Thursday 19 January 2012

Europe In Vitro Diagnostics Market Outlook to 2017- Clinical Chemistry Genetic Testing, Haematology, Histology and Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture

Europe In Vitro Diagnostics Market Outlook to 2017- Clinical Chemistry Genetic Testing, Haematology, Histology and Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture

 

Europe In Vitro Diagnostics Market

 

Description

Europe In Vitro Diagnostics Market Outlook to 2017- Clinical Chemistry Genetic Testing, Haematology, Histology and Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture

Summary

GlobalDatas new report, Europe In Vitro Diagnostics Market Outlook to 2017- Clinical Chemistry Genetic Testing, Haematology, Histology and Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture provides key market data on the Europe In Vitro Diagnostics market France, Germany, Italy, Spain and United Kingdom. The report provides value (USD million) data for all the market categories Clinical Chemistry, Genetic Testing, Haematology, Histology And Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture. The report also provides company shares and distribution shares data for each of the aforementioned market categories. The report is supplemented with global corporate-level profiles of the key market participants.

This report is built using data and information sourced from proprietary databases, primary and secondary research and in-house analysis by GlobalDatas team of industry experts.

Scope

- Countries covered include France, Germany, Italy, Spain and United Kingdom.
- Market size and company share data for In Vitro Diagnostics market categories Clinical Chemistry, Genetic Testing, Haematology, Histology And Cytology, Immuno Chemistry, Infectious Immunology and Microbiology Culture.
- Annualized market revenues (USD million) data for each of the market categories in each of the country. Data from 2003 to 2010, forecast forward for 7 years to 2017.
- 2010 company shares and distribution shares data for each of the market categories and countries.
- Global corporate-level profiles of key companies operating within the Europe In Vitro Diagnostics market.
- Key players covered include F. Hoffmann-La Roche Ltd., Siemens Healthcare, Abbott Laboratories, Beckman Coulter, Inc., bioMerieux S.A., Ortho-Clinical Diagnostics Inc. and others.

Reasons to buy

- Develop business strategies by identifying the key market categories and segments poised for strong growth.
- Develop market-entry and market expansion strategies.
- Design competition strategies by identifying who-stands-where in the Europe In Vitro Diagnostics competitive landscape.
- Develop capital investment strategies by identifying the key market segments expected to register strong growth in the near future.
- What are the key distribution channels and whats the most preferred mode of product distribution Identify, understand and capitalize.

1 Table of Contents
1 Table of Contents 2
1.1 List of Tables 6
1.2 List of Figures 12
2 Introduction 14
2.1 What is This Report About? 14
3 In Vitro Diagnostics in Europe 15
3.1 In Vitro Diagnostics Cross Country Comparison, USD Actual, 2003-2017 15
3.2 In Vitro Diagnostics, Europe, Overall Revenue ($m), USD Actual, 2003-2017 16
3.3 In Vitro Diagnostics, Europe, Company share (2009-2010) 24
4 In Vitro Diagnostics In Germany 26
4.1 In Vitro Diagnostics, Germany, Overall Revenue ($m), USD Actual, 2003-2017 26
4.2 In Vitro Diagnostics, Germany, Distribution Share (2009-2010) 32
4.3 In Vitro Diagnostics, Germany, Company share (2009-2010) 36
5 In Vitro Diagnostics In France 52
5.1 In Vitro Diagnostics, France, Overall Revenue ($m), USD Actual, 2003-2017 52
5.2 In Vitro Diagnostics, France, Distribution Share (2009-2010) 58
5.3 In Vitro Diagnostics, France, Company share (2009-2010) 62
6 In Vitro Diagnostics In Italy 78
6.1 In Vitro Diagnostics, Italy, Overall Revenue ($m), USD Actual, 2003-2017 78
6.2 In Vitro Diagnostics, Italy, Distribution Share (2009-2010) 84
6.3 In Vitro Diagnostics, Italy, Company share (2009-2010) 88
7 In Vitro Diagnostics In United Kingdom 104
7.1 In Vitro Diagnostics, United Kingdom, Overall Revenue ($m), USD Actual, 2003-2017 104
7.2 In Vitro Diagnostics, United Kingdom, Distribution Share (2009-2010) 110
7.3 In Vitro Diagnostics, United Kingdom, Company share (2009-2010) 114
8 In Vitro Diagnostics In Spain 130
8.1 In Vitro Diagnostics, Spain, Overall Revenue ($m), USD Actual, 2003-2017 130
8.2 In Vitro Diagnostics, Spain, Distribution Share (2009-2010) 136
8.3 In Vitro Diagnostics, Spain, Company Share (2009-2010) 140
9 Overview of Key Companies in Europe In Vitro Diagnostics Market 156
9.1 F. Hoffmann-La Roche Ltd. 156
9.2 Siemens Healthcare 157
9.3 Abbott Laboratories 158
9.4 Beckman Coulter, Inc. 159
9.5 bioMerieux S.A. 160
9.6 Ortho-Clinical Diagnostics Inc. 161
9.7 Sysmex Corporation 162
9.8 Bio-Rad Laboratories, Inc. 162
9.9 Becton, Dickinson and Company 162
9.10 DiaSorin S.p.A 163
9.11 Phadia AB 163
9.12 Alere Inc. 163
9.13 DIAGNOSTICA STAGO, Inc. 164
9.14 Qiagen N.V. 164
9.15 Gen-Probe Incorporated 164
9.16 HORIBA, Ltd. 165
9.17 Thermo Fisher Scientific Inc. 165
9.18 Grifols, S.A. 165
9.19 PerkinElmer, Inc. 166
9.20 Danaher Corporation 166
9.21 The Elitech Group 166
9.22 BioSystems International 167
9.23 Life Technologies Corporation 167
9.24 Immucor, Inc. 167
9.25 Hologic, Inc. 168
9.26 Cellestis Limited 168
9.27 Atlas Medical 168
10 In Vitro Diagnostics Market Pipeline Products 169
10.1 Clinical Chemisty Market Pipeline Products 169
10.2 Immuno Chemistry Market Pipeline Products 172
10.3 Haematology Market Pipeline Products 175
10.4 Infectious Immunology Market Pipeline Products 177
10.5 Microbiology Culture Market Pipeline Products 181
10.6 Histology and Cytology Market Pipeline Products 182
10.7 Genetic Testing Market Pipeline Products 183
11 Financial Deals Landscape 188
11.1 Merger 188
11.2 Acquisition 189
11.3 Partnerships 220
12 Recent Developments 291
12.1 Strategy And Business Planning 291
12.2 Legal and Regulatory 308
12.3 Government and Public Interest 313
12.4 Product News 329
13 Appendix 364
13.1 Definitions of Markets Covered in the Report 365
13.2 Research Methodology 367
13.3 Secondary Research 367
13.4 Primary Research 368
13.5 Models 368
13.6 Forecasts 369
13.7 Expert Panels 369
13.8 GlobalData Consulting 369
13.9 Currency Conversion 370
13.10 Contact Us 370
13.11 Disclaimer 370

List of Table:

res 25% Stake In PET Net 215
Table 117: Qiagen Completes Acquisition Of Cellestis 216
Table 118: Techne Acquires Boston Biochem And Boston Biochem 218
Table 119: Merck Acquires heipha Dr. Muller And Related Assets From Biotest 219
Table 120: Agilent Technologies Acquires Lab901 221
Table 121: PerkinElmer Acquires Chemagen Biopolymer 223
Table 122: Imperial Innovations Acquires Minority Stake In Molecular Vision 225
Table 123: AlphaHelix Molecular Diagnostics Acquires Techtum Lab 226
Table 124: ERBA DIAGNOSTICS MANNHEIM Acquires Diasis Diagnostic Systems 227
Table 125: Addtech Life To Acquire Electra-Box Diagnostica 228
Table 126: Lab21 Acquires Microgen Bioproducts 229
Table 127: Global BioDiagnostics Extends Co-Development Agreement With Foundation for Innovative New Diagnostics 230
Table 128: Sony DADC Enters Into Co-Development Agreement With Axela 231
Table 129: Roche Enters Into Joint Venture Agreement With Swiss Federal Institute of Technology, University of Zurich And University Hospital Zurich 232
Table 130: Sony DADC BioSciences Enters Into Co-Development Agreement With Maven Biotechnologies 234
Table 131: Abbott Laboratories Expands Its Co-Development Agreement With GlaxoSmithKline Biologicals 235
Table 132: Dolomite Enters Into Co-Development Agreement With Clearbridge BioMedics 236
Table 133: SuperNova Diagnostics Enters Into Co-Development Agreement With Concile 237
Table 134: Dako Enters Into Co-Development Agreement With Bristol-Myers 238
Table 135: Transgenomic Enters Into Distribution Agreement With ScreenCell 239
Table 136: Oxford Gene Technology Enters Into Co-Development Agreement With Abcodia 240
Table 137: Horizon Discovery Enters Into Co-Development Agreement With Promega 241
Table 138: Sony DADC Enters Into Co-Development Agreement With Anagnostics Bioanalysis 242
Table 139: Life Technologies Enters Into Co-Development Agreement With GlaxoSmithKline Biologicals 243
Table 140: Axis-Shield Enters Into Co-Development Agreement With Siemens Healthcare Diagnostics 244
Table 141: TcLand Expression Enters Into Co-Development Agreement With Radboud University Nijmegen 245
Table 142: Generation Scotland Enters Into Co-Development Agreement With Arrayjet 246
Table 143: Accelr8 Technology Amends Licensing Agreement With SCHOTT 247
Table 144: Orion Genomics Enters Into Licensing Agreement With QIAGEN 248
Table 145: Almac Group Enters Into Research Agreement With Queens University Belfast 249
Table 146: QIAGEN Enters Into Co-Development Agreement With Eli Lilly 250
Table 147: Skyline Diagnostics Enters Into Research Agreement With Clavis Pharma 251
Table 148: Lumora Enters Into Licensing Agreement With 3M 252
Table 149: Quanterix Enters Into Co-Development Agreement With STRATEC Biomedical 253
Table 150: Sequenom Enters Into Licensing Agreement With LifeCodexx 254
Table 151: Enigma Diagnostics Enters Into Co-Development Agreement With GlaxoSmithKline 255
Table 152: BD Diagnostics Enters Into Co-Development Agreement With Lab21 256
Table 153: Hycor Biomedical Signs Licensing Agreement With Eurospital 257
Table 154: Hycor Biomedical Signs Licensing Agreement With Axis-Shield 258
Table 155: Quanterix Enters Into Co-Development Agreement With Sony DADC 259
Table 156: Mayo Medical Laboratories Enters Into Licensing Agreement With Qiagen 260
Table 157: Proteome Sciences Enters Into Collaboration With Buck Institute 261
Table 158: Proteome Sciences Enters Into Co-Development Agreement With H. Lee Moffitt Cancer Center 262
Table 159: Skyline Diagnostics Enters Into Research Collaboration With Johnson & Johnson Pharmaceutical 263
Table 160: Metamark Genetics Enters Into Co-Development Agreement With Definiens 264
Table 161: Bruker Daltonics Enters Into Distribution Agreement With Francisco Soria Melguizo 265
Table 162: Roche Enters Into Collaboration With Evotec 266
Table 163: Life Technologies, Oxford Biomedical Research Centre, AstraZeneca And ORD Enter Into Co-Development Agreement 267
Table 164: ResearchDx Enters Into Partnership With CompanDX 268
Table 165: Source BioScience Enters Into Co-Development Agreement With Barts Cancer Institute And Illumina 269
Table 166: University of Geneva, Hopitaux Universitaires de Geneve, SIB And Roche Form Partnership 270
Table 167: F. Hoffmann-La Roche Enters Into Co-Development Agreement With Merck 271
Table 168: Roche Enters Into Co-Development Agreement With Clovis Oncology 272
Table 169: Roche Applied Science Enters Into Partnership With TIB MOLBIOL 273
Table 170: Pacific Edge Biotechnology Enters Into Licensing Agreement With Oryzon Genomics 274
Table 171: EKF Diagnostics Enters Into Distribution Agreement With Alere 275
Table 172: AbD Serotec Enters Into Licensing Agreement With Proteomika 276
Table 173: BD Diagnostic Enters Into Co-Development Agreement With Diagenode 277
Table 174: Atonomics Enters Into An Agreement With Beckman Coulter 278
Table 175: Royal Philips Electronics Enters Into Co-Development Agreement With NEC 279
Table 176: Precision System Science Enters Into Co-Development Agreement With Biotrin International 280
Table 177: Genmab Enters Into Research Collaboration With Seattle Genetics 281
Table 178: Biofortuna Enters Into Distribution Agreement With Abbott 282
Table 179: Advanced Cell Diagnostics Enters Into Co-Development Agreement With Definiens 283
Table 180: DNA Genotek Enters Into Distribution Agreement With Abyntek Biopharma 284
Table 181: BioFocus Enters Into An Agreement With Almac Group 285
Table 182: Seegene Enters Into An Agreement With Molzym 286
Table 183: Dako Denmark Enters Into Co-Development Agreement With Epitomics 287
Table 184: Accelrys Enters Into Co-Development Agreement With Oxford Nanopore 288
Table 185: Ascent Scientific Enters Into Licensing Agreement With Children's Memorial Hospital And The University Of Newcastle 289
Table 186: Genomic Expression Enters Into An Agreement With Copenhagen University, Beijing Genome Institute And Bavarian Nordic 290
Table 187: BioPorto Enters Into Licensing Agreement With Instrumentation Laboratory 291
Table 188: Oxford Medical Diagnostics Enters Into Co-Marketing Agreement With V&F Analyse 292
Table 189: FIND Enters Into An Agreement With Global BioDiagnostics 293
Table 190: Epigenomics Enters Into Research Licensing Agreement With QIAGEN 294
Table 191: CompanDX Enters Into Agreement With Clinical Reference Laboratory 295
Table 192: Trinity Biotech Enters Into Distribution Agreement With A. Menarini Diagnostics 296
Table 193: PROGEN Biotechnik Enters Into Distribution Agreement With Mitsubishi Chemical 297
Table 194: NorDiag Enters Into Agreement With Precision System Science 298
Table 195: Consort Medical Enters Into Co-Development Agreement With Atlas Genetics 299
Table 196: Cepheid Enters Into Co-Development Agreement With FIND 300
Table 197: USD to Local Currency, Europe, Average Exchange Rate 2003-2010 380

List of Charts:

1.2 List of Figures
Figure 1: In Vitro Diagnostics, Cross Country Comparison, USD Actual, 2003-2017 25
Figure 2: In Vitro Diagnostics, Europe, Overall Revenue ($m), USD Actual, 2003-2017 26
Figure 3: In Vitro Diagnostics, Europe, Cross-Category Analysis, 2003-2017 28
Figure 4: In Vitro Diagnostics, Europe, Overall Revenue ($m), USD Actual, Historic, 2003-2010 30
Figure 5: In Vitro Diagnostics, Europe, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 32
Figure 6: In Vitro Diagnostics, Europe, Company share (%), 2010 34
Figure 7: In Vitro Diagnostics, Germany, Overall Revenue ($m), USD Actual, 2003-2017 36
Figure 8: In Vitro Diagnostics, Germany, Overall Revenue ($m), USD Actual, Historic, 2003-2010 38
Figure 9: In Vitro Diagnostics, Germany, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 40
Figure 10: In Vitro Diagnostics, Germany, Company Share (%), 2010 46
Figure 11: Clinical Chemistry, Germany, Company Share (%), 2010 48
Figure 12: Genetic Testing, Germany, Company Share (%), 2010 50
Figure 13: Haematology, Germany, Company Share (%), 2010 52
Figure 14: Histology And Cytology, Germany, Company Share (%), 2010 54
Figure 15: Immuno Chemistry, Germany, Company Share (%), 2010 56
Figure 16: Infectious Immunology, Germany, Company Share (%), 2010 58
Figure 17: Microbiology Culture, Germany, Company Share (%), 2010 60
Figure 18: In Vitro Diagnostics, France, Overall Revenue ($m), USD Actual, 2003-2017 62
Figure 19: In Vitro Diagnostics, France, Overall Revenue ($m), USD Actual, Historic, 2003-2010 64
Figure 20: In Vitro Diagnostics, France, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 66
Figure 21: In Vitro Diagnostics, France, Company Share (%), 2010 72
Figure 22: Clinical Chemistry, France, Company share (%), 2010 74
Figure 23: Genetic Testing, France, Company share (%), 2010 76
Figure 24: Haematology, France, Company share (%), 2010 78
Figure 25: Histology And Cytology, France, Company share (%), 2010 80
Figure 26: Immuno Chemistry, France, Company share (%), 2010 82
Figure 27: Infectious Immunology, France, Company share (%), 2010 84
Figure 28: Microbiology Culture, France, Company share (%), 2010 86
Figure 29: In Vitro Diagnostics, Italy, Overall Revenue ($m), USD Actual, 2003-2017 88
Figure 30: In Vitro Diagnostics, Italy, Overall Revenue ($m), USD Actual, Historic, 2003-2010 90
Figure 31: In Vitro Diagnostics, Italy, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 92
Figure 32: In Vitro Diagnostics, Italy, Company share (%), 2010 98
Figure 33: Clinical Chemistry, Italy, Company share (%), 2010 100
Figure 34: Genetic Testing, Italy, Company share (%), 2010 102
Figure 35: Haematology, Italy, Company share (%), 2010 104
Figure 36: Histology And Cytology, Italy, Company share (%), 2010 106
Figure 37: Immuno Chemistry, Italy, Company Share (%), 2010 108
Figure 38: Infectious Immunology, Italy, Company share (%), 2010 110
Figure 39: Microbiology Culture, Italy, Company share (%), 2010 112
Figure 40: In Vitro Diagnostics, United Kingdom, Overall Revenue ($m), USD Actual, 2003-2017 114
Figure 41: In Vitro Diagnostics, United Kingdom, Overall Revenue ($m), USD Actual, Historic, 2003-2010 116
Figure 42: In Vitro Diagnostics, United Kingdom, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 118
Figure 43: In Vitro Diagnostics, United Kingdom, Company share (%), 2010 124
Figure 44: Clinical Chemistry, United Kingdom, Company share (%), 2010 126
Figure 45: Genetic Testing, United Kingdom, Company share (%), 2010 128
Figure 46: Haematology, United Kingdom, Company share (%), 2010 130
Figure 47: Histology And Cytology, United Kingdom, Company share (%), 2010 132
Figure 48: Immuno Chemistry, United Kingdom, Company share (%), 2010 134
Figure 49: Infectious Immunology, United Kingdom, Company share (%), 2010 136
Figure 50: Microbiology Culture, United Kingdom, Company share (%), 2010 138
Figure 51: In Vitro Diagnostics, Spain, Overall Revenue ($m), USD Actual, 2003-2017 140
Figure 52: In Vitro Diagnostics, Spain, Overall Revenue ($m), USD Actual, Historic, 2003-2010 142
Figure 53: In Vitro Diagnostics, Spain, Overall Revenue ($m), USD Actual, Forecast, 2010-2017 144
Figure 54: In Vitro Diagnostics, Spain, Company Share (%), 2010 150
Figure 55: Clinical Chemistry, Spain, Company Share (%), 2010 152
Figure 56: Genetic Testing, Spain, Company Share (%), 2010 154
Figure 57: Haematology, Spain, Company Share (%), 2010 156
Figure 58: Histology and Cytology, Spain, Company Share (%), 2010 158
Figure 59: Immuno Chemistry, Spain, Company Share (%), 2010 160
Figure 60: Infectious Immunology, Spain, Company Share (%), 2010 162
Figure 61: Microbiology Culture, Spain, Company Share (%), 2010 164
Figure 62: F. Hoffmann-La Roche Ltd., Company Share (%), Europe In Vitro Diagnostics Market, 2010 166
Figure 63: Siemens Healthcare, Company Share (%), Europe In Vitro Diagnostics Market, 2010 167
Figure 64: Abbott Laboratories, Company Share (%), Europe In Vitro Diagnostics Market, 2010 168
Figure 65: Beckman Coulter, Inc., Company Share (%), Europe In Vitro Diagnostics Market, 2010 169
Figure 66: bioMerieux S.A., Company Share (%), Europe In Vitro Diagnostics Market, 2010 170
Figure 67: Ortho-Clinical Diagnostics Inc., Company Share (%), Europe In Vitro Diagnostics Market, 2010 171

Wednesday 18 January 2012

China Terylene Fibre Market Report

 
Description
This report presents a clear picture about the overall development of terylene fibre market in China and the trend in recent years based on detailed data analysis. This report includes the analysis on the terylene fibre market size and market share in China, the study on major hot areas in this market, introduction of key data and the comparison of top 10 enterprises in terms of sales revenue and market share, the detailed description of the import and export.


This report covers following sections.

Market Size

Based on Zeefer's China Market Size Formula, by the analysis on market size, industry sales revenue and domestic output in 2008 - 2010, this report presents a picture of the real development of China market and changes in the overall market size.

Hot Areas

Based on the comparison and analysis on production volume and import in different provinces or cities, this report points out those hot areas in this market deserve most attention.

Top 10 Enterprises

Based on the comparison and analysis on top 10 leading enterprises in terms of sales revenue, market share and number of employees, the report shows their market positions in China. Additionally, this report lists basic contact information of the top 10 leading enterprises.

Market Share and Market Structure

This report analyzes the market share distribution by segments based on enterprises nature (leading enterprises, foreign enterprises, state-owned and private enterprises), imports and regional markets in China in terms of sale revenue, profitability, production volume, number of enterprises and the value of imports... The report offers data on the market shares of imported products, foreign enterprises and enterprises in other forms. It also offers a comparison of profitability by forms of enterprise ownership, presents a picture of the market share of leading enterprises and the distribution of major regional markets in China. In addition, the report figures out the structure and concentration ratio of the current terylene fibre market in China by means of Bain's Market Structure Classification and Index of CR4.

Import and Export

In this section, the report includes the main source countries / regions of imported products for China and their market shares, the domestic destinations of imported products in China and shares for these destinations, major export destinations (countries or regions) for Chinese products and shares of these destinations, major origins of the exported products and their shares.

Industry Standards

The report lists relevant national standards and/or industrial standards concerning terylene fibre products generally accepted in China, including standard names both in Chinese and English as well as their unified code numbers.

Major Importers

The report lists 10 major importers for terylene fibre products in China and provides their contact information such as company name, address, website, telephone number and fax number.

Key Statistics

Based on the concise analysis on the sales revenue, production volume, number of enterprises, total profit, total loss, total assets, return on the asset and profit margin as well as other key statistics, the report presents the current situation, the growth rate and profitability of this industry in China.

Product definition

Terylene fibre products mentioned in this report is a general concept, it shall include the following products:
Classified by the United Nation's Central Product Classification (CPC)
CPC Code: 35510, 35520
Based on the United Nation's Central Product Classification (CPC Version 1.1), terylene fibre refer to synthetic filament tow and staple fibres, not carded or combed; synthetic filament yarn (except sewing thread and multiple or cabled yarn), not put up for retail sale.

Monday 16 January 2012

LTE Support of the Smart Grid Solutions, Applications, and Market Outlook

LTE Support of the Smart Grid Solutions, Applications, and Market Outlook

LTE Support of the Smart Grid Solutions

Description
Overview:

Electric power system delivery has often been cited as the greatest and most complex mechanism ever built. It consists of a vast amount of infrastructure including wires, cables, towers, transformers and circuit breakers.  The so-called "Smart Grid" is expected to bring dramatic improvements in everything from general network management to demand response and other demand-side improvements.  Ultimately it will help the supply-side as new technologies are implemented that create efficiencies for utilities. 

While there are many potential approaches for communications and signaling, including fixed network broadband and various wireless methods and procedures, Fourth Generation (4G) cellular (specifically LTE) is a viable option for implementation and operation.  This report evaluates current Smart Grid infrastructure and applications and looks into its future. This research analyzes the role of telecommunication in Smart Grid applications and the specific benefits of the LTE. The reader will be able to identify and understand the benefits of the LTE as well as challenges and potential solutions. 

Audience:


  • Smart Grid infrastructure, services and integration companies
  • Telecom operators and other broadband service providers
  • LTE application developers and service integrators
  • Next Generation application and service providers
  • LTE infrastructure and equipment providers
  • Infrastructure privacy/security companies
  • OSS/BSS vendors and service providers
  • Electrical utilities
  • Governmental Agencies
Table of Contents:

1.0EXECUTIVE SUMMARY    5
2.0SMART GRID   6
2.1DRIVERS FOR SMART GRID    8
2.2SMART GRID FUNCTIONALITY     11
2.3THE SMART GRID BENEFITS FOR THE CONSUMER AND THE ENTERPRISE   11
2.4SMART GRID ARCHITECTURE 15
2.4.1    GOALS OF THE SMART GRID  15
2.4.2    FUTURE TRENDS OF THE SMART GRID   20
2.4.3    CASE STUDY: USING THE SMART GRID   20
2.4.4    SMART GRID AND ELECTRIC VEHICLES   23
3.0SMART GRID IN LTE    24
3.1TELECOMS AND SMART GRID     25
3.2EVOLUTION OF THE TELECOMMUNICATION INDUSTRY27
3.3FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT     28
3.4FUTURE TECHNOLOGIES FOR A UNIVERSAL RADIO ENVIRONMENT TDD SYSTEM  29
3.5FEATURES OF FUTURE TDD SYSTEM  30
3.6CHALLENGES OF THE TDD SYSTEM    30
3.7THE UPCOMING TECHNOLOGY OF TDD SYSTEM      31
3.8TDD TOPOLOGY   31
3.9RADIO ACCESS NETWORK (RAN) 32
3.9.1    ENERGY SAVING IN LTE   32
3.10     WORLDWIDE LTE DEPLOYMENT 33
3.10.1  LTE DEPLOYMENT PLANS BY COMPANY 33
3.10.2  LTE DEPLOYMENT PLANS BY REGION     35
3.10.3  THE US MARKET  35
3.10.4  THE MEXICAN MARKET   37
3.10.5  THE CANADIAN MARKET 38
3.10.6  THE PUERTO RICAN MARKET 38
3.10.7  THE COLOMBIAN MARKET     38
3.10.8  CHILE MARKET     38
3.10.9  THE BRAZILIAN MARKET 39
3.10.10     ADVANCED METERING INFRASTRUCTURE (AMI)      39
3.10.11     AMI NETWORK    40
3.10.12     DEPLOYING AMI  41
3.10.13     SMART METERS   41
3.10.14     EVOLUTION OF THE SMART GRID      45
3.11     CASE STUDY: HOW CAN WIRELESS NETWORKS SUPPORTS THE SMART GRID  47
3.11.1  RADIO FREQUENCY MESH NETWORKS   47
3.12     3G NETWORK SUPPORT FOR THE SMART GRID 50
3.12.1  CHARACTERISTICS OF 3G SYSTEMS    51
3.12.2  3G NETWORKS SUPPORT FOR THE SMART GRID      52
3.13     MACHINE-TO-MACHINE (M2M) AND SMART GRID  53
3.13.1  M2M BUILDING BLOCKS 54
3.13.2  M2M EVOLUTION55
3.13.3  WIRELESS TRANSPORT OF M2M DATA TO AND FROM THE MONITORING FACILITY   56
3.13.4  THE BACK-END OPERATIONS AND SUPPORT INFRASTRUCTURE56
3.13.5  M2M SOLUTION BUILDING BLOCKS: A MORE IN-DEPTH VIEW 58
3.13.6  THE MACHINE THE CUSTOMER INTENDS TO MONITOR AND CONTROL     58
3.13.7  THE IN-FIELD HARDWARE DEVICE CREATED BY THE HARDWARE VENDOR 58
3.13.8  WIRELESS NETWORK  58
3.13.9  THE BACK-END SERVER   59
3.13.10     THE INTERNET     59
3.13.11     THE CUSTOMER FACILITY FOR MONITORING AND CONTROLLING THE MACHINES     59
3.13.13     WIMAX     60
3.13.14     ZIGBEE     60
3.13.15     6LOWPAN60
3.14     LATEST AND UPCOMING TECHNOLOGIES FOR TELECOM IN THE M2M DOMAIN   61
3.14.1  PICOCELL 61
3.14.2  FEMTOCELL    62
3.14.3  MICROCELLS   62
3.14.4  ADVANTAGES AND WORKING PRINCIPLE      63
3.14.5  PROTOTYPE OF ZEPPELIN BASED COMMUNICATION BACKBONE    65
3.14.6  OVERVIEW      68
3.14.7  PRODUCT ANALYSIS    70
3.14.8  MAXIMUM DURATION ALOFT: 18 MONTHS  70
3.14.9  3G 71
3.14.10     4G 72
3.14.11     KNOWN BOTTLENECKS IN 4G 74
3.14.12     LTE      74
3.14.13     INTELLIGENT SENSORS    76
3.15     M2M APPLICATIONS   77
3.15.1  M2M IN AUTOMATION   77
3.15.2  M2M IN TELECOMMUNICATION79
3.15.3  M2M IN ENERGY AND SMART METERING SYSTEM   80
3.16     WIMAX SUPPORT FOR THE SMART GRID      81
3.17     LTE AND 4G SUPPORT FOR THE SMART GRID    81
3.18     LTE IN GENERAL   81
3.18.1  HISTORY OF NGN AND LTE     83
3.18.2  LTE KEY TECHNOLOGIES  83
3.19     LTE ARCHITECTURE    86
3.19.1  SERVICE ARCHITECTURE 87
3.20     MOBILE TELECOMMUNICATIONS 4TH GENERATION AND LTE 87
3.20.1  TARGET OF 4G SYSTEM   88
3.20.2  APPLICATIONS AND SERVICES OF 4G SYSTEM    89
3.20.3  TELE PRESENCE    89
3.20.4  INFORMATION ACCESS    89
3.20.5  INTER-MACHINE COMMUNICATION 89
3.20.6  INTELLIGENT SHOPPING  89
3.20.7  LOCATION-BASED SERVICES   89
3.20.8  LBS IN GENERAL   90
3.20.9  TECHNIQUES   91
3.20.10     CELL ID-BASED LOCATION     92
3.20.11     TERMINAL-BASED LOCATION TECHNIQUES  93
3.20.12     GLOBAL POSITIONING SYSTEM (GPS)     94
3.20.13     GPS DISADVANTAGES 94
3.20.14     LOCATION ARCHITECTURE AND INTERFACES     95
3.20.15     PROTOCOLS BASED ON PLAIN-TEXT XML      96
3.20.16     ROAMING LOCATION PROTOCOL (RLP) 97
3.20.17     DIFFERENCE BETWEEN MLP AND RLP    98
3.20.18     ADDING LOCATION VALUE     99
3.20.19     APPLICATIONS AND CONTENT    100
3.20.20     KEY SERVICE ADVANCES  101
3.20.21     DEVICES DEVELOPMENTS      103
3.20.22     NETWORK INTERFACES   103
3.20.23     MOBILE INTERFACES  104
3.20.24     HIGH-PERFORMANCE BROADBAND SYSTEMS STRATEGIES  105
3.20.25     EDGE/HSPA/LTE FEATURES 2011-2014   107
3.20.26     ADOPTION OF TECHNOLOGIES TO 2030108
3.21     MIGRATION FROM THE CURRENT NETWORKS TO LTE STRATEGIES     109
3.21.1  WIMAX WITH LTE111
3.22     COMPARISON BETWEEN LTE SOLUTIONS     113
3.22.1  THROUGHPUT PERFORMANCE   114
3.23     LTE PERFORMANCE ANALYSIS     116
3.23.1  LATENCY  117
3.23.2  EFFICIENCY      117
3.23.1  LTE BENEFITS FOR THE SMART GRID 120
3.24     FEMTOCELL TECHNOLOGY    121
3.24.1  FEMTOCELL FEATURES    123
3.24.2  FEMTOCELL ISSUES     123
3.24.3  DEPLOYING LTE FEMTOCELL STRATEGIES     124
3.24.4  FEMTOCELL ACCESS CONTROL STRATEGY    126
3.24.5  LTE FEMTOCELL TECHNICAL ISSUES  127
3.24.6  PRIVACY OF FEMTOCELL 129
3.25     LTE FEMTOCELL APPLICATIONS AND INTEGRATIONS    133
3.25.1  USING RFID WITH FEMTOCELLS  134
3.25.2  USING WIRELESS SENSORS     135
3.25.3  FUTURE OF FEMTOCELLS136
3.25.4  ROI OF THE FEMTOCELLS138
3.25.5  FEMTOCELL SUPPORT FOR THE SMART GRID APPLICATIONS   139
4.0SMART GRID MARKET OUTLOOK141
4.1WORLDWIDE ELECTRICITY DEMAND FOR THE SMART GRID    141
4.1.1    ELECTRICITY DEMAND AND THE USE OF THE SMART GRID 141