TrendForce LEDforum 2019

 

 

會議簡介

在Micro LED應用將開始普及的狀況下，LEDinside預估至2023年Micro LED市場產值將高達42億美元。今年LEDinside針對Micro LED關鍵技術瓶頸，邀請國內外專家做精闢的解析，在巨量轉移方面，將由Rohinni、Toray、CIMS、PARC及Plessey分享不同的轉移方案和Micro LED轉移材料的剖析，另外也將針對中小型Micro LED顯示器的技術方案及大型的Micro LED顯示模組方案作深入探討及應用分享。

LEDinside 是全球第一個舉辦 Micro LED 技術研討會的單位，每年舉辦的 Micro LEDforum 已經吸引全球廠商與投資者雲集，想了解 Micro LED製程瓶頸與技術突破，您千萬不能錯過這年度盛會!

關於Micro LEDforum 2019

日期

2019年7月2日(二)

時間

9:30 ~ 17:00
(8:45 am開始報到)

地點

台大醫院國際會議中心201會議室
台北市徐州路2號

語言

中文 / 英文
(現場提供同步翻譯)

議程資訊

09:45-10:15

LEDinside: 2020 Micro LED 次世代顯示產業趨勢

儲于超
LEDinside研究協理 / TrendForce

LEDinside分析，Micro LED技術雖面臨眾多的挑戰，對比兩年前，目前的技術進展已經進步許多，早期的專利技術已經有實體樣品展示機的出現，未來Micro LED商品化的時程將隨著Micro LED技術的成熟而進展，另外Micro LED製造流程繁瑣及要求更加精細，製程中所使用的原材料、製程耗材、生產設備、檢測儀器及輔助治具…等，需求規格嚴謹且精密度相對嚴格。 由於Micro LED Display短期內難以克服成本問題。因此，多數廠商投入開發顯示面積最大的TV以及Video Wall等產品，由於超大尺寸的顯示器單價較高，能夠在短期內支持成本偏高的Micro LED Display，因此也將有機會最先導入市場。 短期而言，Mini LED背光顯示器具有多區背光調控(Local Dimming)功能，將有可能應用於平板電腦、電競顯示器等產品，將是產品規格再升級的契機，並有機會與OLED技術競爭。
10:15-10:45

Mini LED技術的市場新契機

Matthew Gerber
CEO / Rohinni

Rohinni combines vision, execution and micron scale electronics to make impossible products possible. In doing so, the company is quickly gaining market traction. Matt Gerber, Rohinni’s CEO, will discuss why. The Rohinni team has taken a different approach to both (i) solving the problem of producing products at scale with mini and micro LEDs, and (ii) taking Rohinni’s technologies to market. Gerber will discuss how the company approached the problems of working with mini and micro LEDs and the technology solutions that resulted from this different approach. In addition, Gerber will provide an overview of how the company developed its joint venture partner go to market model to accelerate adoption of Rohinni’s technologies.
10:45-11:00

Break

11:00-11:30

Micro LED 技術解決方案

Yasuyuki Sakamoto
General Manager of Engineering Dept. Taiwan Branch / TORAY

Toray Engineering defines "E&M (Engineering and Monozukuri)" as a core concept, has 1. inspection, 2. Chip bonding, 3. Coating, and 4. Laser Process,　those are our main technology, and contributes to provide best solutions with wealth of installation records on FPD and semiconductor fields.　For Micro LED, Toray engineering keeps on achieve total solutions of mass productions over taking advantage of experiences and technology. On this presentation, Toray engineering introduces these tools suitable for Micro LED (those sizes are several tens of μ) as best solutions for mass productions. 1. an auto optical inspection tool makes possible "Non-Contact inspection" 2. an laser trimming tool to clean up only failed LED chip according to its inspection result 3. an LED bonder to make possible "High Productivity"
11:30-12:00

ITRI’s Micro LED 技術發展- 顯示屏、電競與擴增實境應用

方彥翔
Deputy Division Director / CIMS巨量微組裝產業推動聯盟

- 工研院的micro-LED平台 - 顯示屏 / 電竸 / AR的研發現況與時程 - 結論
12:00-13:00

Lunch

13:00-13:30

Micro LED亮度與色度檢測的最新應用

鍾天銳
Technical Lead,of Technical Expert Department / Konica Minolta

作為顯示器測試儀器的領跑者，Konica Minolta包括旗下子公司德國Instrument Systems與美國Radiant Vision Systems提供的儀器與解決方案涵蓋micro LED/mini LED的多種檢測應用。演講包括在micro LED的顏色與亮度測量所遇到的課題與挑戰，並介紹相關的解決方案與應用如gamma tuning , uniformity和LED晶片的檢測。
13:30-14:00

微型轉印於 LED 及更多市場應用

Eugene Chow
Principal scientist and manager of the microsystems research group / PARC

We are developing a deterministic, directed, parallel electrostatic assembly and transfer process to arrange microLEDs and other IC chiplets. Singulated chips 10 um – 200 um in size are sorted, transported and oriented in solution. The arrangements are then transferred to a final substrate with contact stamping or an electrostatic roller belt. Demonstrations achieved include automated parallel assembly, micrometer scale registration, heterogeneous integration, inch scale outputs, and basic functional circuits. The eventual goal is the ability to integrate millions of chiplets into systems with fine control over large areas, at the cost of printing, to enable next generation microLED displays and heterogeneous electronic systems.
14:00-14:30

Micro LED全球專利最新趨勢與應用分析

Hsin-Lin Pi
Senior Patent Engineer / ITRI

1. Micro LED全球專利發展現況。 2.重要品牌公司在各應用領域的專利布局策略（顯示器與非顯示器領域）。 3.建議與總結。
14:30-14:50

Break

14:50-15:20

未來Micro LED 顯示採用次世代技術發展

Dr. WeiSin Tan
Director of Epitaxy and Advanced Product Development / Plessey

This presentation will focus on Plessey’s pioneering proprietary approach to enable manufacturing of monolithic microLED arrays using gallium nitride (GaN)-on-silicon (Si) technologies to develop better optimised AR or MR displays applications. It describes the problems associated with incumbent micro-display technologies and the challenges which remain to pixel sizes of eight microns and sub-pixels of approximately four micron.
15:20-15:50

微型化LED陣列驅動IC 於顯示屏市場的應用

羅際慷
技術市場部LED顯示屏驅動IC產品總監 / Macroblock

1.高整合驅動IC的緣起與發展 2.高整合驅動IC在灰階表現的演進 3.高整合驅動IC的省電機制
15:50-16:20

TFT 背板技術應用於Micro LED 顯示

Hyo‐Min Kim
Research Professor at Department of Information Display / Kyung Hee University

The advantages like high efficiency, high brightness, long lifetime, wide color gamut and narrow emission peak and scalability make μ-LED technology one of the promising candidate for future flat panel displays. However, μ-LEDs based on silicon technologies are usually with high cost and limited to small size applications. On the other hand, LTPS TFT backplane can support high current driving with excellent stability, but the cost is still high and there is limit in glass size up to G6. On the other hand, oxide semiconductor TFT is more appropriate for large-area displays. The oxide TFTs can be used for μ-LED because of its advantages such as relatively high mobility over 10 cm2 V−1 s−1, low threshold voltage near 0 V, and extremely low leakage current. And the manufacturing cost can be very low compared to Si backplane. In this talk, I will address the issues on oxide TFT and LTPS TFT for active-matrix backplane μ-LED displays. In addition, I will explain our works on digital driving and QD PR technologies which were presented at SID 2019 Display Week in San Jose.
16:20-16:50

巨量轉移技術於大型顯示器的應用

陳顯德
CEO / Ultra Display

1. MicroLED 用於顯示器的優點 2. MicroLED 技術的挑戰 3. MicroLED 用於大型顯示器的解決方案

本議程隨時會有變動，主辦單位有更動講師及議題的權利，將不另行通知
請留意TrendForce公佈在網路上關於本次議程的最新資訊

主講人簡介

儲于超

LEDinside研究協理 / 集邦科技

LEDinside: 2020 Micro LED 次世代顯示產業趨勢

現職為綠能事業部研究總監。具多年LED產業研究資歷，包括LED，Micro LED，照明，顯示螢幕等的整體供應鏈。此外，他同時也負責鋰電池產業觀察。儲于超先生過去曾在集邦科技與金融機構擔任分析師，針對半導體相關的電子領域皆有所擅長。

Matthew Gerber

CEO and board member / Rohinni

Mini LED技術的市場新契機

Matt has over 30 years of global high technology experience concentrated in the computing technology markets, and is currently a Rohinni board member and its CEO. Prior to Rohinni, Matt was a board member and CEO at Digital Fortress, a Seattle based provider of hybrid cloud and colocation services; a board member and EVP at 2nd Watch, one of Amazon Web Services largest global business partners; a board member and CEO at IT-Lifeline, one of Amazon Web Services first business partners; and a board member and CEO at SprayCool, a provider of thermal management technologies for high performance computing applications.
Matt is currently Board Chairman at TeraGo Networks, a publicly traded cloud, communications and data center company, and a board member at Pearson Packaging, a leading robotics packaging machinery manufacturer, and a board member at Perpetua, an electronics thermal management company. Matt holds a Bachelor of Engineering in Electrical Engineering from the State University of New York at Stony Brook and a Master of Business Administration with Distinction from Hofstra University.

Yasuyuki Sakamoto

General Manager of Engineering Dept. Taiwan Branch / TORAY

Micro LED 技術解決方案

Yasuyuki Sakamoto joined Toray Engineering Co.,Ltd. in 2008
Responsible for the inspection equipment “Applications” such as UI, useful function on AOI and ”How to detect the target defects” in various of customers and process.
Since then, engaged in marketing activities for Optoelectronic devices, Power devices, MEMS sensors, mainly for inspection equipment for semiconductors "INSPECTRA series" as well.

方彥翔

Deputy Division Director / CIMS 巨量微組裝產業推動聯盟

ITRI’s Micro LED 技術發展- 顯示屏、電競與擴增實境應用

Dr. Y. H. FANG received his PHD degree (2008) at National Taiwan University. He has been in ITRI since 2008. In this period, he focused on the topic of GaN substrate growth / UV LED on GaN substrate / GaN on Si for power device. For now, he is in charge of micro-LED team in ITRI and focusing on the technology of micro-LED from epitaxy, micro-chip process, mass transfer, high speed inspection, and system design. The micro-LED team led by him is building up the micro-LED platform applied for signage, vehicle, and AR application.

鍾天銳

Technical Lead,of Technical Expert Department / Konica Minolta

Micro LED亮度與色度檢測的最新應用

鍾天銳為光源色產品技術專家組技術經理，主要負責大中華區的光源色產品技術諮詢工作。2010年畢業於中國華南理工大學軟件工程專業後在2014-2017從事高精度光譜儀系統的相關研發工作。于2017加入柯尼卡美能達測量儀器事業部。

Dr. Eugene Chow

Principal Scientist and Manager of The Microsystems Research Group / PARC

微型轉印於 LED 及更多市場應用

Dr. Eugene Chow is a principal scientist and manager of the microsystems research group in the electronic materials and devices laboratory at PARC (a Xerox Company). PARC (www.parc.com) has been an influential innovation center for 50 years and performs research and development with various industrial and government partners. Dr. Chow’s work has focused on developing microsystems for applications in printing for manufacturing, electronics integration and biomedicine. Recent projects include micro-assembly printers for device integration, microsprings for electronics packaging and test, and microjets for drug delivery. He leads research projects at PARC with support from Xerox, other companies and the government, and has filed over 100 patents. He earned a B.S. from U.C. Berkeley in engineering physics, and did his graduate work at Stanford University (M.S. engineering management, M.S. and Ph.D. in electrical engineering).

Hsin-Lin Pi

Senior Patent Engineer / ITRI

Micro LED全球專利最新趨勢與應用分析

Beginning her career as an R&D engineer in TSMC, Hsin-Ling has years of experience in patent assessment. Hsin-Ling is currently a senior patent engineer at the Technology Transfer and Law Center of ITRI, where she developed in-depth analyses on the technology evolution of micro-LED by combining documentary data, including academic publication and patent records, with the observation on the industry dynamics. Moreover, with prior knowledge of being patent examiner at Taiwan Intellectual Property Office, Hsin-Ling is particularly adept at scrutinizing the competitiveness of patent portfolio across enterprises, delivering comprehensive outlooks for technology layout.

Dr. WeiSin Tan

Director of Epitaxy and Advanced Product Development / Plessey

未來Micro LED 顯示採用次世代技術發展

Wei-Sin received his B.Eng. (Hons) and Ph.D. degrees from the University of Sheffield in 2000 and 2003, respectively. He has over 15 years’ experience in the compound semiconductor industry and has held various senior technical managerial roles in GaN on Silicon technology. He has authored over 50 publications and an inventor of over 20 patents. He is currently the Director of Product Development at Plessey Semiconductors.

羅際慷

技術市場部LED顯示屏驅動IC產品總監 / Macroblock

微型化LED陣列驅動IC 於顯示屏市場的應用

羅總監在LED顯示屏系統設計與開發上累積多年豐富經驗，目前透過系統整合的實務經驗，主導LED顯示屏驅動IC的產品規劃開發。

Hyo‐Min Kim

Research Professor at Department of Information Display / Kyung Hee University

TFT 背板技術應用於Micro LED 顯示

Hyo‐Min Kim is a Research Professor at Department of Information Display of Kyung Hee University, Seoul, Rep. of Korea. His current researches are in light-emitting devices based on Micro‐LED, QDs, Perovskite and organics for display applications. He is the author or co-author of over 45 technical publications of which over 20 are in SCI Journals such as Nanoscale, Journal of Material Chemistry, ACS Applied Materials & Interfaces, Organic Electronics, Advanced Functional Materials, Advanced Optical Materials. He is currently a Manager of Advanced Display Research Center (ADRC) and was awarded Distinguished Paper Award from SID in 2015 and 2019.

陳顯德

執行長 / 優顯科技

巨量轉移技術於大型顯示器的應用

陳顯德博士2005年於國立台灣大學拿到電機博士學位. 他的研究題目專注在TFT薄膜電晶體的穩定度及三五族化合物半導體的磊晶和量子點元件.
他在平面顯示器產業擁有十年的經驗,在這個時期,他開發了LTPS低溫多晶矽以及基於TFT基版的X光偵測器. 除此之外,從2015年開始,他創辦了優顯科技股份有限公司,同時他也是許多MicroLED巨量轉移及接合技術專利的發明人.

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100台北市中正區徐州路2號2樓(201室)

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