Display Standard - Veritas et Visus
Display Standard - Veritas et Visus
Display Standard - Veritas et Visus
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<strong>Display</strong> <strong>Standard</strong><br />
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> June 2012 Special Edition<br />
Universal <strong>Display</strong>, p9 CBRITE, p11 Qualcomm, p17<br />
SID Business Conference – Agenda 2<br />
Speaker and company summaries 6<br />
• Ross Young IHS 5<br />
• Brian Berkeley SID 5<br />
• Yoshiaki Tamura Asahi Glass 6<br />
• John P. Bayne Corning 6<br />
• Sri Peruvemba E Ink 7<br />
• Xu Ouyang Tianma 8<br />
• Mike Hack Universal <strong>Display</strong> 9<br />
• Max McDaniel Applied Materials 10<br />
• Bruce Berkoff CBRITE 11<br />
• Barry Young OLED Association 12<br />
• Yasuhiro Ukai UDDI 13<br />
• Paul Semenza NPD <strong>Display</strong>Search 13<br />
• Wei Lung Liau AUO 14<br />
• Jason Hartlove Nanosys 15<br />
• Mary Lou Jepson Pixel Qi 16<br />
• Clarence Chui Qualcomm 17<br />
• David Barnes BizWitz 18<br />
• Darice Liu National Securities 18<br />
• Jed Dorsheimer Canaccord Genuity 19<br />
• Sw<strong>et</strong>a Dash IHS iSuppli 19<br />
Links 22<br />
The <strong>Display</strong> <strong>Standard</strong> is focused on bringing news and commentary about the activities of the companies and<br />
technologies related to display-related standards and regulations. The <strong>Display</strong> <strong>Standard</strong> is published<br />
electronically 10 times annually by <strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong>, 3305 Chelsea Place, Temple, Texas, USA, 76502. Phone: +1<br />
254 791 0603. http://www.veritas<strong>et</strong>visus.com<br />
Publisher & Editor-in-Chief Mark Fihn mark@veritas<strong>et</strong>visus.com<br />
Managing Editor Phillip Hill phill@veritas<strong>et</strong>visus.com<br />
Subscription rate: US$47.99 annually. Single issues are available for US$7.99 each. Copyright 2012 by <strong>Veritas</strong> <strong>et</strong><br />
<strong>Visus</strong>. All rights reserved. <strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> disclaims any propri<strong>et</strong>ary interest in the marks or names of others.
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
SID Business Conference<br />
Agenda<br />
Monday, June 4: 8:30 a.m. – 5:30 p.m.<br />
+ Chair’s Welcome: Ross Young, Consultant, IHS – Conference Coordinator<br />
+ SID President Welcome: Brian Berkeley, President –SID, SVP – Samsung Mobile <strong>Display</strong><br />
+ Session 1-- <strong>Display</strong> Executive Keynote Session<br />
This session will feature presentations from executives at a number of the leading display manufacturers on the<br />
outlook for the display industry. They will address questions such as wh<strong>et</strong>her the size of the display industry has<br />
already peaked, wh<strong>et</strong>her growth will r<strong>et</strong>urn to the display industry and what will drive a r<strong>et</strong>urn to healthy<br />
growth and profitability in the display mark<strong>et</strong>. Does the current industry structure lend itself to profitable<br />
r<strong>et</strong>urns for shareholders or are structural changes required? They will also discuss how they are addressing<br />
challenges and opportunities in China. Following their presentations, a panel session will be held moderated by<br />
IMS Research consultant and <strong>Display</strong>Search founder and former CEO Ross Young.<br />
• Yoshiaki Tamura, GM of <strong>Display</strong> General Division, President of Electronics Company, Asahi Glass<br />
• John P. Bayne, Jr., VP & GM, High Performance <strong>Display</strong>s, Corning<br />
• Sri Peruvemba, Chief Mark<strong>et</strong>ing Officer, E Ink<br />
• Xu Ouyang, VP Sales & Mark<strong>et</strong>ing, Tianma<br />
• Dr. Mike Hack, GM, OLED Lighting & Custom <strong>Display</strong>s, Universal <strong>Display</strong>s<br />
• Session Q&A<br />
+ Session 2 – Do OLEDs and Oxide TFTs Change the <strong>Display</strong> Mark<strong>et</strong> Outlook?<br />
OLEDs deliver significant improvements in contrast ratio, black levels, response times, form factor and 3D<br />
performance, but have suffered from significantly higher manufacturing costs due to the need for a LTPS<br />
backplane which is also marked by limitations in manufacturing capacity. With improvements in oxide TFT<br />
stability, OLEDs would be able to leverage the lower cost and abundant a-Si capacity, resulting in higher<br />
prices and lower costs for display manufacturers. What is timing for oxide TFT-based OLEDs and how far<br />
along are manufacturers in overcoming other challenges associated with scaling OLEDs to larger substrates?<br />
This session will include presentations as well as a panel session.<br />
• Barry Young, Managing Director, OLED Association<br />
• Yasuhiro Ukai, Principal, Ukai <strong>Display</strong> Device Institute<br />
• Bruce Berkoff, Chief Mark<strong>et</strong>ing Officer, CBRITE<br />
• Max McDaniel, Chief Mark<strong>et</strong>ing Officer, <strong>Display</strong> Business Group, Applied Materials<br />
• Session Q&A<br />
+ Lunch Speaker – Paul Semenza, SVP of Analyst Services, NPD <strong>Display</strong>Search<br />
+ Session 3 – Other Game Changing Innovations Improving the <strong>Display</strong> Mark<strong>et</strong> Outlook<br />
This session will examine other game changing innovations that could impact the display mark<strong>et</strong> outlook, either<br />
growing demand or reducing costs. Potential topics include passive glasses 3D, glasses-free 3D, high<br />
resolution displays, new touch solutions, alternative display technologies such as MEMS, electrow<strong>et</strong>ting,<br />
quantum dot LEDs and backlights and more.<br />
• Wei Lung Liau, AVP of <strong>Display</strong> Technology Development Center, AUO<br />
• Jason Hartlove, CEO, Nanosys<br />
2
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
• Mary Lou Jepson, CEO, Pixel Qi<br />
• Clarence Chui, SVP & GM of Qualcomm MEMS Technologies, Inc., Qualcomm<br />
• Session Q&A<br />
+ Session 4 – Financial and Mark<strong>et</strong> Analyst Perspectives on the <strong>Display</strong> Industry<br />
This session will include presentations from leading Wall Stre<strong>et</strong> and industry analysts on the outlook for the<br />
display industry and its publicly traded participants. Are display-related stocks a buy, hold or sell? What will<br />
trigger changes in these views? This session will include presentations as well as a panel session.<br />
• David Barnes, Principal, BizWitz<br />
• Darice Liu, Managing Director, National Securities<br />
• Jed Dorsheimer, Managing Director & Senior Analyst Principal, Canaccord Genuity<br />
• Sw<strong>et</strong>a Dash, Senior Director, LCD Research, IHS iSuppli<br />
• Session Q&A<br />
+ N<strong>et</strong>working Reception<br />
>>>>>>>>>>>>>>>>>>>>
SID Business Conference<br />
June 4, 2012, Boston, Massachus<strong>et</strong>ts
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Speaker and company summaries<br />
Ross Young, Consultant, IHS – Conference Coordinator<br />
Ross Young, Consultant, IMS Research/IHS - Mr. Young is currently a consultant and<br />
advisor to IHS. Mr. Young is also on the Board of Directors of semiconductor start-up<br />
Akhan Technologies and Unipixel, a NASDAQ listed touch materials firm. Mr. Young has<br />
extensive experience in the display, LED, semiconductor and solar industries over a 20year<br />
high tech career in mark<strong>et</strong>ing, technology analyst and senior executive roles.<br />
Previously, he was SVP, <strong>Display</strong>s, LEDs and Lighting at IMS Research which was<br />
acquired by IHS in February of 2011. Prior to joining IMS Research in November 2009,<br />
Young co-founded Young Mark<strong>et</strong> Research (YMR) which IMS Research acquired in<br />
November 2009. Prior to forming YMR, Young was VP of New Mark<strong>et</strong> Creation at<br />
Samsung Electronics' LCD Business. Prior to Samsung, Young was the founder and CEO<br />
of <strong>Display</strong>Search, the leading flat panel display mark<strong>et</strong> research, consulting and events<br />
firm. Young ran <strong>Display</strong>Search from 1996 to 2007. He sold <strong>Display</strong>Search to The NPD Group in Sept. 2005. He<br />
received a Presidential Citation award from SID in 2012, won NPD's prestigious John Byington award for<br />
outstanding creativity and innovation in 2006. He was educated at the University of California at San Diego<br />
(UCSD), Australia’s University of New South Wales, UCSD’s Graduate School of International Relations and<br />
Pacific Studies and Japan’s Tohoku University.<br />
Company summary: IMS Research is committed to tracking the evolution of a number of renewable and energy<br />
efficiency mark<strong>et</strong>s such as solar, wind, smart grid and LEDs among others. Our LED efforts are focused on the<br />
entire LED supply chain from sapphire ingots and MOCVD tools to end products such as LED TVs, LED lamps<br />
and LED luminaires. We are tracking LED production capacity, LED yields, LED shipments and shipments of<br />
products that use LEDs. For example, we are able to track the number of LEDs each panel supplier consumes each<br />
quarter as we are tracking their precise LED configurations at every size, resolution and refresh rate. Our<br />
m<strong>et</strong>hodology allows us to precisely compare LED supply and demand taking into<br />
account variations in die size and wafer size. Our current product portfolio covers<br />
LED equipment, LED supply and manufacturing, LED demand, packaged LED<br />
shipments, backlighting, general lighting and LED driver ICs. IMS Research was<br />
recently acquired by IHS.<br />
Brian Berkeley, President – SID, SVP – Samsung Mobile <strong>Display</strong><br />
Brian H. Berkeley is Vice President, OLED Research at Samsung Mobile <strong>Display</strong>. He received his B.S. degree in<br />
Electrical Engineering from M.I.T., and his M.S. degree in Electrical Engineering from Carnegie-Mellon<br />
University. He worked at Apple for 20 years developing key products and technologies, starting with the very first<br />
Macintosh. He put color onto the Mac platform, led hardware development for the first<br />
iMac computer, and was responsible for all display development activity at Apple. He<br />
joined Samsung in 2003, where he helped develop advanced technologies for large screen<br />
LCD-TV. He transitioned to OLED technology development at SMD in January, 2009,<br />
where his work is focused on size and volume scale-up of OLED displays for large screen<br />
applications. He is active with the Soci<strong>et</strong>y for Information <strong>Display</strong>, serving as a program<br />
committee member since 1991, past General and Technical<br />
Chairs of the SID symposium, and is currently President-Elect of<br />
the soci<strong>et</strong>y. He has multiple patents and over 50 publications in<br />
the field of information display.<br />
5
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Session 1-- <strong>Display</strong> Executive Keynote Session<br />
Yoshiaki Tamura, GM of <strong>Display</strong> General Division, Asahi Glass<br />
Mr. Tamura has 30 years of experience in glass production operations and management. He leads Asahi Glass’<br />
Electronics Company, which includes the display glass division, and is a key business unit of the company. Prior to<br />
becoming President of the Electronics Company, Mr. Tamura served as President of AGC <strong>Display</strong> Glass Taiwan<br />
Co., LTD. and VP at Republic Asahi Glass Corp.<br />
Company Summary: The AGC Group, with Tokyo-based Asahi Glass Co., Ltd. at its core, is a world-leading<br />
supplier of flat, automotive and display glass, chemicals and other high-tech materials and components. Drawing on<br />
more than a century of technical innovation, the AGC Group has developed world-class expertise in fields<br />
including glass, fluorine chemistry and ceramics technologies. The group employs some<br />
50,000 people worldwide and generates annual sales of more than 15 billion USD through<br />
business in about 30 countries.<br />
>>>>>>>>>>>>>>>>>>>>
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Sri Peruvemba, Chief Mark<strong>et</strong>ing Officer, E Ink<br />
Sriram Peruvemba leads the worldwide mark<strong>et</strong>ing team at E Ink Holdings, the global leader in electronic paper<br />
(ePaper). Peruvemba is responsible for strategic, inbound and outbound mark<strong>et</strong>ing for the Company's ePaper and<br />
LCD businesses, including brand and product management, product mark<strong>et</strong>ing, mark<strong>et</strong>ing<br />
communications, social media strategy and public relations. Since joining E Ink in 2007,<br />
Peruvemba has been instrumental in positioning the company as the leader in ePaper<br />
displays. To date, E Ink has successfully launched product platforms that currently maintain<br />
more than 90 percent share in the multi-billion dollar eReader mark<strong>et</strong>. His 25 years of<br />
experience in the electronics industry include mark<strong>et</strong>ing LCD, CRT, TFEL, OLED, LED,<br />
Plasma and ePaper displays into the mobile, industrial, medical, signage and TV mark<strong>et</strong>s.<br />
He earned a BSEE, a MBA and a Post Graduate Diploma in Management. Previously,<br />
Peruvemba held senior level positions atSharp, TFS Inc, Planar Systems and Suntronic<br />
Technology.<br />
Company Summary: Our vision is E Ink on every smart surface. Our ePaper technology saves money, trees, time<br />
and energy. Compared to other display technologies, E Ink’s dual pigment electrophor<strong>et</strong>ic technology available via<br />
E Ink Pearl and E Ink Triton display platforms, offers the best digital reading experience. These displays are easy<br />
on your eyes, sunlight readable, thin, light and can take unique shapes. With E Ink, you See More. E Ink’s FFS<br />
Technology based LCD products are the display of choice in the most popular Tabl<strong>et</strong>/Slate and other mobile<br />
devices. FFS LCD allows longer battery life, b<strong>et</strong>ter response time, best viewing angle among<br />
all LCD technologies and the widest color gamut. E Ink’s LCD and ePaper technologies<br />
maintain technology leadership by innovating, collaborating and mass-producing eco-friendly<br />
products for consumer applications, globally.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? The need for information and entertainment at any time in any place using less power, is causing the<br />
major changes in the display industry and these changes include b<strong>et</strong>ter picture quality for b<strong>et</strong>ter entertainment, for<br />
b<strong>et</strong>ter reading and information delivery, thinner and lighter displays to make mobile devices last longer and make<br />
them more portable, flexible and rugged displays to take them where no display has been before, displays in nonrectangular<br />
forms designed into non-flat surfaces to make surfaces smart, displays that convey information outdoors<br />
and indoors and displays that use less material, more eco-friendly, saving trees and energy.<br />
>>>>>>>>>>>>>>>>>>>>
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Xu Ouyang, VP Sales & Mark<strong>et</strong>ing, Tianma<br />
Xu Ouyang leads the global sales organization of Tianma Micro-electronics, a leading LCD and LCM manufacturer<br />
in China focused on mobile products. He has over 20 years of experience working in China’s electronics industry<br />
and has held management roles in several multinational companies. He is also a member of the Board of Directors<br />
of NLT LCD Technology Ltd., in Japan.<br />
Company Summary: Tianma Micro-electronics Co. was founded in 1983 and in publicly traded on the Shenzhen<br />
Stock Exchange (SZ.000050) since 1995. We specialize in the design, manufacturing, and supply of high quality<br />
LCD and LCM products. Our front to backend operations are compl<strong>et</strong>ely in-house spanning from Research &<br />
Development, Design to Manufacturing, and Production to Sales with 27+ years of experience and strong growth.<br />
Affiliated companies within our Tianma Group include Shenzhen Tianma, Shanghai Tianma, Shanghai AVIC,<br />
Chengdu Tianma, and Wuhan Tianma; combined to make up our state-of-the-art STN-LCD, CSTN-LCD, TFT-<br />
LCD, AMOLED, and CF production lines. Our branch offices include Tianma USA, Tianma Europe, and Tianma<br />
Korea to offer world-class global support. Tianma supports a wide range of applications in Mobile Phone,<br />
MP3/MP4, Automotive, Industrial, Medical, Home Automation, and others. We are<br />
fully capable of custom design display to me<strong>et</strong> our customers’ need around the world.<br />
We are the leader of small-to-medium size displays in Technology, Quality,<br />
Comp<strong>et</strong>itive Pricing, and long-term Support.<br />
8
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Mike Hack, GM, OLED Lighting & Custom <strong>Display</strong>s, Universal <strong>Display</strong>s<br />
Michael Hack is Vice-President and General Manager of OLED Lighting and Custom <strong>Display</strong>s<br />
at Universal <strong>Display</strong> Corporation. He is responsible for developing and commercializing<br />
advanced high efficiency next generation OLED products, with a special focus on flexible<br />
display applications and solid-state lighting. Prior to joining UDC in 1999, he was associated<br />
with dpiX, a Xerox Company, where he was responsible for manufacturing flat panel displays<br />
and digital medical imaging products based on amorphous silicon TFT technology. Dr. Hack<br />
received his Ph. D. degree from Cambridge University, England in 1981 and in 2007 Dr. Hack<br />
was elected a Fellow of the Soci<strong>et</strong>y for Information <strong>Display</strong>.<br />
Company Summary: Universal <strong>Display</strong> Corporation is a leader in developing and delivering<br />
state-of-the-art, organic light emitting diode (OLED) technologies, materials and services to<br />
the display and lighting industries. Founded in 1994, the company currently owns or has exclusive, co-exclusive or<br />
sole license rights with respect to more than 1,400 issued and pending patents worldwide. Universal <strong>Display</strong><br />
licenses its propri<strong>et</strong>ary technologies, including its breakthrough high-efficiency UniversalPHOLED phosphorescent<br />
OLED technology that can enable the development of low power and eco-friendly displays, to manufacturers of<br />
products for display applications, such as cell phones, portable media devices, tabl<strong>et</strong>s, laptop computers and<br />
televisions, and specialty and general lighting products. The company also develops and offers high-quality, stateof-the-art<br />
UniversalPHOLED materials that are recognized as key ingredients in the<br />
fabrication of OLEDs with peak performance. In addition, Universal <strong>Display</strong> delivers<br />
innovative and customized solutions to its clients and partners through technology<br />
transfer, collaborative technology development and on-site training.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? OLEDs! -- I truly believe that OLEDs are having a major positive impact on the display industry. They<br />
are already enabling superior display products on account of lower power consumption, and stunning visual<br />
performance. They will soon be available with very unique form factors, such as transparent and thin flexible<br />
displays, that will really transform the industry over the next few years.<br />
>>>>>>>>>>>>>>>>>>>>
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Session 2 – Do OLEDs and Oxide TFTs Change the <strong>Display</strong> Mark<strong>et</strong> Outlook?<br />
Max McDaniel, Chief Mark<strong>et</strong>ing Officer, <strong>Display</strong> Business Group, Applied Materials<br />
Max McDaniel is the Chief Mark<strong>et</strong>ing Officer of Applied Materials <strong>Display</strong> Business<br />
Group. He has held engineering, mark<strong>et</strong>ing and financial management roles in high-tech<br />
equipment companies for over 20 years. Mr. McDaniel has been at Applied Materials<br />
since 2003. Prior to joining Applied Materials he served over twelve years at Watkins-<br />
Johnson, a Semiconductor and LCD equipment manufacturer, where he worked in R&D,<br />
engineering, and mark<strong>et</strong>ing roles. He holds a Bachelor’s degree in Physics from the<br />
University of California, Santa Cruz, and an MBA from Washington University in St.<br />
Louis.<br />
Company Summary: Since 1993 Applied Materials <strong>Display</strong> Group (AKT) has been a<br />
leader in display technology and a top equipment supplier to the TFT-LCD industry. We<br />
provide PECVD, PVD, and test equipment for manufacturing display thin-film transistors (a-Si, LTPS and m<strong>et</strong>al<br />
oxide), color filters and touch panels. Nearly every LCD display in use today was made using Applied Materials’<br />
equipment. As displays become more diverse and ubiquitous, Applied<br />
Materials applies our expertise to emerging display technologies such as<br />
touch panel, OLED and flexible substrates, providing solutions for what will<br />
drive the future of the visual experience.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? Mobile applications driving rapid adoption of new display technologies.<br />
++++++++++++++++++++++++++++++<br />
SID Business Conference Series Reception<br />
Please join us at 5:45 PM on June 4 for a cocktail and n<strong>et</strong>working<br />
reception for all attendees to the SID Business Conference:<br />
Don’t miss this opportunity to n<strong>et</strong>work with professionals from across<br />
the display industry!<br />
10
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Bruce Berkoff, Chief Mark<strong>et</strong>ing Officer, CBRITE<br />
Bruce Berkoff is a display v<strong>et</strong>eran for over 2 decades, having been EVP/CMO of LG<br />
Philips LCD for over 6 years, (and later on the Board of Directors of LG <strong>Display</strong>), helping<br />
to launch some of the world’s largest TFT LCD fabs and create broad new mark<strong>et</strong>s like<br />
those for wide screen LCD monitors and LCD TVs, as well as helping to take LPL public.<br />
Mr. Berkoff was also CMO & strategy officer of the Energy and <strong>Display</strong> Systems division<br />
at Applied Materials, and has held senior management and mark<strong>et</strong>ing position in<br />
companies from Ascent Solar to Philips Components, and is also currently Chairman of the<br />
LCD TV Association. Mr. Berkoff is well-known for his visionary keynote addresses and<br />
panel chairmanships and other roles at display industry events. Mr. Berkoff holds<br />
undergraduate and graduate degrees in physics and biophysics from Princ<strong>et</strong>on and the<br />
University of California, Berkeley, respectively, and has display-related patents both<br />
granted and pending in the U.S. and China.<br />
Company Summary: Large scale commercialization of high Pixel Per Inch (ppi) TFT-LCD or any type of<br />
AMOLED displays depends on the successful development of an economical and technically suitable backplane<br />
technology. Currently, backplanes for these advanced displays are fabricated with a process using Low<br />
Temperature Poly-Silicon (LTPS). The fabrication of LTPS backplanes involves a complex and costly process, as<br />
well as expensive new equipment. LTPS also suffers from inherent pixel-to-pixel non-uniformity and thereby<br />
unacceptable defects in the image, or the use of many more transistors per pixel (raising the cost again). This nonuniformity<br />
is caused by the fact that the size of the Silicon grains in LTPS is comparable to the TFT channel width.<br />
CBRITE has developed a new m<strong>et</strong>al oxide display backplane technology that requires<br />
minimal new CAPEX, if any, is scalable and delivers high performance displays<br />
today, essentially overcoming ALL of the shortcomings of LTPS technology for high<br />
ppi TFT-LCDs and/or AMOLED applications.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? We believe the single most important factor causing the $100B display industry to change today is the<br />
necessity of a high performing and cost effective new backplane technology for AMFPDs (wh<strong>et</strong>her they be<br />
AMLCDs or AMOLEDs). What the world needs is LTPS performance at aSi prices. Everyone is trying to make 1<br />
type of m<strong>et</strong>al oxide work to try and fit this need, IGZO, but only CBRITE has a developed a unique s<strong>et</strong> of processes<br />
and materials to deliver far b<strong>et</strong>ter performance at the best possible costs and lowest CAPEX, thus bringing the<br />
industry a giant step toward this new goal, and a thus new roadmap for the next 10-20 years.<br />
>>>>>>>>>>>>>>>>>>>>
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Barry Young, Managing Director, OLED Association<br />
As managing director of the OLED Association, Barry Young addresses such issues as the<br />
development of industry standards for OLED display and lighting, promotion of the<br />
technology and the resolution of industry-wide technical issues. He serves CEO of Young<br />
Mark<strong>et</strong> Research, where he produces a comprehensive report on the LED supply chain,<br />
characterizing the 100+ LED producers in terms of reactors, wafers, die capacity, yielded<br />
die and die revenue. The report featured an analysis of the MOPCVD tool makers. He is<br />
also working with a group of suppliers to establish the first US-based manufacturer for<br />
OLED lighting. Barry was a featured speaker at the16th CLSA Investors’ Forum and the<br />
World Knowledge Forum in Korea. A founder and longtime principal, senior advisor and<br />
consultant with research firm <strong>Display</strong>Search, Young is a leading authority on OLEDs and<br />
flexible displays, has visited and consulted with most OLED manufacturers around the<br />
world. Young’s work has been published in many technical journals and he has spoken<br />
extensively around the world about the display industry. Before joining <strong>Display</strong>Search, he was CEO and president<br />
of OWL <strong>Display</strong>s, where he co-developed innovative driver technology for a-Si and p-Si TFT-LCDs and was<br />
awarded key patents for driving low-temperature polysilicon TFT-LCDs. He has also served as vice president and<br />
general manager of Tandem’s integrity systems division. Young’s career also includes time as managing partner at<br />
Booz Allen & Hamilton, executive vice-president at Wells Fargo Bank, senior vice-president at Citibank, and<br />
president and CEO of Lexar, an early developer of an all-digital PBX. He has a business degree from CUNY and<br />
has performed graduate work at George Washington University.<br />
Company Summary: The OLED Association (OLED-A) provides a forum for the interchange of technical and<br />
mark<strong>et</strong> information. Our membership includes companies involved in small-molecule OLED technology and<br />
polymer technology (PLED or light-emitting polymers). OLED-A serves its membership by fostering the rapid<br />
development of OLED technology and OLED products; serving as a resource on OLED<br />
mark<strong>et</strong>s and products for media and investors; functioning as a catalyst in the development of<br />
standards for OLEDs; and providing a forum to promote and mark<strong>et</strong> OLED technology<br />
products.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? The industry is trapped b<strong>et</strong>ween slow growth in TVs, Monitors and Notebooks that have traditionally<br />
driven supply and a structure that depends on the continued improvement in productivity of large area fabs, which<br />
are now in an oversupply condition. The current application growth is in smart phones and tabl<strong>et</strong>s where it takes<br />
~90 smartphones or ~20 tabl<strong>et</strong>s to use the same area as a 42-inch TV.<br />
12
<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Yasuhiro Ukai, Principal, Ukai <strong>Display</strong> Device Institute<br />
Yasuhiro Ukai will address the challenges and progress in commercializing oxide TFTs for<br />
both LCDs and OLEDs along with changes to device structures and process flows. Dr. Ukai<br />
is one of the technical pioneers in LCDs having focused on a-Si TFT LCDs and compound<br />
semiconductor thin films from 1968 when he joined Hosiden Electronics. In 1999, he joined<br />
Sony and worked at its LTPS TFT LCD JV with Toyota, STLCD, where he made<br />
significant contributions to its mass production LTPS technology. He served as Chief<br />
Distinguished Engineer and Deputy General Manager of <strong>Display</strong> Device R&D at ST LCD,<br />
working on both TFT LCD technology strategy and development. He r<strong>et</strong>ired from Sony in<br />
2008 and started the Ukai <strong>Display</strong> Device Institute, which is a display technology consulting<br />
firm.<br />
Company Summary: UDDI (Ukai <strong>Display</strong> Device Institute) is not a company to a shop name. I am an individual<br />
and am acting as flat panel display (FPDs) and touch panels (TPs)-related technical consultant. My consultant's<br />
objects are each device, parts, materials, equipment, and a mark<strong>et</strong> trends. I am also doing the member of editorial<br />
board of a technical magazine, the program committee of a related soci<strong>et</strong>y, and contribution of technical description<br />
to a technical magazine in addition to consulting service.<br />
I have been engaged in R&D and industrialization of FPD for 30 years or more. The flat TV which was the FPD<br />
engineer's old dream was also put in practical use. However, it is for the developed technology not to produce<br />
profits but to produce a big deficit. I think that the process and production technology exciting in consumer eyes<br />
which carry out product development and can moreover harmonize with natural environment are important for<br />
development of future FPD. I would like to contribute to realization of the soci<strong>et</strong>y by which an engineer's R&D<br />
result is evaluated.<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Session 3 – Other Game Changing Innovations Improving the<br />
<strong>Display</strong> Mark<strong>et</strong> Outlook<br />
Wei Lung Liau, AVP of <strong>Display</strong> Technology Development Center, AUO<br />
Wei-Lung Liau is currently Associate Vice President of AUO <strong>Display</strong> Technology<br />
Development Center. Wei-Lung joined AUO in 1998 and had worked in the LCD fabrication<br />
facility until 2005. In December 2005, he was appointed to head the Advanced <strong>Display</strong><br />
Technology Research Center and was in charge of novel technologies development. Wei-<br />
Lung now leads the <strong>Display</strong> Technology Development Center and is responsible for the<br />
technology development of 3D display, Polymer Stabilized Vertical Alignment, and flexible<br />
display.<br />
Company Summary: AU Optronics Corp. (AUO) is one of the world’s leading providers of<br />
display total solutions. AUO offers a full range of panel sizes and comprehensive applications<br />
ranging from 1.2 inches to 71 inches. Based on its profound R&D and manufacturing experience, AUO continues<br />
to develop advanced display technologies of the next generation. AUO now houses a staff of more than 45,000<br />
employees, with global operations in Taiwan, Mainland China, the U.S., Japan, South Korea, Singapore, the<br />
N<strong>et</strong>herlands, Czech and Slovakia. Additionally, AUO is the first pure TFT-LCD manufacturer<br />
to be successfully listed at the New York Stock Exchange (NYSE). AUO has also been named<br />
to Dow Jones Sustainability World Index for two consecutive years from 2010 to 2011.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? The desire for even more realistic and user-friendly viewing experience is one of the key factors driving<br />
the display industry for change. Aware of this demand, along with a passion for innovation, AU Optronics has<br />
worked continuously to develop more advanced 3D technologies. From AUO’s propri<strong>et</strong>ary 3D technology that<br />
simply required the audience to put on a pair of lightweight pattern r<strong>et</strong>arder glasses, AUO has made even further<br />
strides in the development of glasses-free 3D technology. Enhancements were made in the AUO-patented display<br />
architecture and image rendering algorithm to realize high-resolution and deadzone-free glasses-free 3D solutions.<br />
Viewers are presented with the most genuine 3D images that are vivid and lifelike to the eyes.<br />
<strong>Display</strong> Week 2013<br />
Vancouver, British Columbia, Canada<br />
May 19-24<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Jason Hartlove, CEO, Nanosys<br />
Jason Hartlove joined Nanosys in 2008 with a proven track record of turning emerging<br />
technologies into successful commercial products. Prior to joining Nanosys, he was<br />
president of MagnaChip Semiconductor in Seoul, South Korea, where he led a transition<br />
of the company from an internally focused former division of Hynix Semiconductor into<br />
an independent multinational company. Mr. Hartlove is the author of more than 20<br />
patents, including the winner of the Hewl<strong>et</strong>t Award in 2004 for best patent at Agilent<br />
Technologies. Mr. Hartlove holds a B.S.E.E. from UCLA and has compl<strong>et</strong>ed graduate<br />
work at the Anderson School of Management at UCLA.<br />
Company Summary: Consumers want a lifelike experience in their handheld devices.<br />
Color performance, the next major differentiator in the mobile mark<strong>et</strong>, will bring a<br />
stunning new visual experience to the consumer and a great new value proposition to the manufacturer. Most<br />
current displays are only capable of displaying 20 to 30 percent of the color spectrum visible to the human eye. For<br />
users, this means the visual experience on their display is inferior to what they see in the world around them.<br />
Designed as a simple diffuser she<strong>et</strong> replacement for any LCD backlight unit, Nanosys’ QDEF creates an ideal white<br />
light source for LCDs. The result is stunning color and a more lifelike user experience. Browsing through photos<br />
on a QDEF enhanced device is like holding a stack of professional prints.<br />
Watching a movie is akin to a private screening at a Hollywood studio.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? Consumers want a more lifelike experience from their favorite devices wh<strong>et</strong>her it's their TV or tabl<strong>et</strong>.<br />
High resolution was a step in that direction, but rich, lifelike color will be the next must have feature for displays.<br />
The panel makers who adopt it first will stand out in a crowded mark<strong>et</strong>place.<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Mary Lou Jepson, CEO, Pixel Qi<br />
Mary Lou Jepson was named one of the 100 most influential people in the world by Time<br />
Magazine for her work in creating One Laptop per Child (OLPC) where she led the<br />
engineering, architected the design of the $100 laptop and started the organization (with<br />
Nicholas Negroponte). Wired Magazine credits her laptop architecture design with starting<br />
the low-cost laptop revolution; these low-cost laptops now comprise about 1/4 of the entire<br />
laptop mark<strong>et</strong> just two years after mass production commenced. Mary Lou founded Pixel Qi<br />
Corporation in 2008 in an effort to bring OLPC's display and power management innovations<br />
to the vastly larger commercial mark<strong>et</strong>. Previously, Mary Lou also co-founded Micro<strong>Display</strong><br />
Corp. and served as its CTO for 8 years; served in executive management at Intel<br />
Corporation; and on the faculty at both MIT (Cambridge, MA) and RMIT (Australia). Mary<br />
Lou earned a Ph.D. in Optics, a BSEE and a BA in Art (req.) all from Brown University as well as a MS in<br />
Holography from the MIT Media Lab. She has won numerous awards for her contributions including the 2011<br />
Edwin Land Medal from the Optical Soci<strong>et</strong>y of America, and the 2011 Anita Borg "Women of Vision" Award for<br />
Innovation.<br />
Company Summary: Our team members have been creating advanced display technologies for decades. Pixel Qi<br />
has assembled some of the top display designers in the world. We have come tog<strong>et</strong>her to create innovative display<br />
architectures that can use existing manufacturing lines to allow rapid scale-up and comp<strong>et</strong>itive cost structure. The<br />
screens we have shipped already achieve seemingly impossible performance m<strong>et</strong>rics, including extreme low power<br />
consumption, sunlight readability & low eyestrain. That just scatches the surface of what we can do: we have new<br />
architectures to drive power consumption down 100-fold, embed touch and motion sensing, move to flexible,<br />
bistability, and brighter-than-eink paper like look with full color and video, and create screens that need no cables.<br />
We design all layers of the LCD, including each and every m<strong>et</strong>al and oxide mask, the liquid crystal material and<br />
mode, the optical films, the driving scheme and the backlight structure. Through an innovative approaches we<br />
create screens with new and extraordinary performance.<br />
and...These screens can quickly ramp into high volume mass production quickly with high<br />
yields and excellent cost structure<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? In our vision, new displays, with integrated touchscreens, and wireless capability are the future. <strong>Display</strong>s<br />
on computers should not be just small televisions – although the ability to display HDTV-quality video is essential.<br />
<strong>Display</strong>s for computers need to be optimized to crisply display text, they need to be optimized for a reader just 30<br />
centim<strong>et</strong>ers from the screen; they need to allow for widespread variations in ambient lighting; they need to support<br />
lowering the overall power consumption of the entire device. (Mary Lou Jepson – January 2008)<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Clarence Chui, SVP & GM of Qualcomm MEMS Technologies, Inc., Qualcomm<br />
Clarence Chui is senior vice president and general manager of Qualcomm MEMS<br />
Technologies, Inc. (QMT), a wholly owned subsidiary of Qualcomm. QMT has<br />
commercialized mirasol® displays, an industry-transforming technology that uses<br />
interferom<strong>et</strong>ric modulation (IMOD), based on micro-electro-mechanical systems (MEMS) to<br />
create low power, reflective color displays that are visible in virtually any environment and<br />
capable of video rate response times. In his role, Dr. Chui is charged with overseeing the<br />
continued evolution and development of the technology, as well as establishing a strong<br />
commercial presence in mobile consumer devices. Previously, Dr. Chui served as senior vice<br />
president of engineering for QMT, overseeing the MEMS Research and Innovation Center<br />
(MRIC) and the core research and development activities. Here, Dr. Chui played a significant role in leading the<br />
development of capabilities to help shape business strategy and divisional financials. His areas of responsibility<br />
included core MEMS display technologies as well as panel process manufacturing, module manufacturing, systems<br />
and product development. Dr. Chui joined Qualcomm with the 2004 acquisition of Iridigm <strong>Display</strong> Corporation,<br />
where he was a senior director of engineering. Prior to that position, Dr. Chui served as director of array<br />
engineering, with responsibility for the development and design of all core MEMS technology architectures. Dr.<br />
Chui originally joined Iridigm in 1999 as a principal design engineer, and was tasked with defining the firstgeneration<br />
IMOD device architecture. Dr. Chui received a bachelor’s degree in mechanical engineering from the<br />
University of Michigan and M.S. and Ph.D. degrees in mechanical engineering from the Massachus<strong>et</strong>ts Institute of<br />
Technology (MIT).<br />
Company Summary: Qualcomm MEMS Technologies, Inc. has developed the industry's first color micro<br />
electrical/mechanical systems (MEMS) display for mobile devices—a true technological innovation that offers low<br />
power consumption and superb viewing quality in a wide range of environmental conditions, including bright<br />
sunlight. The displays work by reflecting light where specific wavelengths interfere with one another to create<br />
color. The phenomenon that makes a butterfly's wings shimmer, Interferom<strong>et</strong>ric modulation (IMOD), is the same<br />
process used in mirasol displays. Qualcomm's mirasol displays require no backlighting<br />
and therefore consume significantly less power than standard displays in portable<br />
devices.<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Session 4 – Financial and Mark<strong>et</strong> Analyst Perspectives on the <strong>Display</strong> Industry<br />
David Barnes, Principal, BizWitz<br />
David Barnes is an expert in decision support and capital investment with experience advising<br />
multi-national boards on a vari<strong>et</strong>y of questions concerning display, imaging and lighting<br />
technologies. He has supported joint venture formations, M&A valuations, intellectual<br />
property transactions, mark<strong>et</strong> entries and initial public offerings on three stock exchanges. As<br />
a Principal at BizWitz LLC, he helps clients select and focus on profitable mark<strong>et</strong><br />
opportunities.<br />
Company Summary: BizWitz helps clients make profitable decisions regarding technology<br />
development, IP valuation, project finance, mark<strong>et</strong> entry and margin improvement. Analysts<br />
in Asia, Europe and the Americas apply technical and financial expertise to real-world<br />
business problems faced by executives today. Examples of recent assignments include mark<strong>et</strong><br />
entry for flexible substrates, business valuation for barrier films, cost analysis for<br />
organic electronics and patent-IP strategy for m<strong>et</strong>al-oxide TFT fabrication. Such<br />
projects are conducted confidentially using a vari<strong>et</strong>y of research m<strong>et</strong>hods and the results<br />
are tailored to the needs of each client.<br />
What do you think is the single most important factor that is currently causing the displays industry to<br />
change? LCD manufacture has proven uneconomic from an investor’s perspective. Thus, leading producers seek<br />
ways to lever their capabilities and ass<strong>et</strong>s for raising barriers against their followers. Behind such barriers, leaders<br />
hope to construct a new display industry. The benefits of such new industry and how many may enjoy them remain<br />
uncertain, however.<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Jed Dorsheimer, Managing Director & Senior Analyst Principal, Canaccord Genuity<br />
Jed Dorsheimer serves as Managing Director & Senior Analyst at Canaccord Genuity and is<br />
also an Advisory Board Member for Quanlight and Group IV Semiconductor. Forbes<br />
Magazine ranked Jed at #1 out of 105 analysts in stock picking performance in the<br />
semiconductors and semiconductor capital equipment space in 2006 and since then Jed has<br />
expanded into solar and displays and deepened his coverage of LED and lighting stocks. Jed<br />
regularly appears on CNBC and acts as a lighting advisor to the William J. Clinton<br />
Foundation's Climate Initiative focused on reducing greenhouse gas emissions.<br />
Company summary: Canaccord Genuity is a global investment bank focused on growth companies, with<br />
operations in 24 cities worldwide and the ability to list companies on 10 stock exchanges. Canaccord Genuity is<br />
the global capital mark<strong>et</strong>s division of Canaccord Financial Inc., offering institutional and corporate clients ideadriven<br />
investment banking, research, sales and trading services. We are committed to providing valued services to<br />
our clients throughout the entire lifecycle of your business and operating as a gold standard independent investment<br />
bank – expansive in resources and reach, but targ<strong>et</strong>ed in<br />
industry expertise, mark<strong>et</strong> focus and individual client<br />
attention.<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
Links<br />
IMS Conferences http://www.imsconferences.com<br />
Soci<strong>et</strong>y for Information <strong>Display</strong> http://www.sid.org<br />
Applied Materials http://www.appliedmaterials.com<br />
Asahi Glass http://www.agc.com<br />
AUO http://auo.com<br />
BizWitz http://www.bizwitz.com<br />
Canaccord Genuity http://www.canaccordgenuity.com<br />
CBRITE http://cbriteinc.com<br />
Corning <strong>Display</strong> Technologies http://www.corning.com/displaytechnologies/<br />
E Ink http://www.eink.com<br />
IHS iSuppli http://www.isuppli.com<br />
IHS http://www.ihs.com<br />
IMS Research http://www.imsresearch.com<br />
Nanosys http://www.nanosysinc.com<br />
National Securities http://www.nationalsecurities.com<br />
NPD <strong>Display</strong>Search http://www.displaysearch.com<br />
OLED Association http://www.oled-a.org<br />
Pixel Qi http://www.pixelqi.com<br />
Qualcomm http://www.mirasoldisplays.com<br />
Tianma http://www.tianma.cn/english/<br />
Ukai <strong>Display</strong> Device Institute<br />
Universal <strong>Display</strong>s http://www.universaldisplay.com<br />
http://www.displayweek.org<br />
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<strong>Veritas</strong> <strong>et</strong> <strong>Visus</strong> <strong>Display</strong> <strong>Standard</strong> – Special Edition June 2012<br />
<strong>Display</strong>-Industry Newsl<strong>et</strong>ters<br />
http://www.veritas<strong>et</strong>visus.com<br />
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