The Energy Efficient IT Equipment Market to 2020 - Increasing Capital Requirements and Significant Inefficiencies Boosting Green Data Centers
Summary
GBI Research’s clean technology report, “The Energy Efficient IT Equipment Market to 2020 - Increasing Capital Requirements and Significant Inefficiencies Boosting Green Data Centers” provides key information and analysis on the market opportunities in the energy efficient IT equipments in data centers. The report does a detailed assessment of the market forces influencing the energy efficient IT equipments market in data centers. It segments the global energy efficient IT equipments market on the basis of geography, business segments and end-users. Data Centers, widely considered the backbones of IT Infrastructure of Global corporations, are undergoing robust growth globally due to the increasing IT requirements of businesses. Globally carbon "Cap and Trade" programs are gaining steam with tighter regulations on businesses emitting greenhouse gases. These are some of the trends making cases for how conducive the ecosystem is, facilitating the offtake of Green IT products, services and practices. The report has a dedicated chapter on the regulatory framework and provides comprehensive profiles of key players in the industry. IT equipment has traditionally been benchmarked on performance with no clear metrics for energy efficiency. The manufacturers always focused on performance and thus, they failed to check the increase in power demand by IT equipment. Now, data centers are the ‘energy hog’ of an organization. The networking infrastructure is becoming a growing portion of the energy footprint in data centers. With rising energy prices affecting every sector of industry, increasing energy consumption can no longer be kept on the back burners. Furthermore, these are mounting regulatory pressures from governmental quarters — the EU Code of Conduct for Data Centers and the European Commission putting forward the climate action and renewable energy package of proposals.
This report is built using data and information sourced from proprietary databases, primary and secondary research and in-house analysis by GBI Research’s team of industry experts.
Scope
The report will enhance your decision making capability in a rapid and time sensitive manner. It will allow you to:
GBI Research’s clean technology report, “The Energy Efficient IT Equipment Market to 2020 - Increasing Capital Requirements and Significant Inefficiencies Boosting Green Data Centers” provides key information and analysis on the market opportunities in the energy efficient IT equipments in data centers. The report does a detailed assessment of the market forces influencing the energy efficient IT equipments market in data centers. It segments the global energy efficient IT equipments market on the basis of geography, business segments and end-users. Data Centers, widely considered the backbones of IT Infrastructure of Global corporations, are undergoing robust growth globally due to the increasing IT requirements of businesses. Globally carbon "Cap and Trade" programs are gaining steam with tighter regulations on businesses emitting greenhouse gases. These are some of the trends making cases for how conducive the ecosystem is, facilitating the offtake of Green IT products, services and practices. The report has a dedicated chapter on the regulatory framework and provides comprehensive profiles of key players in the industry. IT equipment has traditionally been benchmarked on performance with no clear metrics for energy efficiency. The manufacturers always focused on performance and thus, they failed to check the increase in power demand by IT equipment. Now, data centers are the ‘energy hog’ of an organization. The networking infrastructure is becoming a growing portion of the energy footprint in data centers. With rising energy prices affecting every sector of industry, increasing energy consumption can no longer be kept on the back burners. Furthermore, these are mounting regulatory pressures from governmental quarters — the EU Code of Conduct for Data Centers and the European Commission putting forward the climate action and renewable energy package of proposals.
This report is built using data and information sourced from proprietary databases, primary and secondary research and in-house analysis by GBI Research’s team of industry experts.
Scope
- Key geographies such as the United States (US), Canada, the United Kingdom (UK), Germany, France, Italy, Spain, Japan, China, India, Australia, and Brazil
- Qualitative analysis of market drivers and restraints for the global energy efficient IT equipment market.
- Market revenue and unit shipment of the global blade server market from 2005 to 2009, forecast forward for 11 years to 2020.
- Market revenues of the global energy efficient network storage market from 2005 to 2020.
- Market revenues of the global switch market from 2005 to 2020. It also contains the global switch market revenue breakdown on the basis of top layer and bottom layer network switch
- Market revenues of the global router market from 2005 to 2020. It contains the global router market for service provider router and enterprise router
- Competitive landscape includes the market share and product portfolio of key players in server, storage, switch and router market for the year 2009.
- Key topics covered include the distribution structure, technology analysis, regulatory framework including the standards, patents etc.
The report will enhance your decision making capability in a rapid and time sensitive manner. It will allow you to:
- Develop business strategies by understanding the trends and developments that are driving the global data center IT equipment market
- Design and develop your product development, marketing and sales strategies
- Identify key players best positioned to take advantage of the emerging market opportunities
- Develop business strategies and future plans by the region wise understanding of the data center IT equipment market future trends
- What’s the next big thing in the data center It equipment market landscape across the world? – Identify, understand and capitalize
- Make more informed business decisions from the insightful and in-depth analysis of the data center IT equipment market and the factors shaping it.
Contents
1 TABLE OF CONTENTS1.1 List of tables
1.2 List of figures
2 GLOBAL ENERGY EFFICIENT IT EQUIPMENT MARKET, INDUSTRY OVERVIEW
2.1 Market Definition
2.1.1 Classification of Servers
2.1.2 What are Network Storage Devices?
2.1.3 Classification of Storage Devices
2.1.4 What are Routers?
2.1.5 Classification of Routers on the Basis of Product Type
2.1.6 Classification of Routers on the Basis of Customer Segments
2.1.7 What are Networking Switches?
2.1.8 Classification of Networking Switches
3 GLOBAL ENERGY EFFICIENT IT EQUIPMENT MARKET, MARKET FORCE ANALYSIS
3.1 Global Energy Efficient IT Equipment Market, Key Drivers
3.1.1 Rising Energy Costs
3.1.2 Space Constraints
3.1.3 Huge Datacenter Operational Costs
3.1.4 Cost Leadership
3.1.5 Evolving Energy Efficient Regulations and Need to Meet Anticipated Legislation and Regulatory Guidelines
3.1.6 Growth in Global Internet Subscriptions and Usage
3.1.7 Financial Inducements for Green IT Investments
3.2 Global Energy Efficient IT Equipment Market, Key Restraints
3.2.1 High Initial Capital Cost
3.2.2 Lack of Corporate Will
3.2.3 Shrinking IT Spending
3.2.4 Single Source Suppliers
3.2.5 Lack of Single Standard Associated with Sustainability
4 GLOBAL ENERGY EFFICIENT SERVERS MARKET INFORMATION, 2005–2020
4.1 Global Servers Market Revenue ($bn), 2005–2009
4.2 Global Energy Efficient Servers Market, Blade Server Revenue ($bn), 2005–2020
4.3 Global Energy Efficient Servers Market, Blade Server Market Unit Shipment (Million Units), 2005–2020
4.4 Global Energy Efficient Servers Market, Blade Server Market Revenue, Key Players Market Share, (%), 2009
5 GLOBAL ENERGY EFFICIENT NETWORK STORAGE DEVICES MARKET INFORMATION, 2005–2020
5.1 Global Disk Storage Devices Market Revenue ($bn), 2005–2009
5.2 Global Energy Efficient Network Storage Devices Market Revenue ($bn), 2005–2020
5.3 Global Energy Efficient Network Storage Devices Market Revenue, Key Players Market Share, (%), 2009
6 GLOBAL ENERGY EFFICIENT NETWORK EQUIPMENT MARKET INFORMATION, 2005–2020
6.1 Networking Infrastructure Positioned to Play a Crucial Role in Reducing Energy Consumption and Greenhouse Gases
6.2 Global Router Market Revenue ($bn), 2005–2020
6.3 Global Router Market Revenue ($bn) on the Basis of End-Users Segment, 2005–2020
6.3.1 Global Service Provider Router Market Revenue ($bn), 2005–2020
6.3.2 Global Enterprise Router Market Revenue ($bn), 2005–2020
6.4 Global Energy Efficient Router Market Revenue, Key Players Market Share (%), 2009
6.5 Global Energy Efficient Switch Market Revenue ($bn), 2005–2020
6.6 Global Energy Efficient Switch Market Revenue ($bn) on the Basis of Type of Switch, 2005–2020
6.6.1 Global Top Layer Networking Switch Market Revenue ($bn), 2005–2020
6.6.2 Global Bottom Layer Networking Switches Market Revenue ($bn), 2005–2020
6.7 Global Energy Efficient Switch Market Revenue, Key Players Market Share (%), 2009
7 GLOBAL ENERGY EFFICIENT SERVERS MARKET, KEY PLAYERS, PRODUCT PORTFOLIO, 2009
7.1 Hewlett Packard, Energy Efficient Servers
7.1.1 Blade System ProLiant Server Blades
7.1.2 HP Integrity Server Blades
7.2 IBM, Energy Efficient Servers
7.3 Dell Inc, Energy Efficient Servers
7.3.1 Power Edge M910
7.3.2 Power Edge M710
7.3.3 Power Edge M610
7.3.4 Power Edge M605
7.3.5 Power Edge M805
7.3.6 Power Edge M905
7.3.7 Power Edge M1000e
8 GLOBAL ENERGY EFFICIENT NETWORK STORAGE MARKET, KEY PLAYERS, PRODUCT PORTFOLIO, 2009
8.1 EMC Corporation, Energy Efficient Storage Systems
8.1.1 EMC Corporation Energy Efficient Storage Solution: Celerra Family, CLARiiON Family, Symmetrix Family and Iomega
8.2 NetApp Inc, Energy Efficient Storage Systems
8.2.1 NetApp Inc. Energy Efficient Storage Systems: FAS6000, FAS 3000 and FAS 2000 Series.
8.3 IBM, Energy Efficient Storage Systems
8.3.1 IBM Express Series Modular Disk Storage Systems
8.4 Hewlett Packard, Energy Efficient Storage Systems
8.4.1 HP StorageWorks X300 Data Vault
8.4.2 HP StorageWorks X500 Data Vault
8.4.3 HP StorageWorks X1000 Network Storage Systems
8.4.4 HP StorageWorks X3000 Network Storage Systems
8.4.5 HP StorageWorks X5000 Network Storage Systems
8.4.6 HP StorageWorks X9000 Network Storage Systems
8.5 Dell Inc, Energy Efficient Storage Systems
8.5.1 Dell EqualLogic Series Storage Systems
8.5.2 Dell PowerVault Series
8.5.3 Dell NX4 Enterprise-class Network Attached Storage
8.5.4 Dell EMC NS-120, Dell EMC NS-480
8.5.5 Dell Storage – Power Vault MD3000i SAN Array and PowerVault MD3220i iSCSI SAN
8.5.6 Dell AX4-5F and AX4-5I
9 GLOBAL ENERGY EFFICIENT NETWORK EQUIPMENT MARKET, KEY PLAYERS, PRODUCT PORTFOLIO, 2009
9.1 Global Energy Efficient Router Market, Key Players, Product Portfolio, 2009
9.1.1 Cisco Systems, Inc., Energy Efficient Routers
9.1.2 Juniper Networks, Energy Efficient Routers
9.1.3 Juniper Networks, Key Initiatives
9.1.4 Alcatel-Lucent, Energy Efficient Routers
9.1.5 Alcatel-Lucent, Key Initiatives
9.1.6 3COM, Energy Efficient Routers
9.1.7 3Com Corporation, Key Initiatives
9.1.8 Huawei Technologies Co., Ltd., Energy Efficient Routers
9.1.9 Huawei Technologies Co., Ltd., Key Initiatives
9.2 Global Energy Efficient Switch Market, Key Players, Product Portfolio, 2009
9.2.1 Cisco Systems, Inc., Energy Efficient Switches
9.2.2 Alcatel-Lucent, Energy Efficient Switches
9.2.3 3Com Corporation, Energy Efficient Switches
10 APPENDIX
10.1 About GBI Research
10.2 Abbreviations
10.3 Methodology
10.3.1 Coverage
10.3.2 Secondary Research
10.3.3 Primary Research
10.3.4 Expert Panel Validation
10.4 Contact Us
10.5 Disclaimer
LIST OF TABLES
Table 1: Global Energy Efficient IT Equipment Market, Key Drivers
Table 2: The US, Annual Electricity Use (Billion kWh/year) Scenarios, 2000-2011
Table 3: Global Energy Efficient IT Equipment Market, Key Restraints
Table 4: Global Servers Market Revenue, ($ bn), 2005–2009
Table 5: Global Energy Efficient Server Market, Blade Server Market Revenue, ($ bn), 2005–2020
Table 6: Global Energy Efficient Server Market, Blade Server Market Unit Shipment, (Million Units), 2005–2020
Table 7: Global Blade Server Market, Key Players Market Share (%), 2009
Table 8: Global Disk Storage Market Revenue ($bn), 2005–2009
Table 9: Global Energy Efficient Network Disk Storage Devices Market Revenue ($bn), 2005–2020
Table 10: Global Router Market Revenue,($bn), 2005–2020
Table 11: Global Service Provider Router Market Revenue,($bn), 2005–2020
Table 12: Global Enterprise Router Market Revenue,($bn), 2005–2020
Table 13: Global Router Market Revenue, Key Players Market Share, (%), 2009
Table 14: Global Switch Market, Revenue ($bn), 2005–2020
Table 15: Global Top Layer Switch Market, Revenue ($bn), 2005–2020
Table 16: Global Bottom Layer Switch Market, Revenue ($bn), 2005–2020
Table 17: Global Switch Market, Key Players Market Share (%), 2009
Table 18: Hewlett Packard, Energy Efficient Servers, 2009
Table 19: HP ProLiant BL200c Server Blades, Specifications, 2009
Table 20: HP ProLiant BL400c Server Blades, Specifications, 2009
Table 21: HP ProLiant BL600c Server Blades, Specifications, 2009
Table 22: HP Integrity Server Blades, Specifications, 2009
Table 23: IBM, Energy Efficient Blade Servers, Description, 2009
Table 24: IBM, Blade Server Benefits (%)
Table 25: Dell Inc, Energy Efficient Servers, 2009
Table 26: Performance Comparison of Dell Power Edge M605 Server with Conventional Server
Table 27: Comparison of Dell Power Edge M905 Server with Conventional Server on the Basis of Performance Business Operations per Second, 2009
Table 28: Comparison of Dell Power Edge M905 Server with Conventional Server on the Basis of Normalized Performance Per Watt
Table 29: EMC Corporation, Energy Efficient Storage Systems, 2009
Table 30: Performance Efficiency Comparison of EMC CLARiiON CX Series with Conventional Storage on the Basis of Input/Output Operations Per Second (IOPS) Per Watt
Table 31: Bandwidth (Per Watt) Comparison of EMC CLARiiON CX Series with Conventional Storage
Table 32: NetApp Inc, Energy Efficient Storage Systems, 2009
Table 33: NetApp Inc., Energy Efficient Storage Systems, Brief Description, 2009
Table 34: IBM, Energy Efficient Storage Systems, 2009
Table 35: IBM Express Series Modular Disk Storage Systems, Specifications, 2009
Table 36: HP Storage Systems, Benefits (%)
Table 37: Hewlett Packard, Energy Efficient Storage Systems, 2009
Table 38: HP Storage Works X300 Data vault, Specifications, 2009
Table 39: HP StorageWorks X500 Data Vault, Specifications 2009
Table 40: HP StorageWorks X1000 Network Storage Systems, Specifications, 2009
Table 41: HP Storage Works X1000 Network Storage Systems, Specifications, 2009
Table 42: HP StorageWorks X5000 Network Storage Systems, Specifications, 2009
Table 43: HP StorageWorks X9000 Network Storage Systems, Specifications, 2009
Table 44: Dell Inc, Energy Efficient Storage Systems, 2009
Table 45: Dell EqualLogic Series, Description, 2009
Table 46: Dell PowerVault Series, Description, 2009
Table 47: Dell EMC Series, Description, 2009
Table 48: Cisco Systems, Inc., Energy Efficient Routers, 2009
Table 49: Cisco 3945 Integrated Service Router Power Consumption,(Watts)
Table 50: Cisco 2911 and 2951 Integrated Service Routers Power Consumption (Watts)
Table 51: Annual Cost ($) Comparison of Cisco Integrated Service Routers versus Conventional Routers
Table 52: Cisco Integrated Service Routers, Power Output (Watts)
Table 53: Juniper Networks, Energy Efficient Routers
Table 54: Juniper Networks, T Series Routers Power Consumption (Watts), Operating Temperature (°C), Maximum Forwarding Rate (Bpps)
Table 55: T1600 Core Router Power consumption (Watts) and Energy Consumption Rating (Watts/GBPS)
Table 56: Juniper Networks, MX Series Router, Specification, 2009
Table 57: Projects Developed By Juniper for Increasing Energy Efficiency as of 2009
Table 58: Alcatel-Lucent, Energy Efficient Routers
Table 59: Alcatel-Lucent Service Router Power Consumption (Watts) and Operating Temperature (°C)
Table 60: Alcatel-Lucent Initiatives
Table 61: 3Com Corporation, Energy Efficient Routers
Table 62: 3com 6080 and 5012 Router Power Consumption (Watts) and Operating Temperature (°C)
Table 63: Huawei Technologies Co., Ltd. Energy Efficient Routers
Table 64: Huawei Technology NE 5000 E Core Router and NE 40E Universal Service Router Power Consumption (Watts), Working Temperature (°C)
Table 65: Huawei Technologies Co., Ltd., Improving Energy Efficiency through ASIC
Table 66: Cisco Systems, Inc., Energy Efficient Switches, 2009
Table 67: Power Consumption at Power Supply Rated Maximum by Cisco Catalyst 3560 in v2 Series Switches (Watts)
Table 68: Cisco Nexus 5000 series switch, Maximum Power Consumption (Watts)
Table 69: Alcatel-Lucent versus Conventional Switch, Total Energy Consumption (MWh)
Table 70: Alcatel-Lucent, Energy Efficient Switches, 2009
Table 71: 3 Com Corporation, Energy Efficient Switches, 2009
Table 72: H3C 5800 Series Switches, Power Consumption at Idle (Watts))
Table 73: H3C 5800 Series Switches, Annual Cost ($), 2009
Table 74: H3C S5800 Series Switches Power Consumption Relative to Industry Average
Table 75: Comparison of Current and Old Generation 3Com Corporation Fast Ethernet Switches
Table 76: Comparison of Current and Old Generation 3Com Corporation Gigabit Ethernet Switches
Table 77: Abbreviation
LIST OF FIGURES
Figure 1: Classification of IT Equipment Market
Figure 2: Global Energy Efficient IT Equipment Market, Key Drivers
Figure 3: The US, Annual Electricity Use (Billion kWh/year) Scenarios, 2000–2011
Figure 4: Global Energy Efficient IT Equipment Market, Key Restraints
Figure 5: Global Servers Market Revenue, ($ bn), 2005–2009
Figure 6: Global Energy Efficient Server Market, Blade Server Revenue, ($ bn), 2005–2020
Figure 7: Global Energy Efficient Server Market, Blade Server Market Unit Shipment, (Million Units), 2005–2020
Figure 8: Global Blade Server Market, Key Players Market Share (%), 2009
Figure 9: Global Disk Storage Market Revenue ($bn), 2005–2009
Figure 10: Global Energy Efficient Network Disk Storage Devices Market Revenue ($bn), 2005–2020
Figure 11: Global Energy Efficient Network Storage Market, Key Players Market Share, 2009
Figure 12: Global Router Market Revenue,($bn), 2005–2020
Figure 13: Global Service Provider Router Market Revenue,($bn), 2005–2020
Figure 14: Global Enterprise Router Market Revenue, ($bn), 2005–2020
Figure 15: Global Router Market Revenue, Key Players Market Share, (%), 2009
Figure 16: Global Switch Market, Revenue ($bn), 2005–2020
Figure 17: Global Top Layer Switch Market, Revenue ($bn), 2005–2020
Figure 18: Global Bottom Layer Switch Market, Revenue ($bn), 2005–2020
Figure 19: Global Switch Market, Key Players Market Share (%), 2009
Figure 20: IBM, Blade Server Benefits (%)
Figure 21: Performance Comparison of Dell Power Edge M605 Server with Conventional Server
Figure 22: Comparison of Dell Power Edge M905 Server with Conventional Server on the Basis of Performance Business Operations per Second, 2009
Figure 23: Comparison of Dell Power Edge M905 Server with Conventional Server on the Basis of Normalized Performance Per Watt
Figure 24: Performance Efficiency Comparison of EMC CLARiiON CX Series with Conventional Storage on the Basis of Input/Output Operations per Second (IOPS) Per Watt
Figure 25: Bandwidth (Per Watt) Comparison of EMC CLARiiON CX Series with Conventional Storage
Figure 26: HP Storage Systems, Benefits (%)
Figure 27: Cisco 3945 Integrated Service Router Power Consumption,(Watts)
Figure 28: Cisco 2911 and 2951 Integrated Service Routers Power Consumption (Watts)
Figure 29: Annual Cost ($) Comparison of Cisco Integrated Service Routers versus Conventional Routers
Figure 30: Cisco Integrated Service Routers, Annual Cost Comparison ($)
Figure 31: Juniper Networks, T1600 Core Router Benefits
Figure 32: Huawei Technologies Co., Ltd., Improving Energy Efficiency through ASIC (Watt)
Figure 33: Cisco Catalyst 3560 V2 Series Switches, Power Consumption at Power Supply Rated Maximum (Watts)
Figure 34: Cisco Nexus 5000 series switch, Maximum Power Consumption (Watts)
Figure 35: Cisco Catalyst 6509 versus Conventional Switches, Power Consumption (Watts)
Figure 36: Cisco Catalyst 4507 R-E versus Conventional Switch, Power Consumption (Watts)
Figure 37: Cisco Catalyst 3750E-48PD versus Conventional Switch, Power Consumption (Watts)
Figure 38: Alcatel-Lucent versus Conventional Switch, Total Energy Consumption (MWh)
Figure 39:3Com Corporation H3C 5800 Series Switches, Power Consumption at Idle (Watts)
Figure 40: H3C 5800 Series Switches, Annual Cost ($), 2009
Figure 41: H3C S5800 Series Switches Power Consumption Relative to Industry Average (Watts)
Figure 42: Comparison of Current and Old Generation 3Com Corporation Fast Ethernet Switches
Figure 43: Comparison of Current and Old Generation 3Com Corporation Gigabit Ethernet Switches
Figure 44: GBI Research Methodology
COMPANIES MENTIONED
Hewlett Packard
IBM
Dell Inc,
EMC Corporation
NetApp Inc Skip to top