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嵌入式快閃碟 (EFD) :e-MMC/UFS、SPI SLC NAND型 (2012年∼2019年)

Embedded Flash Drives, eMMC/UFS and SPI-SLC NAND: 2012-2019

出版商 WebFeet Research, Inc. 商品編碼 324907
出版日期 內容資訊 英文 144 Pages
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嵌入式快閃碟 (EFD) :e-MMC/UFS、SPI SLC NAND型 (2012年∼2019年) Embedded Flash Drives, eMMC/UFS and SPI-SLC NAND: 2012-2019
出版日期: 2014年07月31日 內容資訊: 英文 144 Pages

嵌入式快閃碟 (EFD) ,是不能拆掉的flash儲存,定位在flash卡。通常與SSD使用同樣的應用。EFD (UFS) 市場收益成長率,預計2019年達到188億美元。

本報告調查分析提供行動、消費者、運算用內部儲存功能的嵌入式快閃碟 (EFD) e-MMC和UFS,提供市場預測相關的系統性資訊。

第1章 主要調查結果

第2章 固體電路儲存 (SSS) 定義

第3章 調查目的與手法

第4章 flash儲存的市場預測

  • 電子設備市場
  • 市場區隔摘要:記憶體/儲存
  • 儲存市場區隔

第5章 對flash儲存的系統結構預測

  • 市場主導的系統結構的發展
  • 系統結構對flash儲存的影響

第6章 市場區隔

  • 視訊市場區隔的特徵
  • 音訊市場區隔的特徵
  • 成像市場區隔的特徵
  • 運算市場區隔的特徵

第7章 EFD儲存市場:各應用領域

  • EFD儲存收益:各應用領域
  • EFD儲存單位:各應用領域
  • EFD儲存平均銷售價格:各應用領域
  • EFD GB出貨台數:各應用領域

第8章 EFD、嵌入式NAND零組件出貨台數:各應用領域

  • emNAND、EFD應用設備單位
  • emNAND、EFD零組件收益:各應用領域
  • emNAND、EFD零組件單位:各應用領域
  • emNAND、EFD NAND零組件平均銷售價格:各應用領域
  • emNAND、EFD NAND零組件GB出貨台數:各應用領域


  • 序列NOR、並聯NOR、SLC NAND、SPI NAND零組件的出貨預測:各應用領域

第10章 視訊最終用途應用市場

  • 數位攝錄影機
  • 電視
  • 個人媒體播放器
  • 投影機
  • 機上盒

第11章 成像最終用途應用市場

  • 行動電話
  • 相簿

第12章 音訊最終用途應用市場

  • MP3播放機
  • 數位廣播

第13章 運算最終用途應用市場

  • 混合HDD 快閃快取記憶體驅動器
  • 筆記型電腦 快閃快取記憶體驅動器
  • 桌上型電腦 快閃快取記憶體驅動器
  • 眼鏡
  • 穿戴式
  • 遊戲主機
  • GPS
  • 汽車
  • 印表機
  • 電子書
  • 平板電腦/iPad

第14章 EFD儲存市場預測

第15章 EFD尺寸規格

第16章 EFD收益:各容量

  • EFD收益:各容量
  • EFD零組件收益:各NAND類型、容量

第17章 EFD儲存單位:各容量

  • EFD單位:各容量
  • EFD零組件單位:各NAND類型、容量

第18章 EFD儲存平均銷售價格:各容量

  • EFD平均銷售價格:各容量
  • EFD零組件平均銷售價格:各NAND類型、容量

第19章 EFD儲存GB:各容量

  • EFD GB:各容量
  • EFD零組件Mbits:各NAND類型、容量

第20章 e-MMC應用與市場佔有率

  • e-MMC NAND收益:各應用領域
  • e-MMC NAND單位:各應用領域
  • e-MMC NAND收益的市場佔有率:各供應商

第21章 附錄A

第22章 附錄B


Product Code: SS450EFD-2014

Mid Density NOR, Serial NOR, and SPI - SLC NAND Offer Growth Tradeoffs

The main theme of the forecast covers Embedded Flash Drives (EFD) eMMC and UFS that provide internal storage functions in mobile, consumer and some compute applications. Although EFDs tend to provide NAND solutions at 2GBs and above, another storage theme explores the mid-density 256Mbit to 8Gbit battle between NOR, Serial NOR, SLC NAND and SPI NAND.

EFDs are the non-removable Flash storage positioned between Flash cards, found in many of these same applications as SSDs. As EFDs evolved mainly through versions of eMMC, it became apparent that as SSDs were able to improve their SATA interface speed, mobile eMMC EFD storage lagged far behind. In order for the EFD to evolve, a new interface was needed that would take on many controller features found in serial high speed SSDs and still keep its mobile low power budget. UFS at 6Gbps+ provides a better user experience, high speed serial interface PC sync with fast response, high efficiency, and low latency of a SSD combined with the small form factor and low power usage of a mobile device.

This EFD report provides an in-depth analysis of the market and applications for internal Flash storage sub-systems, including the emNAND (embedded NAND components), the EFDs along with their use characteristics of the Flash component technologies and eMMC/UFS. emNAND is found in over thirty end applications, which includes twenty two applications that use EFDs.

The mid-density storage market presents a quandary in terms of which features of the four Flash memories: NOR, serial NOR, SLC and SPI NAND best suit the twenty different mid-density applications. Component unit forecasts by each density (256Mb - 8Gb) and each application are discussed from 2014-2019, which has never been presented before.

The EFD (UFS) market revenue growth is expected to reach $18.8B in 2019. In support of these numbers, EFD unit and revenue growth will be driven heavily by mobile Smart and Smart Entry handsets, Tablets, Portable Media Players, Digital Camcorders, Wearables (IoT), automotive and others along with the adoption of Flash cache in notebook and desktop PCs. NAND Flash technology: SLC, MLC, and 3-bit per cell will each be used for the design-in for these different applications based on the NAND use characteristics matched to each applications' usage needs.

All the known EFDs, eMMC, iNAND, and UFS to name a few, are profiled in the full report. In addition, the report is segmented into the definition, development, and market applications of EFD Storage. The next sections focus on the market forecasts by application for EFDs and their respective NAND components, the EFD profiles and a summary of EFDs by storage capacity for revenue, units, ASPs, and MBs. Finally, eMMC and UFS after 2016, the main subset of EFD, will be forecast by its NAND revenue and units by twenty+ applications and by vendor market share.

This report, ‘Embedded Flash Drives, eMMC/UFS and SPI-SLC NAND: 2012-2019’ is indispensible for any company involved with the Flash storage market and especially eMMC/UFS or Mid-Density Flash.

Table of Contents

Table of Contents

List of Figures

List of Tables

1. Key Findings

2. Definition of Solid State Storage

3. Objectives and Methodology

4. A Market Perspective on Flash Storage

  • 4.1. The Electronic Device Market
    • 4.1.1. Function-based Market Segmentation
    • 4.1.2. Device-based Market Segmentation
    • 4.1.3. Use Model-based Market Segmentation
    • 4.1.4. Memory/Storage Function-based Market Segmentation
    • 4.1.5. Market Segmentation Summary
  • 4.2. Market Segmentation Summary for Memory Storage
  • 4.3. Storage Market Segmentation
    • 4.3.1. Segmentation by Form Factor
    • 4.3.2. Segmentation by Capacity
    • 4.3.3. Segmentation by Performance
    • 4.3.4. Segmentation by Security Level

5. A System Architecture Perspective on Flash Storage

  • 5.1. Market-Driven System Architecture Development
  • 5.2. System Architecture Impact on Flash Storage

6. Market Segments

  • 6.1. Video Market Segment Characteristics
  • 6.2. Audio Market Segment Characteristics
  • 6.3. Imaging Market Segment Characteristics
  • 6.4. Computing Market Segment Characteristics

7. Embedded Flash Drive Storage Markets by Application

  • 7.1. EFD Storage Revenue by Application
  • 7.2. EFD Storage Units by Application
  • 7.3. EFD Storage ASPs by Application
  • 7.4. EFD Gigabyte Shipments by Application

8. EFD and embedded NAND Component Shipments by Application

  • 8.1. emNAND and EFD Application device units
  • 8.2. emNAND and EFD Component Revenue by Application
  • 8.3. emNAND and EFD Component Units by Application
  • 8.4. emNAND and EFD NAND Component ASPs Application
  • 8.5. emNAND and EFD NAND Component Gigabyte Shipments by Application

9. Serial NOR, Parallel NOR, SLC NAND and SPI NAND Mid Densities

  • 9.1. Serial NOR, Parallel NOR, SLC NAND and SPI NAND Component Features
  • 9.2. Serial NOR, Parallel NOR, SLC NAND and SPI NAND Unit Component Forecast by Application 44

10. Video End-Use Application Markets

  • 10.1.1. Digital Camcorders
  • 10.1.2. Televisions
  • 10.1.3. Personal Media Player
  • 10.1.4. Projectors
  • 10.1.5. Set Top Boxes

11. Imaging End-Use Application Markets

  • 11.1.1. Cell Phones
  • 11.1.2. Photo Albums

12. Audio End-Use Application Markets

  • 12.1.1. MP3 Players
  • 12.1.2. Digital Radio

13. Computing End-Use Application Markets 89

  • 13.1.1. Hybrid Hard Drive Flash Cache Drive
  • 13.1.2. Notebook Flash Cache Drive
  • 13.1.3. Desktop Flash Cache Drive
  • 13.1.4. Glass
  • 13.1.5. Wearables - Watches, Monitors
  • 13.1.6. Game Consoles
  • 13.1.7. GPS
  • 13.1.8. Automotive
  • 13.1.9. Printers
  • 13.1.10. Electronic Books
  • 13.1.11. Tablets / iPad

14. Embedded Flash Drive Storage Market Forecast

15. Embedded Flash Drive Form Factors

  • 15.1. Disk-On-Chip, DiskOnChip 2000, and MDOC
  • 15.2. iNAND
  • 15.3. PCIe
  • 15.4. eCompact Flash or eCF
  • 15.5. NANDrive, All-in-OneMemory
  • 15.6. OneNAND and Flex-OneNAND125
  • 15.7. moviNAND
  • 15.8. eMMC
  • 15.9. Managed NAND
  • 15.10. LBA NAND and mobile LBA NAND
  • 15.11. GB NAND, eSD and SmartNAND 127
  • 15.12. Eusb
  • 15.13. UFS

16. EFD Revenue by Capacity

  • 16.1. EFD Revenue by Capacity
  • 16.2. EFD Component Revenue by NAND Type and Capacity

17. EFD Storage Units by Capacity

  • 17.1. EFD Units by Capacity
  • 17.2. EFD Component Units by NAND Type and Capacity

18. EFD Storage ASP by Capacity

  • 18.1. EFD ASP by Capacity
  • 18.2. EFD Component ASPs by NAND Type and Capacity

19. EFD Storage GB by Capacity

  • 19.1. EFD GB by Capacity
  • 19.2. EFD Component Mbits by NAND Type and Capacity

20. eMMC Applications and Market Share 138

  • 20.1. eMMC NAND Revenues by Application
  • 20.2. eMMC NAND Units by Application 139
  • 20.3. eMMC NAND Revenue Market Share by Vendor

21. Appendix A: NAND Components by Application

22. Appendix B: Biography

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