世界各国のリアルタイムなデータ・インテリジェンスで皆様をお手伝い

目次

Table of Contents

List of Figures(ＰＤＦ)

米国の調査会社ヘビーリーディング社の調査レポート「10ギガビットイーサネットのコンポーネント:具体化する市場」は、40社以上のベンダが提供している340以上の様々な光モジュール、10ギガビットイーサネット物理層デバイス、統合スイッチの競合についての分析を行っている。また、10ギガビットイーサネットコンポーネントの可用性と10ギガビットイーサネットシステムとコンポーネントなどの市場が今後どのように発展するかを考察している。最新の10ギガベース-Tデバイス、電力、価格、各製品の可用性などの、10ギガビットイーサネット製品の主な機能を記載している。すべての主要な10ギガビットイーサネット中継装置のフォームファクタを網羅し、非常に広範かつ最新の10ギガビットイーサネットコンポーネント分野に関する独自の製品分析を行っている。

This report delivers a complete competitive analysis of more than 340 different optical modules, 10GE PHY devices, and integrated switches from more than 40 vendors. The report offers insights into the availability of 10GE components and how the overall market for 10GE systems and components is likely to develop in the future. It covers key product features of each 10GE device, including the latest 10GBase-T devices, as well as power, price, and availability for each product. All the main 10GE transponder form factors are covered, providing the most comprehensive and up-to-date independent product analysis available for the 10GE components sector.

概要

After almost a decade of development, the 10-Gbit/s Ethernet (10GE) market is now poised for rapid growth. The main barrier to earlier wide-scale adoption of 10GE – the prohibitive cost of optical modules and switches – has been overcome, with a clear path to 10GE deployment now in sight.

The data center has become the leading application for 10GE, along with increased deployment of carrier Ethernet services. Most high-density GE switches now come with 10GE uplinks; 24- and 48-port 10GE switches are readily available; and the first 10GE network interface cards (NICs) are shipping with twisted-pair interfaces. In the wide-area network, 10GE offers significant cost benefits over alternative technologies such as Sonet/SDH, and several carriers have already committed to 10GE deployments, with more sure to follow.

Equipment manufacturers had identified the high cost and power demands of 10GE optical modules and physical layer (PHY) devices as key barriers to making equipment more affordable for carrier and enterprise customers. Optical module and PHY vendors have responded to this challenge with devices that cost less to manufacture and use less power. As a result of these component advances, 10GE system prices are now tumbling, and port shipments are rising, as the per-user price of 10GE backbone connectivity falls.

10-Gbit/s Ethernet Components: The Market Takes Shape delivers a comprehensive assessment of 10GE optical modules and PHY devices, along with integrated switch devices for the 10GE market. It not only provides detailed information on components and vendors – of interest to original equipment manufacturers (OEMs) and chip makers – but also offers insights into how the overall market for 10GE systems and components is likely to develop – of interest to a wide audience, including carriers and investors.

The report provides a complete competitive analysis of 41 different vendors that currently supply 10GE optical modules and 10GE PHY devices. In-depth product comparison charts provide more than 3,000 data points to compare and contrast offerings by more than a dozen parameters, including power consumption, price, and current availability.

In total, 10-Gbit/s Ethernet Components: The Market Takes Shape delivers comparative data covering more than 340 10GE optical modules and PHY devices, providing the most comprehensive and up-to-date independent product analysis available for the 10GE components sector.

拡大図

拡大図

Report Scope and Structure

10-Gbit/s Ethernet Components: The Market Takes Shape is structured as follows:

Section I is an introduction to the report, with complete report key findings.

Section II presents an overview of trends in the 10GE market, including information on product deployments, leading 10GE applications, and standards initiatives.

Section III focuses on the 10GE switching sector, particularly on integrated switching devices.

Section IV analyzes the 10GE optical module market, detailing multi-source agreements (MSAs) in place and providing a complete accounting of all form factors in use for 10GE.

Section V provides a complete competitive analysis of 24 vendors that currently supply 10GE optical modules.

Section VI analyzes the eight different types of 10GE PHY devices on the market.

Section VII offers a complete competitive analysis of 17 vendors that currently manufacture 10GE PHY devices.

Appendices A and B provide complete product data for all available 10GE optical modules and PHY devices, respectively.

10-Gbit/s Ethernet Components: The Market Takes Shape is essential reading for a wide range of industry participants, including the following:

			Telecom equipment manufacturers: Which component vendors are taking the lead in 10GE product availability? Which suppliers hold the advantage in delivering the price/performance and power consumption targets you need? Which products are out now, and which are still vaporware? Are your suppliers stepping up to meet your anticipated timetable for 10GE products?
			10GE component manufacturers: Are you ahead of the curve in 10GE deployment, or are you falling behind? Which product areas present the most attractive opportunities? How is demand for 10GE optical modules and PHY devices likely to develop in the systems market?
			Network operators: How will 10GE's ramp-up affect your supply-chain relationships? When can you expect to see meaningful cost reductions from your suppliers because of lower component costs, and how big a cost benefit will you get? Which vendors will be in the best position to deliver the products you need to build your next-generation network?
			Investors: Which suppliers are in the best position to capture market share in this important telecom industry sector? When will this sector begin to show meaningful and sustainable growth?

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Table of Contents

	LIST OF FIGURES
Ⅰ	INTRODUCTION & KEY FINDINGS
1.1	Key Findings
1.2	Report Scope & Structure
Ⅱ	10GE MARKET & TECHNOLOGY TRENDS
2.1	Market Trends
2.2	Leading Applications
2.3	10GE Standards
	10GBase-X
	10GBase-R
	10GBase-W
	10GBase-ZR
	10GBase-LRM
	10GBase-T
Ⅲ	10GE SWITCHING
3.1	Switching & Backplane
3.2	Line Card
3.3	Integrated Switch Devices
Ⅳ	OPTICAL MODULE ANALYSIS
4.1	Multi-Source Agreements
4.2	300-Pin Transponders
4.3	Xenpack Transponders
4.4	XPAK Transponders
4.5	X2 Transponders
4.6	XFP Transceiver Modules
4.7	SFP+ Transceiver Modules
Ⅴ	OPTICAL MODULE VENDORS
5.1	Leading 10GE Optical Module Vendors
	Finisar Corp
	JDS Uniphase Corp
	MergeOptics GmbH
	Opnext Inc.
	Source Photonics Inc.
	Sumitomo Electric Industries, Ltd.
5.2	Other 10GE Optical Module Vendors
	Avago Technologies Inc.
	Avanex Corp
	Bank Photonics Inc.
	Bookham Technology plc
	Civcom Inc.
	CoreOptics GmbH
	Emcore Corp.
	Eoptolink Technology Inc. Ltd.
	Fujitsu Ltd.
	Hitachi Ltd.
	Lightwire Inc.
	Menara Networks Inc.
	Multiplex Inc.
	NeoPhotonics Corp.
	OE Solutions Co. Ltd.
	Oplink Communications Inc.
	Sphenzhen Gigalight Technology Co. Ltd.
	Wuhan Telecommunication Devices Co. Ltd.(WTD)
Ⅵ	PHY ANALYSIS
6.1	XSBI Transceivers
6.2	XAUI Transceivers
6.3	XAUI/XGMⅡ-10G Serial PHYs
6.4	XUAI Retimer Devices
6.5	10-Gbit/s Serial Remiters (CDR)
6.6	10GBase-T PHYs
6.7	Integrated 10GE MAC/PHY Devices
Ⅶ	PHY VENDORS
7.1	Leading 10GE PHY Vendors
	Applied Micro Circuits Corp
	Broadcom Corp
	Marvell Technology Group Ltd.
	NetLogic Microsystems Inc.
	Vitesse Semiconductor Corp.
7.2	Other 10GE PHY Vendors
	Aquantia Corp.
	ClariPhy Communications Inc.
	Cortina Systems Inc.
	Gennum Corp
	Intersil Corp
	Mellanox Technologies Ltd.
	Mindspeed Technologies Inc.
	Phyworks Ltd.
	PMC-Sierra Inc.
	SolarFare Communications Inc.
	Teranetics Inc.
	Texas Instruments Inc.
APPENDIX A: OPTICAL MODULE TALES
APPENDIX B: PHY TABLES
APPENDIX C: GLOSSARY OF ABBREVIATIONS
APPENDIX D: ABOUT THE AUTHOR
APPENDIX D: LEGAL DISCLAIMER