine Interfaces (HMI) and smart surfaces represents a shift that transcends aesthetics to address functional needs. These display and touch sensor innovations are pivotal as the cockpit design evolves to accommodate multiple driving modes in an era where the roles of driver and passenger are increasingly fluid. This talk will provide insights into the future of cockpit designs and the various technologies being explored in this new era of mobility.

Mike Casper

Mike Casper, a seasoned entrepreneur, engineer, and marketer is the co-founder and CEO of Azumo, a display technology firm based in Chicago, with global operations in Mexico, China, and Japan. Mike's professional journey began after earning a BS in Mechanical Engineering from the University of Wisconsin-Madison and an MBA from the Kellogg School of Management at Northwestern University. He kickstarted his career at global firms such as 3M and ZS Associates, where he honed his expertise across a range of domains, from manufacturing and energy solutions to technology marketing. His entrepreneurial journey took off with the co-founding of FLEx Lighting in 2008, where he co-developed innovative lighting technology with versatile applications. He has served as the CEO of Azumo for over 15 years, steering it through business development and strategic planning while securing global strategic partnerships with industry leaders such as Sharp, AUO, and Foxconn, to name a few. Azumo’s lightguide technology is used in reflective LCDs for a variety of commercial and industrial applications, and is currently being integrated into new automotive applications. Residing in Chicago with his wife and three children, Mike enjoys running, basketball, and spending quality time with his family.

November 15, 2023

Multi-Color Dynamic Surfaces Using ePaper Film

Bryan Chan, Senior Director of Business Development and Applications Engineering, E Ink

Presentation Abstract

E Ink has developed a multi-color film meant for product and industrial designers giving them the ability to add dynamic surfaces to their designs. Based on electrophoretic technology, E Ink Prism 3S delivers rich, vibrant colors that can change with a simple click of a button. The result is a natural looking, beautiful surface that can be customized any time a user desires. Prism can be used across a range of products from consumer electronics, durable goods, art, architecture, and automotive wraps. Learn how Prism technology works, the use cases, and future of dynamic surfaces.

Bryan Chan

Senior Director of Business Development and Applications Engineering, E Ink

Bryan Chan is Senior Director of Business Development and Applications Engineering at E Ink. He leads the business development activities at E Ink working on strategic initiatives and new applications. Prior to leading the business development team, Bryan led product management for ink and displays for retail and IOT.  Before joining E Ink, Bryan was at Marvell and Advance Micro Devices in business and technical roles. Bryan holds a B.S. in Electrical Engineering from Stanford University and has over 35 issued patents.

Bryan is currently serving as Regional Vice President for SID’s Bay Area chapter and has been actively volunteering and promoting SID for the past 9 years.

Bryan's  LinkedIn

October 18, 2023

Towards Immersive Augmented Reality

Matt Colburn, R&D Director, Meta Reality Labs Research, Meta

Presentation Abstract

We are nearing the precipice of great change in the way we interact with data, our community, and the world. Many see virtual / mixed / augmented reality as the next evolution in computation as new interface modalities enhance the way we experience the world. An essential component for an immersive augmented reality is a high-resolution, large field-of-view near-eye display. This seminar will review components and functionality of an AR-display system and delve into the details of how a representative see-through combiner functions.

Matthew Colburn

Matthew Colburn is a technology leader with experience delivering innovative solutions at the intersection of materials, optics, and nanofabrication. In 2001, he received his Ph.D. in Chemical Engineering at The University of Texas at Austin developing imprint lithography technology. After graduating, Dr. Colburn joined IBM Research ultimately leading their advanced patterning organization. In 2016, he joined Oculus Research (now Meta Reality Labs Research) and grew the Waveguide product team within Display and Optics. Currently, he is the research and development director focused on driving immersive augmented reality combiner technology within the Optics and Display Research organization. He has over 100 issued patents, co-authored over 80 publications, and 2 book chapters

September 29, 2023

BASID Annual Dinner, September 29, 2023

Matt Caspari, Managing Partner, Alumni Ventures

The Bay Area Chapter of SID invites you and your guest to the BASID 2023 Annual Dinner

Bay Area SID Chapter warmly invites you to join your local display industry colleagues for our annual social event, an evening full of delicious food, beverages, and great company! This year we are hosting our tradition at a brand new stunning location, The Glasshouse in San Jose, a 12,000 sq. ft. premier event space. Reserve your spot today for you and your guests and enjoy the advantages of being an SID member. BASID is covering the majority of the expense making it more affordable to attend. In addition, this year we have a captivating speaker, a veteran in the venture capital world. Matt Caspari will share his insights on the venture industry focusing on new green technologies that promise to benefit our environment. We are looking forward to seeing you at BASID's Annual Dinner!

Venture Capital Trends and Climate Tech 2.0: Navigating the New Wave of Sustainable Innovation

The presentation will begin with an overview of the prevailing trends in the venture capital market. The spotlight will then shift to the evolution of climate tech investing, drawing a clear contrast between the first wave (Climate Tech 1.0) and the current, more investable market dynamics (Climate Tech 2.0). We will explore the unique opportunities and challenges that this new wave presents, not only for investors and entrepreneurs but also for society at large, underscoring the transformational potential of sustainable innovation.
Matt Caspari is an accomplished entrepreneur and investor with 20 years of experience. As a Managing Partner at Alumni Ventures, he focuses on investing in mission-driven founders and frontier technologies that can reshape our world. He’s made investments spanning AI, aviation, battery technology, cybersecurity, defense, direct air capture of CO2, energy generation, longevity, and sustainable food production. Prior to joining Alumni Ventures, Matt was a leader of the innovation team at Nike where he oversaw a portfolio of projects and led global cross-functional teams. Matt was the founding CEO of Aurora Biofuels, which grew to over 100 employees and raised more than $100M in capital before being acquired by Reliance Industries. Matt holds an MBA with a Certificate in Entrepreneurship from UC Berkeley’s Haas School of Business and a BS in Biochemistry from Georgetown University.

Venue: The Glasshouse

84 W Santa Clara St. #100 San Jose, CA 95113 https://www.tghsj.com/

Timeline:

5:30pm: Beverage reception with hors d'oeuvres 6:30pm: Dinner served 7:30pm: Keynote address Parking Information: ParkSJ: Market & San Pedro Square Parking Garage , 45 N San Pedro St, San Jose, CA 95113 Menu: To be updated. Pricing: SID member+up to 3 guests, $50/ person. SID membership registration link

Sponsor

SID, Bay Area would like to thank our sponsor Corning for their generous support.

Corning develops cutting-edge solutions in consumer electronics, advanced optics materials for the semiconductor industry, and many applications in between.

August 16, 2023

Presentation Abstract

Imagine having access to cartridges loaded with different optoelectronic devices (microsensors, microLEDs, micro-chipset, micro-AI unit, etc.) and a printer that can print them on substrates to create multifunctional surfaces™. This is what VueReal is achieving with its microSolid Printing platform. It will revolutionize how we make hardware applications, eliminating the limitations imposed by manufacturing CapEx, high volume requirements, and lead times while offering access to a wide range of functionalities, ease of manufacturing, and higher-performance devices. This solution allows different small devices to be integrated into surfaces affordably, scalably and rapidly. It can meet the demands and cost of smartphone displays and enable large-size TV screens. There are no compatibility issues with different material sets for other devices such as sensors, chiplet, etc. Let's discuss how VueReal microSolid printing works and how it addresses the significant issues associated with the selective and mass integration of micrometres-size devices (e.g. cost, yield, throughput, and performance). We will review some case studies such as AR, Smartphones, smartwatches, IT, and automotive displays. There are many different approaches to full-color AR displays (some of these methods can also be used for other applications). Let's review them and discuss the pros and cons of each method!
Reza Chaji, CEO and co-founder of VueReal Inc

Reza Chaji is the CEO and co-founder of VueReal Inc. This Waterloo-based company is focused on revolutionary technologies for enhancing electronic systems (displays, sensors, AI, Autonomy, medical, health, automotive, …) by integrating millions of micro optoelectronic devices into system substrates scalably, affordably and rapidly.

He has extensive experience in developing and commercialization of advanced technologies. His work for enhancing OLED TVs' yield, quality and reliability is adopted in today’s OLED TVs.

He received his Ph.D. degree (2008) in Electrical Engineering at the University of Waterloo, Waterloo, Canada, where he worked on designing and implementing large-area electronic systems for AMOLED displays, biomedical imagers, and bio-array sensors.

He has over 70 published papers and one book in the field of display and sensor, over 200 filed/granted patent applications, and received several prestigious scholarships and awards, including the Young Alumni Achievement Medal, Faculty of Engineering, University of Waterloo, 2012; CMC Douglas R. Colton Medal for Research Excellence 2009; and Strategic Microelectronics Council of ITAC Industrial Collaboration Award 2007.

June 29, 2023

Presentation Abstract

Self-emissive microLED displays are emerging as a formidable challenger to incumbent display technologies such as LCOS, DLP, and OLED, particularly in the context of augmented reality (AR) applications. This technical presentation aims to identify critical specifications and requirements for AR-grade micro-displays, while discussing the roadmaps of microLED display technologies. A key challenge associated with microLED displays is the decrease in wall plug efficiency as pixel size decreases, especially for red emission. This talk will analyze the efficiency droop phenomenon and introduce JBD's innovative solution to address this bottleneck. A comprehensive comparison of various red emission technologies employed in recent years will be presented, focusing on material science and device physics perspectives. Furthermore, the performance of JBD's monochrome red, green, and blue panels, featuring a 0.13" diagonal size and a 4-um-pixel pitch, will be examined. These panels are combined in an X-cube configuration, forming a polychrome projector with a resolution of 640 x 480 VGA. Additionally, the presentation will showcase the mass production status of these projectors at JBD's Hefei fabrication facility. Finally, the talk will provide insights into the research and development status of microLED displays with a 5-um-polychrome-pixel-pitch. This information will shed light on ongoing efforts aimed at further enhancing microLED technology in terms of pixel density and color performance.
Qiming Li, CEO, JBD (Jade Bird Display)
Qiming Li, the CEO of JBD (Jade Bird Display), holds a Ph.D. in Chemical Engineering, which he earned from the University of New Mexico in 2005. Following his graduation, Qiming Li embarked on a postdoctoral position at Sandia National Laboratory, where he subsequently became a technical member of staff. During his seven-year tenure at Sandia, he focused on the synthesis of III-nitride nanowire materials and their application in device fabrication and testing. In 2013, Qiming Li assumed the role of Chief Technology Officer (CTO) at Enraytek Optoelectronics in Shanghai, China. Two years later, in 2015, he founded JBD and has since served as the CEO and Chairman of the company. As the CEO, Qiming Li's primary interests and efforts revolve around technology and product development, with a specific focus on the commercialization of microLED displays for augmented reality (AR) applications. Qiming Li's passion lies in inventing groundbreaking technologies and building microdisplay products, which is evident from his extensive patent portfolio comprising over 150 patents. Under his leadership, JBD's microLED panel samples and products have garnered significant recognition. In 2018, they received the esteemed "Best Prototype Award" from the Society of Information Display, and in 2023, JBD's displays were honored with the prestigious "Display of the Year Award."

June 14, 2023

Highlights from Display Week 2023

Sweta Dash, Founder and President at Dash-Insights and Sihui He, Physicist at Applied Materials

Presentation Abstract

Every year BASID invites industry experts to give their thoughts and insight on products and technologies that were showcased at Display Week 2023. This year we are pleased to welcome Sweta and Sihui to share with us their take on Display Week 2023!

Sweta Dash: Emerging Display Technologies at SID Display Week 2023
DisplayWeek 2023 showcased products based on emerging display technologies (such as OLED, QD OLED, MiniLED, MicroLED, MicroOLED (SiOLED), Light Field Display..) and discussed technology advancements and trends through keynote sessions, seminars, symposiums and Business conference.

What will be the market implications of these technology development trends? Can these developments and innovations for next gen products drive future demand growth? This presentation will discuss emerging display technology trends and implications for various application markets (TV, monitor, notebook, tablet, smartphones, auto, AR/VR and others).

Sihui He: AR/VR at Display Week 2023
Display Week 2023 showcased different displays and optics for AR/VR. This presentation will put the main technologies together, explain how they work, and compare those technologies.

Sweta Dash, President, Dash-Insights

Sweta Dash is the Founder/President of Dash-Insights, a market research consulting firm based in San Jose, California, USA. It provides actionable insights for the Display Industry.

She has over 30 years of experience in the Display Industry market research. Her expertise spans the entire spectrum of Display technologies and application markets. She has authored numerous articles and is a well-known keynote speaker for major global industry events. She is a highly sought-after consultant. She regularly writes articles on display markets and technologies in the “Display Daily” Publication.

Prior to starting Dash-Insights, Sweta was the Senior Director of Display Research, and Strategy at IHS Technology, and was the head of applied research, consulting and strategy. During her years at IHS and iSuppli, she was exceptionally accurate in forecasting LCD supply, demand, pricing, and technology adoption.

Sweta holds a Bachelor of Arts (Hons.) and a Master of Arts in Economics from the University of Toronto, Canada.

Sihui He, Physicist, Applied Materials

Sihui He is currently serving as Vice Chair for Bay Area Chapter of SID (BASID), and she is a physicist in Applied Materials, working on waveguides for Augmented Reality (AR)/Mixed Reality (MR) glasses.

Sihui has been in the AR/MR industry for 8 years. She began her AR/MR journey in 2015 in Microsoft HoloLens team, which developed the first all-in-one mixed reality (MR) headset. She worked on the development of future generations, aiming to improve waveguide efficiency, generate true 3D image with varied focus depth, and to solve occlusion problem of the outside world. These three topics remained to be major challenges for AR display today.

In 2017, Sihui joined DigiLens. There she developed waveguide simulation tools from scratch, then used these tools to design AR glasses as well as the fabrication optics. These simulation tools, waveguide design and fabrication were successfully licensed/transferred to customers.

She joined Meta Reality Lab Research in 2020. She worked on both AR and VR (virtual reality) there. She was the tech-lead of AR waveguide future technology development. She also led the development of a high efficiency VR display from concept to prototype.

Sihui holds a Bachelor of Information Engineering from Zhejiang University in China, and a Ph.D. in optics from University of Central Florida, under supervision of Prof. Shin-Tson Wu in CREOL and Prof. Jiyu Fang in Department of Materials Science and Engineering. Her graduate research focused on liquid crystal biosensors.

April 19, 2023

HRI Designer Compounds® to Drive NextGen Display, XR, and Optic Devices

Craig Bandes, President & CEO of Pixelligent Technologies

Presentation Abstract

High refractive index (HRI) materials have become essential enablers for diverse technologies that rely on the manipulation of light in specific ways. The range of applications that benefit from HRI materials is broad and includes displays, extended reality (XR) devices, sensors, optical and 3D printed lenses, free‐form optics, metalenses, and anti‐reflective coatings.

This is a core business focus for Pixelligent.  

Each application has a unique set of desired properties, specifications, manufacturing processes, and reliability requirements. To address the specialized requirements, Pixelligent developed a proprietary method called the PixClearProcess®. The method tunes the desired high index and processability requirements of dispersions and formulations to match the ever‐

increasing performance targets of product developers. By controlling all components of the formulation, from the synthesis of the 3nm to 20nm nanocrystals with uniform shapes and sizes, and the covalently bonded capping materials, to the formulation components, Pixelligent delivers Designer Compounds® and uniform dispersions that are broadly compatible with commonly used monomers and manufacturing processes.  

In this talk, I will describe our approach to nanoparticle synthesis, how we tune the properties of our dispersions and formulations, our mass‐production capabilities, the current products and target markets, and what comes next.  

https://www.pixelligent.com/

Craig Bandes

Craig Bandes, 51, has been President & CEO of Pixelligent Technologies since 2009. He has over 25 years of experience as a CEO, entrepreneur, and angel investor building companies in the technology, defense and professional services industries. As CEO, Craig has led Pixelligent through a successful plan of reorganization, raised over $50M in equity, secured $15M+ in U.S. government grants, and established Pixelligent as the technology leader for High‐Index materials for consumer electronics applications. Prior to Pixelligent, he was the President & CEO of Global Secure Corp, a company focused on providing software, training, and equipment solutions for the homeland security market. Global Secure grew from a start‐up to operations in 4 states, with over 200 employees, before it was acquired in 2007. Craig negotiated over $300 million in transactions, completing financings, acquisitions and strategic partnerships in the US,

Asia and Europe. Craig sits on the Board of Directors of Pixelligent, is a member of the NanoBusiness Alliance Advisory and The CEO Exchange boards, and is an active angel investor. He received degrees in Entrepreneurship and Finance and from Babson College.

LinkedIn Profile

March 15, 2023

BOE Enabling Next Generation Displays

Scott Birnbaum, CEO BOE Technology America

Presentation Abstract

BOE has grown into the world’s largest display company through continuous capital investment, extensive R&D and unique IP development. Founded in April 1993, BOE Technology Group Co., Ltd. is a leading IoT company providing intelligent interface products and professional services for information interaction and human health. At BOE’s core is a semiconductor display business that integrates IoT innovation, sensor and solutions, MLED and smart engineering medicine. This session explores BOE’s ADS Pro LCD innovation and advanced MLED technologies that are driving the next generation of displays. We will delve into two of these innovations in this session. First, we will explore ADS Pro, a high-end industry-leading LCD technology solution that was independently developed with BOE’s own intellectual property. We will detail how ADS Pro enables full viewing angles, hard screen touch, and ultra-high refresh rates, bringing a new world of smooth and vivid display experiences. Next, we will dive into α-MLED. Alpha denotes innovation, which is a novel LED display application solution based on glass substrate semiconductor technology with active matrix driving, and advanced micro-scale packaging technology. α-MLED is another industry-leading technology pioneered by BOE based on the advantages of cutting-edge performance, low flicker, and seamless assembly, bringing users the ultimate immersive experience.
Scott Birnbaum

Scott is the North American CEO for BOE, a world leading IoT company and the world's largest display manufacturer, providing more than one out of every four displays around the world. Scott is concurrently the CEO of MORF AI, a Silicon Valley tech up startup, global gallery, and Hollywood artistic studio delivering fine art to digital screens.

Scott led Samsung's multi-billion-dollar display business in the Americas for more than a decade and now is on the governing board of XSamsung, a recently formed global Samsung alumni organization.

Scott entered the display industry nearly thirty years ago at Sharp where he pioneered partner display integration programs.

Scott is a driver of industry megatrends like the vidification of devices, bringing the movie theater experience to homes and pockets everywhere and enabling TVs that double as art galleries.

Having a strong fascination with travel, his escapades include running with the Olympic Torch in China, the thrill of being chased by monkeys in Malaysia, and being thrust inside one of the world's biggest waterfalls in South America. Tapping into his passions for cycling and helping kids, Scott and his son biked 550 miles from San Jose to Los Angeles raising money and awareness for St. Jude's Children's Research Hospital.

February 15, 2023

Printed OLED Indicator Displays

Dr. Whitney Gaynor, CEO and co-founder of Sinovia Technologies

Presentation Abstract

OLED is widely known as the highest quality display on the market, used in flagship products such as high-end TVs and smartphones. Many of the early promises of OLEDs have been realized and commercialized, including their ultra-thinness and potential for flexibility. However, today's flexible OLEDs are still fabricated in much the same way as rigid OLEDs on glass. And most of the innovation in the field is still aimed at high-end consumer products. At Sinovia, we are using roll-to-roll flexographic printing to fabricate bottom-emitting OLEDs suitable for use in segmented, indicator, and passive matrix displays at price points that can compete with incumbent LCDs and LED assemblies. This is enabled by our proprietary materials technology and our in-house process, along with some key supplier partnerships. In this talk, I will cover our core technology, our development status, applications of our displays, and our future plans as we move toward mass production.
Dr. Whitney Gaynor

Whitney is the CEO and co-founder of Sinovia Technologies, a Stanford University spinout working to realize roll-to-roll printed OLEDs based on flexographic printing. Over time, her role at the company has evolved from pure R&D in roll-to-roll processing and OLED stack development to include managing a small team, supply chain sourcing and partnerships, working with customers to define technology requirements, and more general business development. She has also served as PI for multiple U.S. government grant programs from the National Science Foundation and the U.S. Department of Energy, and now occasionally serves as a reviewer for those programs. She took Sinovia through Y Combinator in 2017 and has raised three rounds of venture funding to date.

Whitney's doctoral thesis work served as the basis for founding Sinovia and her first author peer-reviewed papers in the field of organic electronics have been cited over 1200 times. She holds an S.B. in materials science and engineering from MIT and a masters and PhD in materials science and engineering from Stanford University.

January 18, 2023

Developing a Platform for Creating Waveguide Combiners for AR Headsets and Meta Surface-based Optics

Dr. Robert Visser
, Appointed Vice President Engineering, Office of the CTO, Applied Materials, Inc.

Presentation Abstract

Augmented and Virtual Reality (AR and VR) will become the new platforms for communicating learning and computing. Waveguide combiners are essential for transporting, expanding, and faithfully rendering the image generated by the display onto the glasses. Using more than 50 years of experience in creating and structuring thin films for semiconductor technology, we are now developing waveguide combiners on glass. Metasurface-based optics will revolutionize the world of optics, creating new opportunities for creating new devices which could not easily be created in classical optics and with a much thinner form factor. In this talk, we will describe the new materials and the techniques to create these nanostructured optical devices.

Dr. Robert Visser, 
Appointed Vice President Engineering, Office of the CTO, Applied Materials, Inc.

Robert Visser is Appointed Vice President of Engineering in the Office of the CTO at Applied Materials, Inc. He is responsible for creating business opportunities in new and adjacent markets related to advanced displays, optical components for augmented reality, ‘flat optics’ (metasurface based optics) and advanced packaging solutions enabling new packaging strategies for heterogenous integration. He also advises Applied's chemistry group in India at IIT Mumbai and is looking at the role of new materials in quantum technology to explore new growth opportunities for Applied Materials in quantum computing, quantum communication, and quantum sensing.

Dr. Visser’s work in the display industry spans more than three decades. During that time, he helped develop technology that commercialized flat panel display manufacturing and uncovered breakthroughs that will lead to a new generation of flexible and bendable displays. Virtually every OLED display made today uses technology elements that he helped pioneer during his career.

In 2020 he was recognized by the Society of Information Display (SID) with the prestigious Fellows Award for his distinguished and valued “contributions to the development and commercialization of OLED technology, and specifically to thin film encapsulation solutions." He holds a master’s degree in theoretical organic chemistry and physics, and a Ph.D. in physical and organic chemistry, both from Leiden University, Netherlands. He has numer