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市場調查報告書
資料通訊收發機市場：2009年至2014年
Data Communications Transceiver Markets: 2009-2014
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資料通訊收發機市場：2009年至2014年 是由出版商Communications Industry Researchers在2009年08月所出版的。
這份英文市場調查報告書價格從美金2495起跳。
本報告書內容包括：資料通訊收發機市場調查、全球金融情勢的影響、雲端運算及隨重視虛擬化傾向一同變化的網路環境、最新技術動向及頻寬需求的影響分析、以乙太網路・光纖通道・Infiniband・CWD等主要資料通訊網路技術為對象的資料通訊收發機的機會分析、未來5年的市場預測等。內容綱要摘記如下：
實施概要
- 金融不景氣下的資料通訊連線市場
- 資料通訊連線市場的主要機會
- 預測摘要
第1章 介紹
- 背景
- 資料網路傳輸的新方向：雲端運算及虛擬化
- 追趕網路速度的處理器
- 銅線 vs. 多重模式光纖（MMF）vs. 單一模式光纖（SMF）
- 調查目的・範圍
- 調查方法
- 計畫
第2章 可實現技術、標準規格及MSA
- 可實現技術
- 光集積化及矽光電
- CWDM技術
- 並列性增加
- 主動式光纖配線
- 被動式及主動式銅線配線
- 資料中心配線的動向：銅線 vs MMF vs SMF
- 標準規格進化
- 10 GigE
- 光纖通道：8Gbps以下及以上
- 新標準規格是必要的？
- MSA的進化
- 300-pin、XENPAK、XPAK及X2：未來
- XFP市場及機會
- SFP+市場及機會
- 平行光學用MSA
第3章 市場、應用及預測
- 預測方法
- 新的IT動向的影響
- 雲端運算及虛擬化
- 企業視訊及頻寬的需求
- 行動運算及通訊的影響
- 乙太網路市場
- 家庭用乙太網路預測
- 商業用乙太網路預測
- 媒介別乙太網路預測
- 伺服器、資料中心及針對10 GigE的市場
- IEEE標準規格別、10GigE的預測
- MSA別、10GigE的預測
- 10GigE及PC相關註記
- 10GigE及家庭用乙太網路相關註記
- 10GigE的未來
- 乙太網路預測摘要
- 光纖通道、Infiniband、SAS及平行光學
- 光纖通道市場分析
- 光纖通道市場預測
- InfiniBandЭ及平行光學分析
- 平行光學市場預測
- 市場總結
縮寫字集
Abstract
This new report from CIR provides our latest forecasts of the data
communications transceiver market and takes into account the impact of the
difficult worldwide financial climate as well as the changing networking
environment with its growing emphasis on cloud computing and virtualization.
We also provide an assessment of the latest technological trends including the
impact of the bandwidth demand from the latest generation of processors which
seem finally to have caught up with what 10 GigE networking can offer. In this
new environment in which 10 GigE is becoming mainstreamed, what is the revenue
potential from 10 GigE-over-copper? And what does the rise of 10 GigE mean for
the future of GigE?
This report answers this question and also examines how the copper vs.
single-mode vs. multimode story will play out in the data center and
short-haul communications market over the next five years. We also provide
market forecasts for active optical cabling and parallel optics technology and
discuss how these interesting new technologies may break out of the market
limitations of the large data center and high-performance computing (HPC).
This new report from CIR covers the transceiver market for the key data
communications networking technologies including Ethernet, Fibre Channel,
InfiniBand, and CWDM. It examines where the opportunities in data
communications transceivers will be found in the coming years and how the
various overlapping MSAs and standards will play themselves out in the market.
The report also discusses how the leading firms in the datacom transceiver
space are planning their product and marketing strategies for the future.
Detailed volume and value forecasts are provided for each protocol covered
broken out by data rates, MSA, technology platform, reach, etc.
Table of Contents
Executive Summary
- E.1 Datacom connectivity markets in the financial downturn
- E.1.1 Impact on demand
- E.1.2 Impact on funding
- E.2 Key opportunities in the datacom connectivity market
- E.2.1 Are there still any opportunities under 10 Gbps?
- E.2.2 10 GigE opportunities
- E.2.3 Fibre Channel and SAS opportunities
- E.2.4 HPC opportunities
- E.2.4 What is the real market potential of parallel optics and active
cabling?
- E.3 Summary of forecasts
- E.3.1 Changes from Last Year
Chapter One: Introduction
- 1.1 Background to this report
- 1.1.1 New directions in data networking: cloud computing and
virtualization
- 1.1.2 Processor speeds catch up with networking speeds
- 1.1.3 Copper vs. MMF vs. SMF
- 1.2 Objective and scope of this report
- 1.3 Methodology of report
- 1.4 Plan of report
Chapter Two: Enabling Technologies, Standards and MSAs
- 2.1 Enabling technologies
- 2.1.1 Optical integration and silicon photonics
- 2.1.2 CWDM technology
- 21.3 The rise of parallelism
- 2.1.4 Active optical cabling
- 2.1.5 Passive and active copper cabling
- 2.1.6 Trends in data center cabling: copper vs. MMF vs. SMF
- 2.2 Standards evolution
- 2.2.1 10 GigE
- 2.2.2 Fibre Channel: To 8 Gbps and beyond
- 2.2.3 Are new standards needed?
- 2.3 MSA Evolution
- 2.3.1 300-pin, XENPAK, XPAK and X2: The future
- 2.3.2 XFP markets and opportunities
- 2.3.3 SFP+ markets and opportunities
- 2.3.4 MSAs for parallel optics
Chapter Three: Markets, Applications and Forecasts
- 3.1 Forecasting methodologies
- 3.1.1 Changes from last yearA' s forecast
- 3.2 Impact of new trends in IT
- 3.2.1 Cloud computing and virtualization
- 3.2.2 Video in the enterprise and bandwidth demand
- 3.2.3 The impact of mobile computing and communications
- 3.3 Ethernet markets
- 3.3.1 Residential Ethernet forecasts
- 3.3.2 Business Ethernet forecasts
- 3.3.3 Forecast of Ethernet by media
- 3.3.4 Servers, data centers and the market for 10 GigE
- 3.3.5 Forecast of 10 GigE by IEEE standard
- 3.3.6 Forecast of 10 GigE by MSA
- 3.3.7 A note on 10 GigE and personal computers
- 3.3.8 A Note on 10 GigE and residential Ethernet
- 3.3.9 The future of GigE
- 3.3.10 Summary of Ethernet forecasts
- 3.4 Fibre Channel, InfiniBand, SAS and parallel optics
- 3.4.1 Fibre Channel market analysis
- 3.4.2 Fibre Channel market forecasts
- 3.4.3 InfiniBand and parallel optics analysis
- 3.4.4 Parallel optics market forecasts
- 3.5 Summary of market forecasts
Acronyms and abbreviations used in this report
About the Author
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