ICCSZ讯(编辑:Kine)近期,讯石战略合作伙伴CIR推出最新力作——400G市场研究报告!在该报告中,CIR不仅详尽描述了400G的发展机遇,还揭示了业内企业如何根据技术市场的演进变迁来捕捉400G发展机会。同时,在该报告中,CIR还调研了400G在数据中心方面的运用前景,以及谈论了400G在城域网和广域网(WANs)中的运用。不仅如此,CIR还站在全球的高度,审视了400G市场的主要参与者:Arista、Avago、 Brocade、Cisco、Extreme Networks、Facebook、Finisar、Furukawa、Google、IBM、JDSU、Juniper、 Molex、 Netflix、Sumitomo、TE Connectivity、ULM Photonics和 VI Systems。
CIR的报告几乎可以看作全面的报告,因为其以技术的发展演进变迁为立足点,以市场的需求变化为发展方向,以为企业指明方向为突破口,从而把技术演进与企业实际发展相结合。CIR能做到这点,是因为其有丰富的技术底蕴和广泛的客户群体。CIR自1985年开始光网络行业研究,为保证高质量,CIR每年仅出少数几份报告,且专注通信前沿尤其是新兴技术;CIR总部位于美国维吉尼亚州,客户群体包括康宁、富士通光器件、古河电工、日立、华为、京瓷、三星、藤仓、富士通、三菱、松下和索尼等等。
参考目录
Executive Summary
执行者摘要:
E.1 Goals for 400 GigE
E.2 The Business Case for 400 GigE: Applications Drivers
E.3 Summary of 400 GigE Opportunities
E.4 Firms to Watch in the 400 GigE Space
E.5 Emerging Technology Issues
E.6 Factors Pushing for 400 Gbps/Terabits in Carrier Networks
E.7 400 GigE: A Speculation on Revenue Generation
第一章:引言
1.1 Background to this Report
1.1.1 Big Bandwidth Users are Never Satisfied!
1.1.2 Demand Patterns for 400 GigE Will be Different than for 100 GigE
1.1.3 Technology Opportunities in 400 GigE
1.2 Objective and Scope of this Report
1.3 Methodology and Information Sources for this Report
1.3.1 Forecasting Methodology
1.4 Plan of this Report
第二章:400 GigE技术演进
2.1 IEEE 802.3
2.1.1 Communities of Interest in High-Speed 802.3 Standards Setting
2.1.2 Could 400 Gbps Ethernet be like Fast Ethernet?
2.1.3 Similarities Between the Evolution of 100 GigE and 400 GigE
2.1.4 New Data Rate Ecosystems and Environments
2.1.5 More thoughts on Parallel and Serial Communications
2.1.6 PHYs and MSAs
2.1.7 Green Ethernet and Higher-Speed Ethernets
2.1.8 IEEE 400 Gigabit Ethernet Study Group: Progress So Far
2.1.9 Formats and MSAs for 400 GigE
2.1.10 400 GigE and the Rise of PAM
2.1.11 CDFP Hot-Pluggable MSA
2.1.12 Copper in 400 GigE
2.1.13 400 GigE as an Emerging Opportunity for SMF
2.1.14 The Role of FEC
2.1.15 Summary of Technological Requirements for 400 GigE
2.2 Optical Internetworking Forum (OIF)
2.2.1 The OIF 100 G Project
2.2.2 OIF Working Towards 400 Gbps
2.3 OTN
2.4 Impact on 400 GigE of Developments in InfiniBand, PCI Express and Fibre Channel
2.4.1 InfiniBand
2.4.2 Fibre Channel
2.4.3 PCI Express
2.5 A Note on Power Consumption
2.6 A Note on VCSELs
2.6.1 Evolution of VCSEL Technology
2.7 Key Points from this Chapter
第三章:400 GigE需求市场分析
3.1 Applications, Architectures and Technology in the Current Evolution of 400 GigE
3.1.1 Architectural Issues and Technology Adoption Patterns
3.1.2 Demand for Bandwidth from Applications and How this is Changing
3.2 Video and the Need for 400 GigE
3.2.1 Streaming Video
3.2.2 Production Quality Video
3.3 Big Data as a Driver for 400 GigE
3.3.1 Computing and Data Networking Requirements for Big Data
3.4 Thoughts on Clouds and Networks
3.5 Role of Content Delivery Networks
3.5.1 Bandwidth Considerations for CDNs
3.6 A Note on Next-Generation Automobile Networks
3.7 Key Points from this Chapter
第四章:400 GigE潜在市场和市场不确定性分析
4.1 Considerations for a 400 GigE Market Analysis
4.1.1 Bandwidth Demand Expanding at Double-Digit Rates
4.1.2 More Organizations Run Data Centers that Need 400 Gbps
4.1.3 Data Centers are Getting Larger
4.1.4 Number of CPUs and Racks Set to Increase Dramatically
4.2 Factors Pushing for 400 Gbps/Terabits in Carrier Networks
4.2.1 400 GigE and the Metro Ethernet Market
4.2.2 PONs as a Driver for 400 GigE
4.3 Speculation on the Value of the 400 Gigabit Ethernet Market
4.3.1 Sources of Uncertainty in the 400 GigE
4.3.2 The Cost Issue for 400 GigE
4.3.3 A Very Tentative Ten-Year Forecast of the 400 GigE Market
4.4 Key Points from this Chapter
关于400 GigE市场,如果想了解更多,欢迎订阅CIR最新力作——400G市场研究报告。联系电话:0755-82960080-111 凌先生