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[Report]

LED Manufacturing Technologies 08

Published: 2007/11

Contact 24 hrs/day
Description

Table of Contents

  • Glossary
  • Executive summary
  • LED market main metrics and players
    • Market segmentation
    • LED market volume as a function of LED type
    • LED market revenues as a function of LED type
    • LED 2006 applications breakdown
    • 2001-2012 GaN LED market
    • Average retail price of conventional packaged LED
    • Estimated worldwide blue LED dies capacity by region in million units
    • Major worldwide players and related position on the value-chain: Europe, Japan, Korea, Taiwan, China, North America
  • General Illumination market
    • Worldwide estimation of generated lumens (lm.hr/year)
    • Evolution of white LEDs needs for general lighting
    • Market estimation for White-LEDs for general illumination
    • Wafers needs for general illumination (2" equivalent wafers, million units)
  • Projection systems & light-engines market
    • Introduction: Definition of a light engine
    • Products which require a light engine
    • Light engines market forecast 2006-2011
    • Market introduction roadmap for light-engine-based products
    • Light engine roadmap for displays
    • Digital Cinema Projectors market
    • Conclusions: What light sources for projection displays: LED or LD?
  • Current status of the LED performance and related technologies p44
    • Number of lm requested for various applications and related time-to-market for mass-production
    • Main manufacturing steps and related options for GaN-based LED
    • Examples of current LED companies process flow-chart
    • LED: lateral or vertical structure
    • GaN-LED: Emitting colour as a function of In concentration
    • Global LED efficiency is the ratio of the final luminous output power over the wall-plug input power
    • Internal QE has now reached ~73% for low power LED (I=20mA)…
    • … but this value significantly drops as the current (so the power) increases !
    • How is the input power dissipated? Average LED optical output power vs. heat generation at different current levels
    • Extraction efficiency (?extr.) is strongly linked to the die size….
    • Different options to optimize LED performance
    • Expected efficiency gains for the future white power LED generation
    • Influence of selected improvements on the four key efficiency parameters
    • The perfect white LED would include…
  • New LED manufacturing techno. to enhance luminous efficiency
    • Various techniques to improve white LED efficiency
  • New growth substrates for nitride LEDs p62
    • Sensitivity to dislocations density in the active layer for optical nitride devices
    • Estimated volume of substrates for GaN-based LED production (SiC & Sapphire) 2005-2012
    • 2006 sapphire substrates market for LED: price, units and diameter analysis
    • 2005-2012 Sapphire substrates market volume for LEDs by diameter & related market value
    • 2005-2012 Sapphire substrates market value for LEDs, segmented by diameter
    • 2005-2012 SiC wafer diameter evolution for GaN/SiC LED production
    • 2005-2012 SiC substrates market volume for LEDs by diameter & related market size
    • Sapphire substrates main manufacturers
    • Different substrates for GaN epitaxy
    • GaN substrates / applications matrix
    • Conclusion: Tentative time-to-market of various substrates
  • Photonic crystals and textured surface
    • Goal of the LED surface modification: enhance light extraction and directional emission
    • Photonic crystal vs. Surface texturing
    • Photonic crystals: the principle
    • Example of photonic crystals based LED Luminus PhlatLight®
    • Nano-imprint lithography, a key technology for photonic crystals LED
    • Photonic crystals LEDs: New developments
    • Photonic crystals LEDs by Laser Holography
    • Conclusion
  • Laser Lift-Off (LLO) & Flip-Chip p85
    • LLO Technique: definition
    • OSRAM LED chip technology (ThinGaN® technology)
    • LLO equipments
    • LLO technique & Flip chip mounting
    • The flip-chip mounting: transparent substrates only!
    • Flip-chip can be coupled with back-face contact reflector technique
    • Schematic fabrication process for wafer-bonded transparent substrate AlGaInP/GaP LEDs
  • Transparent top contacts with ZnO
  • Temporary Bonding p96
    • Temporary bonding: introduction
    • Thin wafer handling: different solutions
    • Temporary bonding: principle
    • Main temporary bonding methods comparison
    • Temporary bonding using wax
    • Temporary bonding using adhesive tapes
    • Example of EVG and TEL temporary bonding tools
  • Dicing and Scribing
    • Definition
    • Techniques, Throughputs and costs
    • Number of dies / wafer
    • Laser Scribing & Dicing
    • Diamond Scribing & Dicing
    • Example of JPSA, NWR, Synova and Oxford Laser tools
  • Binning
    • Binning: Definition
    • What is Binning?
    • Binning: the criteria
    • Binning must prioritize on only one parameter to achieve a proper yield
    • Binning: conclusions
  • Patents and licenses status in the LED business: The phosphor battlefield p122
    • Patent is part of global IP
    • "The NICHIA story": 1995 - 1999
    • Some Examples of the GaN LED patent situation
    • Main agreements and cross-licenses in LED business
    • US and Asia remain the most active regions in LED patents
    • EU patents status
    • Ranking of the most active companies in LED technology patents
    • Main phosphor-related patents from various manufacturers
    • Main phosphor technologies in use
    • Main phosphor suppliers
    • Conclusions
  • UV-LED and bulk-AlN: The future of white LEDs?
    • Introduction
    • What are UV wavelengths ?
    • UV emission wavelength depends on the Al content in the AlGaN alloy
    • Why bulk AlN to make UV LEDs?
    • Current UV-LED state-of-the-art
    • Main initiatives in AlN bulk single crystal developments
    • Tentative roadmap for 2" AlN single crystal market price & useable area
    • Example of current available offers in AlN substrates
    • Conclusion
  • The "Green Gap"
    • Introduction: green is missing…
    • Why green wavelengths so hard to get?
    • Conclusions
  • LED lifetime: new business models are needed…
    • Long lifetime can be a market driver for adoption but not a money maker for light source vendors
  • General conclusions
  • Annexes: Company profiles
    • CREE
    • Philips Lumileds
    • OSRAM
Description

[Report]
LED Manufacturing Technologies 08
Published: 2007/11
Published by : Yole Developpement Yole Developpement

Price:
US $ 5,890.00 PowerPoint via PDF by E-mail (Single License)
US $ 7,650.00 PowerPoint via PDF by E-mail (Corporate License)
US $ 10,602.00 PowerPoint via PDF by E-mail (Corporate Multi-Site License)
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Product Code : YD58857
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