（市場調査レポート）
光ディスクの新成長シナリオ2010 第2章 光ストレージの将来展望検討編
第2章 目次
- はじめに
- エグゼクティブサマリ
- 序章 ガラパゴスで勝つ
- 大局的に見る光ディスク市場の動向
- ISOM2010 に見る光ディスクストレージの開発動向
- 民生市場における光ディスクの今後
- 各種ストレージの動向（Storage Vision 2011 より）
- 光ディスクの今後の役割と市場性
- Post BD を含む成長シナリオと提言
- さいごに
3.1. ガラパゴスと匠
3.2. 日本の強み
3.3. 光ディスク事業におけるガラパゴスと匠
3.2. 日本の強み
3.3. 光ディスク事業におけるガラパゴスと匠
5.1. はじめに
5.2. 光ディスクストレージ技術概要
5.3. 光ストレージ技術詳細
5.6. ISOM にみる光ストレージの今後
5.2. 光ディスクストレージ技術概要
5.3. 光ストレージ技術詳細
5.3.1. 有機系多層媒体〜Feasibility Study of Recordable Multilayer Optical Disk with Organic Dye (PIONEER)
5.3.2. BD16 層 500GB ライトワンスディスク及びドライブ
5.3.3. SIL Near Field 記録
5.3.4. FOD (Flexible Optical Disks)
5.4. New World5.3.2. BD16 層 500GB ライトワンスディスク及びドライブ
5.3.3. SIL Near Field 記録
5.3.4. FOD (Flexible Optical Disks)
5.4.1. Tu-J-02 Internet Traffic and Network Energy Consumption
5.5. ISOM の今後5.6. ISOM にみる光ストレージの今後
6.1. ネットワークの動向
6.1.1. IPTV 向け配信（欧州）
6.1.2. ネット配信（米国）
6.1.3. ネット配信（日本）
6.1.4. ネット配信（中国）
6.1.5. ネット配信まとめ
6.2. AV 民生における課題6.1.2. ネット配信（米国）
6.1.3. ネット配信（日本）
6.1.4. ネット配信（中国）
6.1.5. ネット配信まとめ
6.2.1. AV 民生全体動向
6.2.2. AV 民生におけるコンテンツ配信における課題
6.2.3. AV 民生における記録系の課題
6.2.4. PC における記録系の課題
6.2.2. AV 民生におけるコンテンツ配信における課題
6.2.3. AV 民生における記録系の課題
6.2.4. PC における記録系の課題
7.1. Storage Visions 2011 Agenda
7.2. Analyst Perspectives: Tomorrow's Entertainment Storage -- Opportunities and Challenges
7.3. Drivers and Enablers of Mobile Device Storage
7.4. Tomorrow's Storage for Home, Office and Entertainment
7.5. A Field of Dreams: More Stuff in CE Devices
7.6. Improving the Infrastructure for High Resolution Content Applications
7.7. Contents Delivery Where Ever and When Ever
7.2. Analyst Perspectives: Tomorrow's Entertainment Storage -- Opportunities and Challenges
7.3. Drivers and Enablers of Mobile Device Storage
7.4. Tomorrow's Storage for Home, Office and Entertainment
7.5. A Field of Dreams: More Stuff in CE Devices
7.6. Improving the Infrastructure for High Resolution Content Applications
7.7. Contents Delivery Where Ever and When Ever
Fig 2-1 インターネットトラフィックに占める各種（IBC2010 より）
Fig 4-1 PC ドライブ台数推移
Fig 4-2 AV 機器 台数推移
Fig 4-3 記録型光ディスク推移
Fig 5-1 発表件数
Fig 5-2 Experimental results of AlN reflector disks
Fig 5-3 Experimental results of the 3-layer disk with AlN reflector
Fig 5-4 Example of optical design
Fig 5-5 What's separated guide layer disc
Fig 5-6 16-layers BD-WO 対応ドライブのOptical system
Fig 5-7 Specification of 16-layer system optics
Fig 5-8 Disc structure and recording materials of 16-layer disc
Fig 5-9 Evaluation result of 16 layer disc
Fig 5-10 Master manufacturing Process
Fig 5-11 Pit Shape of the High-Cooling Rate Structure
Fig 5-12 Progress of the Thermal Recording
Fig 5-13 Master Structure for the Near Field Recording
Fig 5-14 New Beam Expander
Fig 5-15 Need for high refractive index
Fig 5-16 Layer Structure of the Dual-layer Disk
Fig 5-17 Future work
Fig 5-18 FOD vs. Blu-ray Disc
Fig 5-19 Stabilization system
Fig 5-20 Axial run-out and pressure (0.1mm thick)
Fig 5-21 State Changes for rotation speed and values of Ca
Fig 5-22 Need for next Generation Optical Data Storage
Fig 5-23 Research Objective & Goal
Fig 5-24 Flexible optical disk, stabilizer, LG NFR controller
Fig 5-25 Overall experimental setting, Axial run-out (5000rpm), Run-out result table
Fig 5-26 Gap servo control
Fig 5-27 Summary of Experimental Results
Fig 5-28 Concept of Flexible optical disk recording system(FOD-RS)
Fig 5-29 FOD cartridge (10disks, 250GB)
Fig 5-30 FOD drive
Fig 5-31 Cartridge mechanism of FODs
Fig 5-32 Forecast of Consumer Internet traffic for Japan from 2008 to 2013 (Cisco
Systems)
Fig 5-33 Proposal of Optical Path Network(OPN)
Fig 5-34 Effect to the Introduction of Optical Path Network with One Thousandth Power
Reduction
Fig 5-35 New Keynote
Fig 6-1 Orange service (France)
Fig 6-2 Residential Fixed High-speed Connections 2005-2008
Fig 6-3 Hours Online per Internet user (Home Use Only) (Broadband Performance OBI
Technical Paper No.4, FCC, August ,2009)
Fig 6-4 Distribution of Hours by Type of Activity
Fig 6-5 Residential High-speed Connections by Technology as of December 31, 2008
Fig 6-6 4K Resolution Video on YouTube
Fig 6-7 Hulu:Website
Fig 6-8 VOD Services operated by Broadcasters in Japan
Fig 6-9 光ディスクの重要要素
Fig 7-1 Let's Compare $/GB for NAND and Notebook PC HDDs
Fig 7-2 Storage Predictions: NAND-Flash SSDs and HDDs in New Portable PCs
Fig 7-3 Putting it All Into Perspective
Fig 7-4 Growing Demand for NAND in Portable Device
Fig 7-5 One Thing's Sure: prices Always Fall
Fig 7-6 Why Hybrid ODD？
Fig 7-7 Hybrid ODD Usage
Fig 7-8 Hybrid ODD Feature
Fig 7-9 Hybrid ODD Value Proposition in Laptop
Fig 7-10 Hybrid ODD Road Map
Fig 7-11 Tablet - A New Category is Born
Fig 7-12 No HDD by Design
Fig 7-13 iNEMI Mass Data Storage (NAND Flash)
Fig 7-14 iNEMI (HDD)
Fig 7-15 iNEMI (Tape Storage Roadmap)
Fig 7-16 iNEMI (Summary)
Fig 7-17 Application Segnebtation
Fig 7-18 NAND Technology Shift Smoothly
Fig 7-19 Controller : Critical for Maintaining Reliability
Fig 7-20 What is UFS？
Fig 7-21 Need for SuperSpeed USB
Fig 7-22 Media Distribution Market Situation
Fig 7-23 Opportunities Abound
Fig 7-24 Content Creation Continues to Accelerate
Table 5-1 FOD-RS specification
Table 6-1 Top U.S. Online Video Content Properties* by Videos Viewed May 2010
Total U.S. ? Home/Work/University Locations Source: comScore Video Metrix
Table 6-2 優酷網（Youku） website
Fig 4-1 PC ドライブ台数推移
Fig 4-2 AV 機器 台数推移
Fig 4-3 記録型光ディスク推移
Fig 5-1 発表件数
Fig 5-2 Experimental results of AlN reflector disks
Fig 5-3 Experimental results of the 3-layer disk with AlN reflector
Fig 5-4 Example of optical design
Fig 5-5 What's separated guide layer disc
Fig 5-6 16-layers BD-WO 対応ドライブのOptical system
Fig 5-7 Specification of 16-layer system optics
Fig 5-8 Disc structure and recording materials of 16-layer disc
Fig 5-9 Evaluation result of 16 layer disc
Fig 5-10 Master manufacturing Process
Fig 5-11 Pit Shape of the High-Cooling Rate Structure
Fig 5-12 Progress of the Thermal Recording
Fig 5-13 Master Structure for the Near Field Recording
Fig 5-14 New Beam Expander
Fig 5-15 Need for high refractive index
Fig 5-16 Layer Structure of the Dual-layer Disk
Fig 5-17 Future work
Fig 5-18 FOD vs. Blu-ray Disc
Fig 5-19 Stabilization system
Fig 5-20 Axial run-out and pressure (0.1mm thick)
Fig 5-21 State Changes for rotation speed and values of Ca
Fig 5-22 Need for next Generation Optical Data Storage
Fig 5-23 Research Objective & Goal
Fig 5-24 Flexible optical disk, stabilizer, LG NFR controller
Fig 5-25 Overall experimental setting, Axial run-out (5000rpm), Run-out result table
Fig 5-26 Gap servo control
Fig 5-27 Summary of Experimental Results
Fig 5-28 Concept of Flexible optical disk recording system(FOD-RS)
Fig 5-29 FOD cartridge (10disks, 250GB)
Fig 5-30 FOD drive
Fig 5-31 Cartridge mechanism of FODs
Fig 5-32 Forecast of Consumer Internet traffic for Japan from 2008 to 2013 (Cisco
Systems)
Fig 5-33 Proposal of Optical Path Network(OPN)
Fig 5-34 Effect to the Introduction of Optical Path Network with One Thousandth Power
Reduction
Fig 5-35 New Keynote
Fig 6-1 Orange service (France)
Fig 6-2 Residential Fixed High-speed Connections 2005-2008
Fig 6-3 Hours Online per Internet user (Home Use Only) (Broadband Performance OBI
Technical Paper No.4, FCC, August ,2009)
Fig 6-4 Distribution of Hours by Type of Activity
Fig 6-5 Residential High-speed Connections by Technology as of December 31, 2008
Fig 6-6 4K Resolution Video on YouTube
Fig 6-7 Hulu:Website
Fig 6-8 VOD Services operated by Broadcasters in Japan
Fig 6-9 光ディスクの重要要素
Fig 7-1 Let's Compare $/GB for NAND and Notebook PC HDDs
Fig 7-2 Storage Predictions: NAND-Flash SSDs and HDDs in New Portable PCs
Fig 7-3 Putting it All Into Perspective
Fig 7-4 Growing Demand for NAND in Portable Device
Fig 7-5 One Thing's Sure: prices Always Fall
Fig 7-6 Why Hybrid ODD？
Fig 7-7 Hybrid ODD Usage
Fig 7-8 Hybrid ODD Feature
Fig 7-9 Hybrid ODD Value Proposition in Laptop
Fig 7-10 Hybrid ODD Road Map
Fig 7-11 Tablet - A New Category is Born
Fig 7-12 No HDD by Design
Fig 7-13 iNEMI Mass Data Storage (NAND Flash)
Fig 7-14 iNEMI (HDD)
Fig 7-15 iNEMI (Tape Storage Roadmap)
Fig 7-16 iNEMI (Summary)
Fig 7-17 Application Segnebtation
Fig 7-18 NAND Technology Shift Smoothly
Fig 7-19 Controller : Critical for Maintaining Reliability
Fig 7-20 What is UFS？
Fig 7-21 Need for SuperSpeed USB
Fig 7-22 Media Distribution Market Situation
Fig 7-23 Opportunities Abound
Fig 7-24 Content Creation Continues to Accelerate
Table 5-1 FOD-RS specification
Table 6-1 Top U.S. Online Video Content Properties* by Videos Viewed May 2010
Total U.S. ? Home/Work/University Locations Source: comScore Video Metrix
Table 6-2 優酷網（Youku） website
