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Conference Agenda

Wednesday, 08 Oct 2008

 Keynote Presentations
09:00IDTechEx
09:15Toppan Forms
09:45Kovio
10:15Hewlett-Packard Laboratories
10:45Coffee & Networking Break
 Photovoltaics
11:30Gifu University
11:55National Chiao Tung University
12:20G24 Innovations / Osaka University
12:45Lunch & Networking Break
 Transistor Circuits
14:15Sony
14:40University of Cambridge
15:05Nano ePrint
15:30Thin Film Electronics
15:55Coffee & Networking Break
16:30Imperial College
 Sensors, Sound & Batteries
16:55NXT Technology
17:20Waseda University
17:45University of California
18:10End of Day 1

Thursday, 09 Oct 2008

 OLED Display Technology
08:45Samsung Advanced Institute of Technology
09:10DuPont Displays
09:35Kodak Japan
 E-Paper Display
10:00Bridgestone Corporation
10:25E Ink
10:50Coffee & Networking Break
 Printing Technology
11:25imaging Technology international
11:50Pixdro/OTB
12:15Asahi Kasei Chemicals
12:40Lunch & Networking Break
 Material Advances
14:00Merck Chemicals
14:25BASF Future Business
14:50HC Starck
15:15Hitachi Chemical
15:40Coffee & Networking Break
16:10Institute of Materials Research and Engineering
16:35Frontier Carbon Corporation
 Future Possibilities with Printed Electronics
17:00University of Tokyo
17:25End of Day 2
 
 
 

Wednesday October 08, 2008

Keynote Presentations (09:00 - 10:45)

09:00 - 09:15 "The Global Market for Printed Electronics"
 
 
09:15 - 09:45 "Possiblities and Influence of Printed Electronics"
  • What Printed Electronics can Deliver.
  • Printed Electronics' Influence to Industries
  • Toppan Forms' Engagement and Approach to Printed Electronics
 
09:45 - 10:15 "A New Semiconductor Technology Paradigm"
 
 
10:15 - 10:45 "Roll-to-Roll Manufacturing of Electronics on Flexible Substrates using Self Aligned Imprint Lithography"
  • Monitoring and control of continuous processes
  • 1/3 m wide Roll-to-Roll toolset
  • Display backplane demonstrator
 

Photovoltaics (11:30 - 12:45)

11:30 - 12:05 "Development of Colourful and Plastic Solar Cells by Electrodeposition of Nanostructured ZnO Thin Films."
  • Fast, low temperature, cost effective but highly controllable electrodeposition
  • Light weight, colourful and flexible solar cells for new applications
  • "Universal Solar Cells" consortium to integrate science, technology and product developments
 
11:55 - 11:20 "High-performance Polymer Solar Cells"
  • Morphology effect on polymer solar cells
  • Microwave annealing of polymer solar cells
  • Submicro-scale manipulation of phase separation in organic solar cells
 
12:20 - 12:45 ""
 
 

Transistor Circuits (14:15 - 16:55)

14:15 - 14:40 "Fully Printed Organic TFTs"
  • Application of printing method to flexible organic TFTs
  • Challenges for high performance soluble organic TFTs
  • All printed organic TFT backplane for electrophoretic displays
 
14:40 - 15:05 "Fabrication and Stability Characterisation of Thin Film Transistors Based on Indium Zinc Oxide Deposited at Low Temperature"
•The deposition of metal oxides using a high rate sputtering technology will be described.
•Thin film transistors fabricated using amorphous indium zinc oxide as the channel layer will be shown to have a field effect mobility of 10 cm2 V-1 s 1, which is an order of magnitude better than amorphous silicon technology.
•The results of stressing metal oxide thin film transistors will be presented to allow assessment of stability.
 
15:05 - 15:30 "Planar Printed Electronics"
•Challenges in making printed electronics ubiquitous
•Simplifying the problem with planar electronics
•Benefits in real world applications
 
15:30 - 15:55 "Non-Volatile Printed Memory"
• Technologies for printed memories
• Ferroelectric polymer memories
• Recent progress
• Summary and outlook
 
16:30 - 16:55 "Commercial Opportunities and Challenges for Organic Transistors"
  • Review of organic semiconductor requirements for display applications
  • State of the art progress in organic semiconductor performance
  • Materials formulation and compatibility in printing transistors- the next challenge
 

Sensors, Sound & Batteries (16:55 - 18:10)

16:55 - 17:20 "Printed Electronics Enables New Sound, Light and Touch Human Interface Devices"
  • Introduction to NXT and its Distributed Mode Loudspeaker (DML) technology
  • Low cost multifunctional DML, Light, Touch and Haptics panels enabled by Printed Electronics
  • High information Content Human Interface Devices using multifunctional NXT panels
 
17:20 - 17:45 "Flexible Organic Batteries"
 
 
17:45 - 18:10 "Organic Chemical and Biosensors for Smart Packages"
  • Review of electronic nose technology based on organic transistors
  • Review of DNA sensing technology based on organic transistors
  • System implementation issues and outlook for package-embedded organic
    • sensors
     
     

    Thursday October 09, 2008

    OLED Display Technology (08:45 - 10:00)

    08:45 - 09:10 "Active Matrix TFT Array for Flexible Display"
    • Overview of Paper like Display
    • Programs for Flexible Display in SAIT (Samsung Advanced Institute of Technology)
    • Future Plan
     
    09:10 - 09:35 "Solution Printing of AMOLED Displays"
    • Performance of our solution processed small-molecule materials
    • Cost reduction of printing versus incumbent technology
    • Trade-offs and benefits of using common layers in OLED architectures
     
    09:35 - 10:00 "Current Status of Kodak's OLED Development Technology Applicable for a Large TV Display"
    • Development trend of AMOLED
    • General aspect of OLED display
    • Which OLED technologies should be feasible to scale up to a large display
    • Necessary advancements and current improvements of WOLED
     

    E-Paper Display (10:00 - 10:50)

    10:00 - 10:25 "Novel Type of Flexible and Color Electronic Paper by using Electronic Liquid Powder technology"
    • Electronic Paper
    • Printable Technology (Printed Color Filter)
    • Roll to Roll Process
     
    10:25 - 10:50 "Current Status of E Ink e-Paper Technology & Applications"
     
     

    Printing Technology (11:25 - 12:40)

    11:25 - 11:55 "Inkjet as a Digital Fabrication Process for Printed Electronics Applications"
    •Inkjet process development
    •Implementing inkjet for printed electronics - application examples
    •Digital fabrication equipment for printed electronics using inkjet technology
     
    11:50 - 12:15 "From Application Development to Industrial Production Equipment."
    •System development
    •Application cases
    •PixDro tools / modules
     
    12:15 - 12:40 "Flexo Printing for Printed Electronics Realized by Novel Printing Sleeve"
    • Novel flexo printing sleeve for printed electronics
    • Potential of flexo printing in the printed electronics field.
    • Application of flexo printing
     

    Material Advances (14:00 - 17:00)

    14:00 - 14:25 "Advances in Material and Formulation Development for Printed Organic Electronics"
    • How good can soluble/printable organic semiconductors be?
    • Formulation concepts can enhance processability and improve material/device performance
    • What does the industry need for the "final push"?
     
    14:25 - 14:50 "Progress in Materials Development for Printed Electronics"
    • BASF's involvement in printed electronics
    • Sepiolid (TM) product range
    • Application in CMOS circuitry
     
    14:50 - 15:15 "Advances in conductivity and Printability of PEDOT:PSS Polymer Formulations"
    • the conductivity of PEDOT:PSS polymers is steadily increased, enhaced formulations are available
    • H.C. Starck has set up a range of PEDOT:PSS formulations for inkjet printing HIL- as well as high-conductive layers
    • the silkscreen printing of fine lines down to 30-40 µm linewidth could be demonstrated
     
    15:15 - 15:40 "Novel Materials for Electronic Device Fabrication Using Ink-jet Printing Technology"
    • Hitachi Chemical's business categories
    • The novel Materials for the ink-jet fabrication
    • For other applications
     
    16:10 - 16:35 "Breakthrough in flexible, transparent encapsulation"
     
     
    16:35 - 17:00 "Fullerene as the Promising Acceptor Materials in the Organic Photovoltaic Systems"
    • Fullerene and Fullerene derivatives
    • Materials for OPV acceptor
    • Material Specifications for the realization of OPV products and business
     

    Future Possibilities with Printed Electronics (17:00 - 17:25)

    17:00 - 17:25 "Organic Transistors with Subfemtoliter Inkjets"
    • attoliter and picoliter inkjet printing
    • organic transistors, memories, and circuits
    • eskins and new applications
     
     
    Learn about all the technologies, all the applications and all the opportunity at Printed Electronics Asia. IDTechEx is running exclusive VIP Tour to Tokyo, Japan with company visits, a 2 day conference and exhibition and research. Meet, learn from, and network with the leading companies involved in organic, printed inorganic and other thin film electronics in East Asia.