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組み込み用途向けSLC NANDフラッシュメモリー:SPI規格のNANDメモリーが台頭

SLC NAND Flash Memory in Embedded Applications: SPI NAND Rising

発行 Forward Insights 商品コード 284534
出版日 ページ情報 英文 72 Pages
納期: 即日から翌営業日
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本日の銀行送金レート: 1USD=102.95円で換算しております。
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組み込み用途向けSLC NANDフラッシュメモリー:SPI規格のNANDメモリーが台頭 SLC NAND Flash Memory in Embedded Applications: SPI NAND Rising
出版日: 2013年10月01日 ページ情報: 英文 72 Pages
概要

フラッシュメモリー市場では、シリアルフラッシュメモリー(SPI(Serial Peripheral Interface)フラッシュメモリー)が急激に台頭する一方で、NOR型パラレルフラッシュメモリーがシェアを減らすという状況になっています。これは、SPIフラッシュが比較的低価格なうえに、携帯電話など多くの消費者向け製品で十分な性能を発揮することができるためで、SPIフラッシュの普及に力を入れてきたメーカーは、シリアルNANDソリューションの開発を通じてNANDフラッシュメモリー市場でのシェア拡大を目指しています。

当レポートは、組み込み用途向けSLC NANDフラッシュメモリー市場のトレンドを分析し、SPI規格のNANDフラッシュが既存のNANDフラッシュメモリー市場を一変させる可能性を検討したもので、用途面の展望や供給企業の現状なども盛り込み、概略下記の構成でお届けいたします。

エグゼクティブサマリー

フラッシュメモリー製品のトレンド

  • 概況
  • SPIフラッシュメモリー
  • SPI NAND/シリアルNANDとは何か
    • SPI NANDの利点
    • SPI NANDの性能
    • SPI NANDの容量
    • ロードマップ
    • SPI NANDの用途
    • SPI NANDの市場

用途面の展望

  • 市場の概要
  • 携帯電話
  • 消費者向けの製品
    • フラットスクリーンテレビ
    • セットトップボックス
    • ブルーレイプレイヤーとレコーダー
    • デジタルスチルカメラとデジタル一眼レフカメラ
    • プリンター
    • ゲーム機(携帯型と据え置き型)
    • デジタルフォトフレーム
    • 他の用途
  • 産業用およびネットワーク機器
    • ネットワークスイッチ
    • ルーター、ゲートウェイ
    • 産業用PC、HMI(オペレーターインタフェース)
    • 産業用制御装置(PLC、PLC/HMI、PAC)
    • コンパクトフラッシュ
    • POS、生体認証
    • 他の用途

供給企業の現状

  • ATO Solutions, Inc.
  • EON Silicon Solutions, Inc.
  • GigaDevice
  • Macronix International
  • Micron Technology
  • Powerchip Technology
  • Samsung Electronics
  • SK Hynix
  • Spansion
  • 東芝
  • Winbond Electronics

付録

  • フラッシュメモリーに関する最近の主なニュース
  • SLC NANDのエラー訂正回路、耐久性、データ保持期間、テクノロジーノード
  • インプレース実行(XIP)とストアアンドダウンロード(SnD)アーキテクチャ

参考資料

図表

目次
Product Code: FI-NFL-SLC-1013

The rapid rise of serial flash memory (SPI flash memory) and subsequent decline in the parallel NOR flash memory market can be partly attributed to SPI flash's low cost and adequate performance for many consumer applications including mobile phones. Flash memory manufacturers that initially promoted SPI flash are looking to repeat history in the NAND flash memory space by developing serial NAND solutions. This report examines the market for SLC NAND flash in embedded applications and the potential for SPI NAND to disrupt the existing parallel NAND flash universe.

Table of Contents

  • CONTENTS
  • LIST OF FIGURES
  • LIST OF TABLES
  • REPORT UPDATES
  • EXECUTIVE SUMMARY
  • FLASH MEMORY PRODUCT TRENDS
    • Overview
    • SPI Flash Memory
    • What is SPI NAND/Serial NAND?
      • Benefits of SPI NAND
      • SPI NAND Performance
      • SPI NAND Capacity
      • Roadmap
      • Applications for SPI NAND
      • Market for SPI NAND
  • APPLICATIONS FORECAST
    • Market Overview
    • Mobile Phones
    • Consumer
      • Flat Screen TV
      • Set Top Box
      • Blu-ray Players and Recorders
      • Digital Still Camera and Single Lens Reflex Camera
      • Printers
      • Gaming (Handheld and Consoles)
      • Digital Picture Frame
      • Other Applications
    • Industrial and Networking
      • Network Switches
      • Routers, Gateways
      • Industrial PC, HMI (operator interface)
      • Industrial Controls (PLC, PLC/HMI, PAC)
      • Compact Flash
      • POS, Biometrics
      • Other Applications
  • SUPPLIER STATUS
    • ATO Solutions, Inc.
    • EON Silicon Solutions, Inc.
    • GigaDevice
    • Macronix International
    • Micron Technology
    • Powerchip Technology
    • Samsung Electronics
    • SK Hynix
    • Spansion
    • Toshiba
    • Winbond Electronics
  • APPENDIX
    • Recent Flash Memory News Items
    • SLC NAND ECC, Endurance, Retention vs. Technology Nodes
    • XIP vs. Store and Download Architecture
  • WORKS CITED
  • ABOUT THE AUTHORS
  • ABOUT FORWARD INSIGHTS
    • Services
    • Contact

List of Figures

  • Figure 1: Serial NOR Flash Market by Density
  • Figure 2: Parallel NOR Flash Market by Density
  • Figure 3: NAND Flash Market by Density
  • Figure 4: Serial Flash Packages
  • Figure 5: Parallel and Serial NOR Flash performance - Code Execution
  • Figure 6: Parallel and Serial NOR Flash Performance - Large Writes
  • Figure 7: Serial Flash vs. Parallel Flash PCB Routing
  • Figure 8: Serial NOR and Serial NAND Pin Description and Block Diagrams
  • Figure 9: Parallel and Serial NAND and NOR Flash Performance - Large Reads, Boot
  • Figure 10: Parallel and Serial NAND and NOR Flash Performance - Small Writes
  • Figure 11: Parallel and Serial NAND Flash Performance - Large Writes
  • Figure 12: Parallel and Serial NAND and NOR Flash Device Comparison
  • Figure 13: Chip Density Comparison
  • Figure 14: Process Technology Trend
  • Figure 15: Maximum Density Trend
  • Figure 16: SPI NOR and NAND Flash Unit Forecast
  • Figure 17: 1Gbit SPI NAND vs. Parallel NAND Price Trend
  • Figure 18: 2Gbit SPI NAND vs. Parallel NAND Price Trend
  • Figure 19: 4Gbit SPI NAND vs. Parallel NAND Price Trend
  • Figure 20: ASP - 2013
  • Figure 21: ASP - 2017
  • Figure 22: SPI NAND Flash Revenue and ASP
  • Figure 23: Applications Forecast
  • Figure 24: SLC NAND Demand by Application
  • Figure 25: SLC NAND Revenue by Application
  • Figure 26: SLC NAND Demand by Density
  • Figure 27. Flash Memory Unit Forecast
  • Figure 28. Flash Memory Revenue Forecast
  • Figure 29. All Flash Memories by Market Segment
  • Figure 30: Mobile Phone Unit Forecast
  • Figure 31: eMMC Unit Forecast
  • Figure 32: Flat Screen TV Unit Forecast
  • Figure 33: Smart TV Unit Forecast
  • Figure 34: Set Top Box Unit Forecast
  • Figure 35: Blu-ray Players and Recorders Unit Forecast
  • Figure 36: Digital Still Camera Unit Forecast
  • Figure 37: Printer Unit Forecast
  • Figure 38: Handheld and Console Gaming Devices Unit Forecast
  • Figure 39: Digital Picture Frames Unit Forecast
  • Figure 40: Network Switches Unit Forecast
  • Figure 41: Routers Unit Forecast
  • Figure 42: Industrial PC and HMI Unit Forecast
  • Figure 43: Industrial Controls Unit Forecast
  • Figure 44: Compact Flash Cards Unit Forecast
  • Figure 45: POS and Biometrics Unit Forecast
  • Figure 46. XIP vs. Code Shadowing or Store-and-Download Architecture

List of Tables

  • Table 1: Flash Memory Storage Options
  • Table 2: SPI Protocol Function Modes
  • Table 3: Cost Advantages of Serial Flash
  • Table 4: Application Forecast
  • Table 5: SLC NAND Demand and Revenue by Application
  • Table 6: SLC NAND Demand and Revenue by Density
  • Table 7. All Flash Memories Unit Forecast by Market Segment
  • Table 9: NAND in Mobile Phones. Demand and Revenue by Density
  • Table 10: NAND Unit Forecast by Density in Smartphones, Enhanced and Basic Phones
  • Table 11: Consumer Applications Unit Forecast
  • Table 12: SLC NAND Unit Forecast by Consumer Applications
  • Table 13: SLC NAND Demand and Revenue by Density in Consumer Applications
  • Table 14: SLC NAND Demand by Density in Flat Screen TV
  • Table 15: SLC NAND Demand by Density in LCD, Plasma and OLED TV
  • Table 16: SLC NAND Demand by Density in Set Top Box
  • Table 17: SLC NAND Demand by Density in Cable, Satellite, Terrestrial and IP STB
  • Table 18: SLC NAND Demand by Density in Blu-ray Applications
  • Table 19: SLC NAND Demand by Density in Blu-ray Players and Recorders
  • Table 20: SLC NAND Demand by Density in Digital Cameras
  • Table 21: SLC NAND Demand by Density in Printers
  • Table 22: SLC NAND Demand by Density in Video Gaming Devices
  • Table 23: SLC NAND Demand by Density in Handheld and Console Video Gaming
  • Table 24: SLC NAND Demand by Density in Digital Picture Frames
  • Table 25: SLC NAND Demand by Density in Other Consumer Applications
  • Table 26: Industrial and Networking Applications Unit Forecast
  • Table 27: SLC NAND Demand by Industrial and Networking Applications
  • Table 28: SLC NAND Demand and Revenue by Density in Industrial and Networking Market
  • Table 29: SLC NAND Demand by Density in Network Switches
  • Table 30: SLC NAND Demand by Density in Routers and Gateways
  • Table 31: SLC NAND demand by Density in Enterprise Routers, SOHO Routers and Gateways
  • Table 32: SLC NAND Demand by Density in Industrial PC and HMI (Human Machine Interface)
  • Table 33: SLC NAND Demand by Density in Industrial Controls
  • Table 34: SLC NAND Demand by Density in Compact Flash Cards
  • Table 35: SLC NAND Demand by Density in POS and Biometric Applications
  • Table 36: SLC NAND Demand by Density in Other Industrial and Networking Applications
  • Table 37: Flash Memory Product-Supplier Matrix
  • Table 38: Recent Flash Memory and Supplier News Items
  • Table 39: SLC NAND page, ECC, endurance, retention vs. technology
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