Digital Storage in Consumer Electronics : The Essential Guide.

Intro -- Dedication -- Preface to the Second Edition -- Acknowledgments -- Contents -- About the Author -- Chapter 1: Introduction -- 1.1 Objectives in this Chapter -- 1.2 The Growth of Consumer Electronics -- 1.3 Many Types of Memory -- 1.4 Growth in Digital Content Drives Storage Growth -- 1.5 Economics of Consumer Devices -- 1.5.1 Consumer Product Price and Demand -- 1.5.2 Cost Markups in the Retail Sales Channel -- 1.5.3 New Opportunities for Electronic Integration -- 1.6 Rules for Design of Digital Storage in Consumer Electronics -- 1.7 Classification of Devices Using Storage in the Home -- 1.8 Consumer Electronic Storage Hierarchies -- 1.8.1 Digital Memory for Device Process Execution -- 1.8.2 Mobile Device Consumer Electronic Storage Hierarchy -- 1.8.3 Static Device Consumer Electronic Hierarchy -- 1.9 Multiple Storage and Hybrid Storage Devices -- 1.9.1 Multiple Storage Format Consumer Devices -- 1.9.2 Hybrid Storage Devices -- 1.10 Chapter Summary -- Chapter 2: Fundamentals of Hard Disk Drives -- 2.1 Objectives in This Chapter -- 2.2 History of Hard Disk Drives -- 2.3 Hard Disk Magnetic Recording Basics -- 2.4 How Data Is Organized on a Hard Disk Drive -- 2.5 Hard Disk Drive Performance and Reliability -- 2.6 Hard Disk Drive Design for Mobile and Static CE Applications -- 2.7 The Cost of Manufacturing a Hard Disk Drive -- 2.8 Disk Drive External Interfaces -- 2.9 Hard Disk Drive Technology Development -- 2.10 Chapter Summary -- Chapter 3: Fundamentals of Optical Storage -- 3.1 Objectives in this Chapter -- 3.2 Optical Disc Technologies -- 3.3 Basic Operation of an Optical Disc Drive -- 3.4 How Data is Organized on an Optical Disc -- 3.5 Optical Disc Form Factors -- 3.6 Optical Disc Reliability -- 3.7 Holographic Recording -- 3.8 Optical Disc Storage Development -- 3.9 Chapter Summary.

Chapter 4: Fundamentals of Flash Memory and Other Solid-State Memory Technologies -- 4.1 Objectives in this Chapter -- 4.2 Development and History of Flash Memory -- 4.3 Erasing, Writing, and Reading Flash Memory -- 4.4 Difficulties that Cause "Wear" in Flash Memory -- 4.5 Common Flash Memory Storage Technologies: NOR and NAND -- 4.5.1 How Does NOR Memory Work? -- 4.5.2 How Does NAND Memory Work? -- 4.6 Bit Errors in NAND Flash -- 4.7 Managing Wear in NAND and NOR -- 4.8 Bad Block Management -- 4.9 Embedded Versus Removable NAND Flash -- 4.10 Flash Memory File Systems -- 4.11 Single-Level Cell and Multilevel Cell Flash Memory -- 4.12 Stacking Die to Achieve Higher Storage Capacity -- 4.13 Trade-Offs with Multilevel Flash Memory -- 4.14 Types of Flash Memory Used in CE Devices -- 4.15 Flash Memory Environmental Sensitivity -- 4.16 Using Memory Reliability Specifications to Estimate Product Lifetime -- 4.17 Flash Memory Cell Lifetimes and Wear-Leveling Algorithms -- 4.18 Predicting NAND Bit Errors Based upon Worst-Case Usage -- 4.19 Flash Memory Format Specifications and Characteristics -- 4.19.1 CompactFlash (CF) and Related Card Formats -- 4.19.2 Multimedia Cards (MMC) -- 4.19.3 Secure Digital (SD) Cards -- 4.20 Flash Memory and Other Solid-State Storage Technology Development -- 4.20.1 Road Map for Flash Memory Development -- 4.20.2 Expected Growth in Storage Capacity for Flash Memory -- 4.20.3 Expected Change in Cost per GB of Flash Memory -- 4.20.4 Other Solid-State Storage Technologies -- 4.21 Chapter Summary -- Chapter 5: Storage in Home Consumer Electronic Devices -- 5.1 Objectives in this Chapter -- 5.2 Personal Video Recorders or Digital Video Recorders -- 5.2.1 Basic Layout and Design of Digital Video Recorders -- 5.2.2 Digital Video Storage Requirements and DVR Storage Design -- 5.2.3 External Direct-Attached Storage for DVRs.

5.2.4 Network-Attached Storage for DVRs -- 5.2.5 Digital Video Recording Developments -- 5.3 Smart TVs and IP Set-Top Boxes -- 5.4 Fixed and Mobile Game Systems -- 5.5 Home Media Center and Home Network Storage -- 5.5.1 Basic Layout of Media Center Devices -- 5.5.2 Home Networking Requirements for Media Centers -- 5.5.3 Home Media Centers and the Internet -- 5.5.4 Future Media Center Capability -- 5.5.5 Faster Organization and Content Search in Home Media Centers -- 5.5.6 The Future of Home Media Content Access -- 5.5.7 Backing up and Disaster Recovery for Home Media Centers -- 5.5.8 High-Resolution Content for the Home -- 5.6 Chapter Summary -- Chapter 6: Storage in Automotive and Mobile Consumer Electronic Devices -- 6.1 Objectives in this Chapter -- 6.2 Automotive Consumer Electronics Storage -- 6.2.1 Digital Storage for the Automobile -- 6.2.2 Basic Layout of an Automobile Infotainment System -- 6.2.3 Storage Device Trade-Offs and Options for the Automobile -- 6.2.4 Road Map for Automobile Digital Storage Requirements -- 6.3 Mobile Consumer Devices -- 6.3.1 Mobile Consumer Electronic Designs -- 6.3.1.1 Mobile Media Player -- 6.3.2 Smartphones -- 6.3.3 Electronic Tablets -- 6.3.4 The Vision of Convergence Devices -- 6.3.5 Smart Watches, Jewelry, and Clothing -- 6.4 Cameras and Camcorders -- 6.4.1 Layout of a Digital Still Camera -- 6.4.2 Layout of a Digital Video Camera -- 6.4.3 Storage Requirements for Digital Camcorders -- 6.4.4 Road Maps for Camcorder Digital Storage -- 6.5 Other Consumer Devices -- 6.5.1 Mobile Game Systems -- 6.5.2 Handheld Navigation Devices -- 6.5.3 Other Mobile Applications -- 6.6 Chapter Summary -- Chapter 7: Developments in Mobile Consumer Electronic Enabling Technologies -- 7.1 Objectives in this Chapter -- 7.2 Display Technologies in Mobile Devices -- 7.2.1 Mobile Device Displays -- 7.2.2 Color -- 7.3 Mobile Power.

7.3.1 Safety -- 7.3.2 Other Requirements -- 7.4 Consumer Metadata -- 7.5 Voice and Image Recognition -- 7.6 Chapter Summary -- Chapter 8: Integration of Storage in Consumer Devices -- 8.1 Objectives in this Chapter -- 8.1.1 Storage Costs in Consumer Product Design -- 8.2 Development of Common Consumer Functions -- 8.2.1 DVR as a Standard Consumer Function -- 8.2.2 Cameras as a Standard Consumer Function -- 8.2.3 GPS Location Services as a Standard Consumer Function -- 8.2.4 Network Connectivity as a Standard Consumer Function -- 8.3 Intelligence of Digital Storage in Consumer Electronics -- 8.3.1 Security Providers -- 8.3.2 Object-Based Storage -- 8.3.3 USB-Run Software Applications -- 8.4 Matching Storage to Different Applications -- 8.5 The Convergence of Electronics: When the Storage Becomes the Device or Was It the Other Way Around? -- 8.6 Road Maps for CE Application Integration in Storage Devices -- 8.6.1 Single Storage Device Application Integration -- 8.6.2 Multiple Storage Device Application Integration -- 8.6.3 Chapter Summary -- Chapter 9: Home Network Storage, the Cloud and the Internet of Things -- 9.1 Objectives in this Chapter -- 9.2 What Drives Home Networking Trends? -- 9.3 Networking Options in the Home -- 9.4 Push Vs. Pull Market for Home Networks -- 9.5 Home Networks for Media Sharing -- 9.6 Home Networks for Home Reference Data Backup -- 9.7 The Home Internet of Things -- 9.8 Projections for Home Network Storage -- 9.9 Design of Network Storage Devices -- 9.10 Advanced Home Storage Virtualization -- 9.11 Home Network Storage and Content Sharing Within the Home -- 9.12 Privacy, Content Protection, and Sharing in Home Network Storage -- 9.13 Chapter Summary -- Chapter 10: The Future of Home Digital Storage -- 10.1 Objectives in This Chapter -- 10.2 Digital Storage Requirements for Home Data Sharing and Social Networking.

10.2.1 Storage Capacity Requirements for Single-Use Devices -- 10.2.2 A Model Home for Data Sharing -- 10.2.3 Storage Capacity Requirements for Home Content Sharing Using Single-Purpose Devices -- 10.2.4 Extension of the Content Sharing Model to a Larger Network -- 10.3 Integrated Multiple-Purpose Devices Vs. Dedicated Devices -- 10.4 Physical Content Distribution Vs. Downloads and Streaming -- 10.5 Personal Memory Assistants -- 10.6 Digital Storage in Everything -- 10.7 Home Storage Utility: When All Storage Devices Are Coordinated -- 10.8 Digital Storage in Future Consumer Electronics -- 10.9 Projections for Storage Demands in New Applications -- 10.10 Digital Storage as Our Cultural Heritage -- 10.11 Chapter Summary -- Chapter 11: Standards for Consumer Electronic Storage and Appendices -- 11.1 Digital Storage Standards -- 11.1.1 ANSI T13 Committee -- 11.1.2 CE-ATA Standard -- 11.1.3 Serial ATA (SATA) and eSATA Standards -- 11.1.4 Thunderbolt -- 11.1.5 NVMe -- 11.1.6 UFS -- 11.1.7 Open NAND Flash (ONFI) Standard -- 11.1.8 Flash Card Standards -- Trusted Computing Group Standards -- 11.2 Consumer Product Standards -- 11.2.1 UHAPI -- 11.2.2 DLNA -- 11.2.3 OSGi Alliance -- 11.2.4 Some Additional DRM Standards -- 11.3 Home Networking Standards -- 11.3.1 Bluetooth -- 11.3.2 CableHome -- 11.3.3 DOCSIS -- 11.3.4 IEEE 1394 -- 11.3.5 WirelessHD, WHDI, and WiGig -- 11.3.6 IEEE 802 -- CableLabs Video Specification -- 11.3.7 PacketCable -- 11.3.8 Voice Over IP -- 11.3.9 Universal Plug and Play -- 11.4 Needed Standards for Future Consumer Electronic Development -- 11.4.1 Proposal for Open Standards for Storage Integration Into Consumer Electronics -- 11.4.2 Standards for Personal Content Metadata and Organization of Personal Content -- 11.4.3 Standards for Virtualization of Consumer Storage and the Creation of a Home Storage Utility.

Appendix A. Home Networking Technology Trade Groups.

Description based on publisher supplied metadata and other sources.

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