Summary

この調査レポートは、ソリッドステートドライブ(SSD)市場を調査し、技術や性能分析やハードディスクドライブ (HDD) との比較、SSDとHDDの市場規模予測などを掲載しています。

SSD study analyses the technology, markets and applications for SSDs in comparison with hard disk drives.  It forecasts the evolution of the computing, consumer, and enterprise markets for SSDs, as well as the technical and commercial challenges SSDs are facing: cost, capacity, reliability, density, temperature range and mechanical ruggedness. Controllers both internal and external for the various types of SSDs are analyzed and forecast by enterprise and computing interface. Flash cache and other NVM caches are also compared and forecast for the enterprise and computing market applications.   The annual report includes the SSD forecast out to 2020 and provides quarterly SSD market shares and SWOT analyses.

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Table of Contents

下記は2014年版の目次です。最新の目次はデータリソースまでお問合せください。

Table of Content

List of Figures
List of Tables

1 Executive Summary
2 Methodology / Formula / Data Notes

3 Definition of SSDs and Applications

3.1 Platforms with SSDs
3.2 SSDs in PC Storage Applications
3.3 SSDs in Enterprise Storage Applications
3.4 SSD Classification
3.5 Storage Class Memories

4 Systems Architecture

4.1 Solid State Storage
4.2 Storage Hierarchy by Platform
4.2.1 Storage Hierarchy of Mobile Devices and Personal Computers

5 Industry Associations for SSDs

5.1 JEDEC - Joint Electronic Device Engineering Council's
5.2 SSSI - Solid State Storage Initiative
5.3 ONFI – Open NAND Flash Interface
5.4 IDEMA – International Disk Drive Equipment and Materials Association
5.5 SSDA – Solid State Drive Alliance
5.6 NVMHCI Work Group – Non Volatile Memory Host Controller Interface Work Group

6 MLC vs SLC Technology

6.1 NAND Flash Block Structure
6.2 MLC and SLC Technology Differences in SSDs
6.3 Performance
6.4 Endurance
6.5 Reliability
6.6 Error Rates
6.7 MLC / TLC / SLC Comparison Metrics
6.8 Semiconductor Memory Component Density

7 SSD Controllers

7.1 SSD Controllers

8 SSD Metrics

8.1 SSD Average Capacity
8.2 Semiconductor Memory Chip Price
8.3 SSD Media Transfer Rate
8.4 System Interface Transfer Rate
8.5 SSD Endurance
8.6 SSD Ruggedness / Shock Resistance
8.7 SSD Mean Time Before Failure (MTBF)
8.8 SSD Environmental Characteristics

9 SSD Architecture

9.1 SSD Architecture

10 SSD vs. HDD Relative Storage Cost

10.1 SSD MLC, eMLC and SLC Price Projections

11 Total Cost of Ownership

11.1 TCO in the Enterprise
11.2 TOC Enterprise Model
11.3 Performance Requirements
11.4 Power Consumption
11.5 Energy Cost
11.6 Acquistion Cost
11.7 System Reliability

12 SSD and HDD Comparisons

12.1 F-SSD vs. HDD Capacity
12.2 SSD vs. HDD Performance
12.2.1 F-SSD vs. HDD Media Transfer Rate
12.2.2 SSD vs. HDD Ruggedness / Shock Resistance
12.2.3 SSD vs. HDD Environmental Characteristics
12.2.4 SSD vs. HDD Mean Time Before Failure (MTBF)
12.2.5 SSD vs. HDD Technical Comparison
12.3 SSD Relative Performance and Product Positioning
12.3.1 SSD Relative Performance

13 SSD vs HDD Performance

13.1 SSDs used for Caching
13.2 SSD and HDD Performance Comparisons

14 SSD Market Opportunities

14.1 SSD Applications

15 SSDs in Client Computing

15.1 Traditional Notebook PCs
15.2 UltraBooks
15.3 Netbooks
15.4 Tablet PCs / Tablets
15.5 Chromebook
15.6 E-Book Readers
15.7 Nettop PCs
15.8 Desktop PCs

16 Smartphone Tablet Netbook Chromebook Ultrabook Traditional Notebook Comparisons

16.1 Client Platform SSD Market Forecast: Tablet Netbook Nettop
16.2 Portable Computer Market Segment SSD Forecasts
16.3 SSDs in Desktops
16.4 SSD Opportunities in the Consumer Market Segment

17 SSD Opportunities in the Enterprise Market Segment

17.1 Storage Hierarchy of Enterprise Platforms
17.2 Enterprise Acceleration Options
17.3 SSDs in DAS Configurations
17.4 SSDs in NAS and SAN Configurations
17.5 SSDs in HDD RAID Configurations
17.6 SSDs in Blade Server Configurations
17.7 Enterprise SSD Interface Forecast

18 SSD Opportunities in the Commercial Market Segment

18.1 SSDs for Industrial/Embedded Applications
18.2 SSDs for Medical Applications
18.3 SSDs for Aerospace/Avionics Applications
18.4 SSDs for Military Applications

19 Total SSD Demand Application and Revenue

20 Hard Disk Drive Technologies

20.1 HDD Segmentation
20.2 HDD Technology Development Trends
20.2.1 HDD Form Factor
20.2.2 Magnetic Areal Density / Storage Capacity / Number of Platters
20.2.3 HDD Media Transfer Rate
20.2.4 System Interface Transfer Rate
20.2.5 HDD Ruggedness / Shock Resistance
20.2.6 HDD Mean Time Before Failure (MTBF)
20.2.7 HDD Environmental Characteristics
20.3 HDD Technology Metrics
20.3.1 HDD Relative Storage Cost
20.4 Hybrid Hard Disk Drives and Flash Cache

21 Hard Disk Drive Market Opportunities

21.1 HDD Market Forces
21.2 HDD Market Developments
21.2.1 Market Drivers, Accelerators and Inhibitors
21.2.2 HDD Market Segmentation
21.2.3 Computing/Communications Market Segment
21.2.4 Consumer Market Segment
21.2.5 Commercial Market Segment
Number of Figures – 208
Number of Tables - 68

22 Storage System Interfaces

22.1 Universal Serial Bus (USB )
22.2 Fire Wire (IEEE 1394)
22.3 Advanced Technology Attachment (ATA) / Serial ATA (SATA)
22.4 SATA Univeral Storage Module™ (USM)
22.5 Universal Flash Storage Association (UFSA)
22.6 eSATA
22.7 Small Computer System Interface (SCSI); Serial Attached SCSI (SAS)
22.8 iSCSI
22.9 Serial Storage Architecture (SSA)
22.10 Fibre Channel-Arbitrated Loop (FC-AL)
22.11 Peripheral Component Interface Express (PCIe)
22.12 Enterprise Interface Transition

23 Storage Subsystems

23.1 Redundant Array of Independent Disks (RAID)
23.2 Storage System Architectures
23.3 Direct Attached Storage (DAS)
23.4 Storage Area Network (SAN)
23.5 Network Attached Storage (NAS)

24 SSD Supplier Companies
25 Appendix A: Biography