Bharat Book Bureau

The UK life and pension providers have realized the necessity of engaging with consumers and not just developing relationships with intermediaries in order to engage them with saving.

Scope

*Examines the current shape of consumers’ savings behavior and explore factors that are currently limiting this.

*Assesses strategies to combat barriers to save for investment policies and identifies consumer segments to target.

*Provides actionable points to help life and pension companies find innovative methods customer engagement to life-based savings.

Highlights

The life and pensions industry has recognized the need to engage with consumers. However, consumer attitudes are reflected in their purchasing decisions of life-based savings products and their behaviors have been affected by the conditions in the financial markets.

Reasons to Purchase

*Identify key consumer segments to target for life-based savings products.

*Access analyses documenting the trends behind consumer’ attitudes to saving.

*Provides actions points to aid strategic decision making based on the insights analyzed.

Table of Contents:

Overview 1
Catalyst 1
Summary 1
Executive Summary 2
Table of Contents 3
Table of figures 4
Table of tables 5
CONSUMERS” ATTITUDES TO SAVINGS 6
Introduction 6
Many consumers believe that it is their individual responsibility to save but many lack the guidance on how to achieve this 6
People are not saving for the future, assuming that they will be looked after by the buckling state system 6
Consumers have a short-term outlook when making saving and investment decisions 6
Customers lack confidence in poorly performing equity-based products 7
However, consumers are concerned about the eroded value of their savings but are simply lacking in guidance 7
Consumers may have the intention to save but their financial position makes it an unfeasible option 8
Consumers are sacrificing savings to put the priority towards clearing their debts 8
Personal debt levels have been increasing due to a credit-dominated society and worsened by the economic crisis 9
Young people have embraced credit as a way of life and are most in debt 11
Low Bank of England interest rates have offset the desire to save 11
Consumer confidence to financial services suffered a blow during the financial crisis 11
Consumer confidence in financial institutions have plummeted during the financial crisis 11
Consumers who are seeking financial guidance have also been priced out of the savings market and unable to afford advice 12
High commissions and poor quality of advice on the part of advisors are concerns in the life-based investment market 12
Quality of advice accompanying investment decisions has come into question as investment bonds perform poorly 12
There is a misconception in the market that bonds are a no- or low-risk investment 13
However, poor quality service does exist in the life-based investment market 13
BARRIERS AGAINST LONG-TERM SAVINGS AND LIFE-BASED INVESTMENTS 14
Life-based investments are perceived as more suitable for the affluent 14
Providers have made attempts to satisfy the demand for guarantees and capital protection by risk wary customers 14
However, providers have found it difficult to protect itself against the risk of guarantees becoming too onerous 15
ENGAGING CONSUMERS WITH LIFE-BASED INVESTMENTS 16
Education and improved communication strategies will help providers engage with consumers 16
Consumers need effective and regular communication 16
Providers should highlight investment bonds as an alternative retirement strategy to revive sales 17
Investment bonds offer flexible retirement planning strategies for those approaching retirement 17
The ability to withdraw money in the lifetime of the investment makes investment bonds attractive to the changing retirement planning landscape 17
Investment bonds also offer the customer the advantage of income tax deferral 18
Providers should highlight the complementary nature of investment bonds to ordinary pension plans 18
Investment bonds are suitable for different investment strategies 18
A bond is also an efficient investment for inheritance tax planning 18
Providers need to innovate life-based investments to suit the risk-profile of today’’s consumers 19
Product development must focus on flexibility 19
APPENDIX 20
Definitions 20
Life-based savings products 20
Life assurance 20
Term assurance 20
Income protection 20
Critical illness 20
Collective life 21
ISAs 21
Personal pensions 21
Stakeholder pensions 21
Group personal pensions (GPPs) 21
SIPPs (Self Invested Personal Pensions) 21
ABI definitions of distribution channels 21
Independent financial advisors (IFAs) 21
Direct sales forces 22
Tied agents 22
Multi-tied agents 22
Bancassurance 22
Direct marketing 22
Telesales 22
Other 22
Further reading 22
Ask the analyst 23
Datamonitor consulting 23
Disclaimer 23

List of Tables
Table 1: Gross lending and balances outstanding, £m, 2003-09 10

List of Figures
Figure 1: Consumers were more concerned about outstanding debts and repayments than the value of their savings and investments 9
Figure 2: Gross lending has declined since 2004 but balances outstanding only started to decline in 2009 10

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Rising health concerns have led to consumers becoming more conscious of their sugar intake, prompting food makers to increase the inclusion of low-calorie sugar substitutes in their new product formulations. This research brief outlines the extent and specifics of consumers” sweetener concerns and preferences, and what future opportunities exist for sweetener product development

Scope

*A concise slidepack outlining the driving and inhibiting factors influencing the development of sweeteners globally

*Combines consumer trend/insight analysis with new product development (NPD) observations

Highlights

Sugar (sucrose) is the most popular sweetener added to foods, but rising obesity rates cause more attention to be paid to products” sugar content. This is well reflected by the perceived influence of low-sugar claims on the product choices that consumers make and the self-reported attentiveness among consumers towards sugar intake

Datamonitor expects awareness of low-calorie sweetenersboth commercially and among consumersto increase considerably in the next few years as regularity environments become more permissive. Innovations in the sweetener market can be categorized according to three major platforms

Reasons to Purchase

*Understand how consumer attitudes are likely to affect future purchase decisions

*Access unique survey insight to understand why, and to what extent, consumers are attracted to different sweeteners

*Obtain a snapshot of NPD opportunities and threats in this important and dynamic ingredient group

Table of Contents:

Brief introduction to Datamonitor’s research

Market context and consumer concerns
Defining sugars/sweeteners
Consumer attitudes and behavior

Types of sweeteners
Consumer attitudes and behavior
Category trends

Product trends and innovations
Formulation innovations
Packaging innovations
“Value added” features

For more please visit
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Retail Logistics Spending in Belgium to 2013 provides a comprehensive analysis of the logistics industry in the key retail sectors of Belgium. Delivering historical and forecasted market values, the databook provides an overview of the market allowing you to assess current and future market opportunities.

Scope

Overall logistics spending in the retail sector with segmentation by category

Each individual sector’’s spending analysis and segmentation by category

Highlights

Retail logistics spending in Belgium grew at a CAGR of 4.8% over the period 200308.

The retail logistics spending in Belgium is expected to grow at a CAGR of 1.3% over the 200813 period.

Reasons to Purchase

Develop strategies that will allow you to respond more effectively to your client’’s needs

Benchmark your company’’s performance in the Belgian logistics market against industry standards

Ensure your future business targets are responsive to the current economic environment

Table of Contents:

OVERVIEW 1
Catalyst 1
Summary 1
INTRODUCTION 8
Reasons to purchase 8
Definitions 8
RETAIL LOGISTICS SPENDING IN BELGIUM, 2003–13 10
Retail logistics spending by category 10
Retail in-house logistics spending by category 15
Retail out-sourced logistics spending by category 19
Retail out-sourced contract logistics spending by category 23
Retail logistics spending by sector 27
LOGISTICS SPENDING - FASHION 31
Fashion logistics spending by category 31
Fashion in-house logistics spending by category 35
Fashion out-sourced logistics spending by category 39
LOGISTICS SPENDING - DIY 43
DIY logistics spending by category 43
DIY in-house logistics spending by category 47
DIY out-sourced spending by category 51
LOGISTICS SPENDING – GENERAL RETAIL 55
General retail logistics spending by category 55
General retail in-house logistics spending by category 59
General retail out-sourced logistics spending by category 63
LOGISTICS SPENDING - GROCERY 67
Grocery logistics spending by category 67
Grocery in-house logistics spending by category 71
Grocery out-sourced logistics spending by category 75
Grocery logistics spending by segment 79
APPENDIX 83
Further reading 83
How to contact experts in your industry 83
Disclaimer 83

List of Figures
Figure 1: Retail logistics spending, Belgium, value split by category (€m), 2003–08 10
Figure 2: Retail logistics spending, Belgium, value split by category (€m), 2008–13 12
Figure 3: Retail logistics spending, Belgium, growth (%), 2003–13 14
Figure 4: Retail in-house logistics spending, Belgium, value split by category (€m), 2003–08 15
Figure 5: Retail in-house logistics spending, Belgium, value split by category (€m), 2008–13 17
Figure 6: Retail out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 19
Figure 7: Retail out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 21
Figure 8: Retail out-sourced contract logistics spending, Belgium, value split by category (€m), 2003–08 23
Figure 9: Retail out-sourced contract logistics spending, Belgium, value split by category (€m), 2008–13 25
Figure 10: Retail logistics spending, Belgium, value split by sector (%), 2008 27
Figure 11: Retail logistics spending, Belgium, value split by sector (%), 2013 29
Figure 12: Fashion logistics spending, Belgium, value split by category (€m), 2003–08 31
Figure 13: Fashion logistics spending, Belgium, value split by category (€m), 2008–13 33
Figure 14: Fashion in-house logistics spending, Belgium, value split by category (€m), 2003–08 35
Figure 15: Fashion in-house logistics spending, Belgium, value split by category (€m), 2008–13 37
Figure 16: Fashion out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 39
Figure 17: Fashion out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 41
Figure 18: DIY logistics spending, Belgium, value split by category (€m), 2003–08 43
Figure 19: DIY logistics spending, Belgium, value split by category (€m), 2008–13 45
Figure 20: DIY in-house logistics spending, Belgium, value split by category (€m), 2003–08 47
Figure 21: DIY in-house logistics spending, Belgium, value split by category (€m), 2008–13 49
Figure 22: DIY out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 51
Figure 23: DIY out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 53
Figure 24: General retail logistics spending, Belgium, value split by category (€m), 2003–08 55
Figure 25: General retail logistics spending, Belgium, value split by category (€m), 2008–13 57
Figure 26: General retail in-house logistics spending, Belgium, value split by category (€m), 2003–08 59
Figure 27: General retail in-house logistics spending, Belgium, value split by category (€m), 2008–13 61
Figure 28: General retail out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 63
Figure 29: General retail out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 65
Figure 30: Grocery logistics spending, Belgium, value split by category (€m), 2003–08 67
Figure 31: Grocery logistics spending, Belgium, value split by category (€m), 2008–13 69
Figure 32: Grocery in-house logistics spending, Belgium, value split by category (€m), 2003–08 71
Figure 33: Grocery in-house logistics spending, Belgium, value split by category (€m), 2008–13 73
Figure 34: Grocery out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 75
Figure 35: Grocery out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 77
Figure 36: Grocery logistics spending, Belgium, value split by segment (€m), 2007–08 79
Figure 37: Grocery logistics spending, Belgium, value split by segment (€m), 2008 and 2013 81

List of Tables
Table 1: Logistics spending definitions 8
Table 2: Retail logistics sector definitions 9
Table 3: Retail logistics spending, Belgium, value split by category (€m and growth %), 2003–08 11
Table 4: Retail logistics spending, Belgium, value split by category (€m and growth %), 2008–13 13
Table 5: Retail in-house logistics spending, Belgium, value split by category (€m and growth %), 2003–08 16
Table 6: Retail in-house logistics spending, Belgium, value split by category (€m and growth %), 2008–13 18
Table 7: Retail out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 20
Table 8: Retail out-sourced logistics spending, Belgium, value by category (€m), 2008–13 22
Table 9: Retail out-sourced contract logistics spending, Belgium, value split by category (€m), 2003–08 24
Table 10: Retail out-sourced contract logistics spending, Belgium, value split by category (€m), 2008–13 26
Table 11: Retail logistics spending, Belgium, value split by sector (€m), 2003–08 28
Table 12: Retail logistics spending, Belgium, value split by sector (€m), 2008–13 30
Table 13: Fashion logistics spending, Belgium, value split by category (€m), 2003–08 32
Table 14: Fashion logistics spending, Belgium, value split by category (€m), 2008–13 34
Table 15: Fashion in-house logistics spending, Belgium, value split by category (€m), 2003–08 36
Table 16: Fashion in-house logistics spending, Belgium, value split by category (€m), 2008–13 38
Table 17: Fashion out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 40
Table 18: Fashion out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 42
Table 19: Retail electronics logistics spending, Belgium, value split by category (€m), 2003–08 44
Table 20: Retail electronics logistics spending, Belgium, value split by category (€m), 2008–13 46
Table 21: Retail electronics in-house logistics spending, Belgium, value split by category (€m), 2003–08 48
Table 22: Retail electronics in-house logistics spending, Belgium, value split by category (€m), 2008–13 50
Table 23: Retail electronics out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 52
Table 24: Retail electronics out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 54
Table 25: General retail logistics spending, Belgium, value split by category (€m), 2003–08 56
Table 26: General retail logistics spending, Belgium, value split by category (€m), 2008–13 58
Table 27: General retail in-house logistics spending, Belgium, value split by category (€m), 2003–08 60
Table 28: General retail in-house logistics spending, Belgium, value split by category (€m), 2008–13 62
Table 29: General retail out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 64
Table 30: General retail out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 66
Table 31: Grocery logistics spending, Belgium, value split by category (€m), 2003–08 68
Table 32: Grocery logistics spending, Belgium, value split by category (€m), 2008–13 70
Table 33: Grocery in-house logistics spending, Belgium, value split by category (€m), 2003–08 72
Table 34: Grocery in-house logistics spending, Belgium, value split by category (€m), 2008–13 74
Table 35: Grocery out-sourced logistics spending, Belgium, value split by category (€m), 2003–08 76
Table 36: Grocery out-sourced logistics spending, Belgium, value split by category (€m), 2008–13 78
Table 37: Grocery logistics spending, Belgium, value split by segment (€m), 2003–08 80
Table 38: Grocery logistics spending, Belgium, value split by segment (€m), 2008–13 82

For more please visit
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OR Contact us at
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Phone : +91 22 2757 8668 / 2757 9438
Fax : +91 22 2757 9131
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Retail banking industry technology spending forecast databook provides a current and comprehensive assessment of revenue opportunities for technology providers in the South African market, across a range of sources and locations.

Scope

Forecasts South African retail banking technology spending until 2014

Breaks down South African retail banking technology spending by source, location and business function

Highlights

Overall, the South African retail banking technology market is set to grow at a CAGR of 10.2% from 2009 to 2014, while business function such as branch and online banking will present the highest growth opportunities.

Reasons to Purchase

Gain visibility into the dynamics of the South African retail banking technology markets

Gain market insight to assist in your strategic planning and go-to-market strategy

Table of Contents:

OVERVIEW 1
Catalyst 1
Summary 1
INTRODUCTION 5
Reasons to purchase 5
Definitions 5
RETAIL BANKING TECHNOLOGY SPENDING 11
Overview 11
Technology spend by business functions, 2006–14 14
Technology spend by location, 2006–14 18
TECHNOLOGY SPENDING BY SOURCE 22
Spend by source, 2006–14 22
COMPARATIVE ANALYSIS: MIDDLE EAST AND AFRICA REGION AND SOUTH AFRICAN RETAIL BANKING TECHNOLOGY SPENDING 26
Overall technology spend comparison, 2006–14 26
Major country/market comparison, 2008 28
APPENDIX 30
Forecasting methodology 30
Further reading 31
Disclaimer 31

List of Figures
Figure 1: Retail banking industry, South Africa, technology spending ($m), 2006–14 11
Figure 2: Retail banking industry, South Africa, technology spending (growth %), 2006–14 13
Figure 3: Retail banking industry, South Africa, technology spend by business function ($m), 2006–08 14
Figure 4: Retail banking industry, South Africa, technology spend by business function ($m), 2009–14 16
Figure 5: Retail banking industry, South Africa, technology spend by location ($m), 2006–08 18
Figure 6: Retail banking industry, South Africa, technology spending by location ($m), 2009–14 20
Figure 7: Retail banking industry, South Africa, technology spending by source ($m), 2006–08 22
Figure 8: Retail banking industry, South Africa, technology spending by source ($m), 2009–14 24
Figure 9: Retail banking industry, South Africa and Middle East and Africa region, technology spending comparison ($m), 2006–14 26
Figure 10: Retail banking industry, Middle East and Africa region, major markets/countries technology spending ($m), 2008 28
Figure 11: Retail banking industry technology spending, key stages in forecasting 30

List of Tables
Table 1: Retail banking business functions: definitions 6
Table 2: Retail banking technology sources: definitions 8
Table 3: Retail banking business locations: definitions 10
Table 4: Retail banking industry, South Africa, technology spending ($m), 2006–14 12
Table 5: Retail banking industry, South Africa, technology spend by business function ($m), 2006–08 15
Table 6: Retail banking industry, South Africa, technology spend by business function ($m), 2009–14 17
Table 7: Retail banking industry, South Africa, technology spend by location ($m), 2006–08 19
Table 8: Retail banking industry, South Africa, technology spending by location ($m), 2009–14 21
Table 9: Retail banking industry, South Africa, technology spending by source ($m), 2006–08 23
Table 10: Retail banking industry, South Africa, technology spending by source ($m), 2009–14 25
Table 11: Retail banking industry, South Africa and Middle East and Africa region, technology spending comparison ($m), 2006–08 27
Table 12: Retail banking industry, South Africa and Middle East and Africa region, technology spending comparison ($m), 2009–14 27
Table 13: Retail banking industry, Middle East and Africa region, major markets/countries technology spending ($m and % share), 2008 29

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This market research report analyzes the diabetes care devices market in Brazil, Russia, India, and China (BRIC) over the period 2009-2014. The report categorizes the overall market for diabetes care devices into the submarkets for insulin pumps, self-monitoring blood glucose systems, and continuous glucose monitoring systems.

The diabetes care devices market in BRIC nations was approximately $257.55 million in 2009 and is expected to grow a CAGR of 17.24% from 2009 to 2014, driven mainly by the increasing incidence of diabetes and the corresponding rise in governmental support for diabetes care across BRIC nations. China was the largest diabetes care market in 2009 with approximately $135.65 million, followed for Russia, India, and Brazil.

Market estimates and forecast

The report provides in-depth market estimates and forecast for diabetes care devices in Brazil, Russia, India and China. It includes estimates and forecast for insulin pumps, self monitoring blood glucose (SMBG) and continuous glucose monitoring (CGM) in each of the four geographies of Brazil, Russia, India and China.

What makes our reports unique?

We provide 10% customization. Normally it is seen that clients do not find specific market intelligence that they are looking for. Our customization will ensure that you necessarily get the market intelligence you are looking for and we get a loyal customer.

15 pages of high level analysis including benchmarking strategies, best practices and the market’s cash cows (BCG matrix). We conduct detailed market positioning, product positioning and competitive positioning. Entry strategies, gaps and opportunities are identified for all the stakeholders.

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A comprehensive survey of usage and markets through 2013 for: GaAs, GaP, InP, SiC, Sapphire and bulk-GaN

IN 2011, SAPPHIRE WILL EXCEED 50% OF THE CS PROCESSED SURFACE

Silicon largely dominates the semiconductor business as the reference material. However, specific applications such as optoelectronics, RF or power electronics require material properties that cannot be offered by silicon.

GaAs, GaN, GaP, GaAs, InP, SiC and Sapphire substrates now account for 1.1% of the 7,504 million square inches annually processed in semiconductor foundries. However, that small portion of processed area is compensated by a higher merchant price leading to a $880M raw substrate market size in 2009 and reaching the billion dollar threshold in 2010.

Up to now, GaAs was the leading material in volume thanks to the wireless technology and red / orange / yellow LED demand, but sapphire will take the lead from 2011 driven by the booming business in white LED for LCD backlight and general illumination.

These materials have been protected from silicon competition because they allow device performance not reachable by the semiconductor material (Frequency, power, thermal conductivity, robustness, junction temperature, voltage breakdown…). Even though compound materials have market prices dramatically higher than Si, Technical Specs have been, and will remain, the main driver for the adoption of these CS substrates and related technologies. All the considered materials are now available in a 4 inch format except bulk GaN that has just been released in 3 inch in Japan. This diameter expansion helps to lower the manufacturing cost of CS-based devices and to mass market affordable products.

This new report offers a unique panorama of the compound semiconductor substrate business in a single package. It highlights the main metrics and the key market trends that will help material and equipment vendors to position their R&D efforts and anticipate the changes and forecasted evolution of their business.

For each material (GaAs, GaP, GaN, SiC, InP and Sapphire), the report describes:

The main targeted devices and related market size
List and market shares of the main material suppliers (merchant and captive) with product description
List and ranking of the main material users with final products description
Substrate market value and volume ($, units, Msq.in.), split by diameter and electrical specs (Semi-conductive, semi-insulating) in the 2008-2013 time frame
Overview of current developments and new innovations
Projection of the CS materials market in 2013 and beyond.

COMPANIES CITED IN THE REPORT

Acme Corporation, AdTech, Agility, Alpha Crystal, Alphion, Ammono Sp, Anadigic, AOI, Avago, Avanex, AWSC, AXT, Bookham, Bridgestone, ComSeCore, Cotomat, Covega, Cree, Crysband, Crystal Applied Technology, Crystal On, Crystal Photonics, Crystal Q, Crystalwise, Cyoptics, Denselight, Denso, Dow Corning, Dowa, Elma Malachit JSC, Epistar, Epiworks, Eudyna, Exiton, Finisar, Freiberger, Fujitsu, Furukawa, GCS, GE, GigaCom, Goldeneye Inc., Hitachi (OpNext), Hitachi Cable, Hittite Microwave, HRL, II-VI, Iljin Display, Infinera, Inlustra Technologies LLC, InPACT, IntelliEPI, Intexys Photonics, IQE, JDSU, Juropol, Kopin, Kyma, Kyocera, Lumileds, LumiLOG, M/A-Com, Magnachip, Mimix Broadband, Mitsubishi Chemical, Mitsubishi Electric, MJ Corporation, Modulight, Monocrystal PLC, Multiplex, Namiki, NanoGaN Ltd., N-Crystals, NEC, Neomax, NeosemiTech, Nikko Materials / Acrotec, Nippon Steel, Norstel, Northrop Grumman, NTT, OKI, OMMIC, Ostendo, Oxford Inst. / TDI, PAM Xiamen, Panasonic, Peregrine, Phostec, Picogiga, Renesas, RMFD, Rohm, Rubicon, Saint-Gobain Crystals, Samsung-Corning, Santur, Sapphicon, Sapphire Technology, SEH, Sensor Electronic Technology: SET, Shinkosha, Showa Denko, SiCrystal, Silian, Sino American SAS, Skyworks, Sony, Soraa, Inc., Sumika, Sumitomo Electric SEI, Sumitomo Metal Mining, Svedice, TankeBlue, Tera Xtal Technology, Thales, TOPCO Scientific, TopGaN, TriQuint, UCSB, UMS, Unipress, Vitesse, VPEC, Wafer Tech. / IQE, Wafer Works, Win Semi, Xiamen Powerway, Xindium

Benefits of the report for equipment and material suppliers:

Analysis of the structure of the compound semi material industry and evolution of the value chain
Calculations of wafer volumes to be produced including diameter evolution for each market segments and each materials
Description of the competing technologies using new materials with market penetration forecasts
Listing and ranking of the key material makers with related market shares

Table of Contents:

GLOSSARY
EXECUTIVE SUMMARY

• Compound Semiconductor substrates segmentation & usage
• Annual consumption of CS materials in surface area (Million Inch²). 2008-2013
• CS materials bulk substrate market size in $M. 2008-2013
• Evolution of CS materials consumption over silicon
• Relative evolution of processed surface for various CS materials. 2008 & 2013
• What can create disruptions in the next 5 years?
• CS substrate business risk analysis: Today status and possible evolutions
• 2009 bulk CS wafers average market price GaAs substrate market

GaAs substrate market
• Introduction
• Key GaAs Players Revenue Trends 05-09
• Main targeted applications of GaAs-based devices
• Key advantages of GaAs-based devices
• GaAs value-chain and position of key players
• Growth methods of GaAs substrates
• GaAs substrate main vendors growth technique and products
• S.I. GaAs Applications, frequency range and devices:
• SI GaAs content in cell phones: 3G iPhone
• SI GaAs $ content in cell phones
• GaAs $ content in wireless LAN
• 2009 GaAs RFIC market breakdown by application at device level
• PA Shipment volume 2008-2013 forecasts
• SI GaAs Technology Risk
• SI GaAs Emerging Applications: Smart Grid
• 2008-2013 SI GaAs substrates annual consumption, split by diameter
• 2009 GaAs RF epiwafer vendors market share
• 2009 RF device maker market shares
• 2009 TOP-10 GaAs RF device maker revenues
• GaAs RF device maker recent consolidation activity 2009 GaAs RF Foundry Market Share

• SC GaAs: LED applications
• SC GaAs: Laser Diode Applications
• SC GaAs applications: solar CPV
• SC GaAs substrates 2009 market breakdown by application in Msi

• 2009 estimation of SI + SC GaAs bulk substrate vendors market shares
• 2008-2013 SI + SC GaAs substrates consumption in million inch²
• 2008-2013 GaAs substrates SI + SC market size in $M

• Conclusions

GaP substrate market
• GaP: applications for LED
• GaP substrates 2009 market breakdown in Msi
• GaP wafer market volume in units, split by diameter to 2013
• GaP wafer market size in M$, split by diameter to 2013

Sapphire Substrate Market
• Introduction
• Manufacturing Cost Breakdown
• Map of Sapphire Supplier Locations
• 2009 Sapphire vendor revenues
Breakdown by region

• Sapphire for LED
• Diameter Trends
• Sapphire Wafer Diameter Roadmap
• Time to market
• Sapphire for Nitride LEDs
• LED Market Generalities
• Market segmentation
• LED Regional Production Capacity as of early 2009 in LED chip units
• Sapphire Substrates for LED Market Price Projection Split by diameter
• 2005-2013 Sapphire Substrates Market for LED In volume, by diameter & related market size
• 2005-2013 Sapphire Substrates Market for LED In value, split by diameter
• Sapphire Substrate Consumption for LED.
Regional usage breakdown 2008 and 2009
• Conclusions

Silicon-on-Sapphire
• Antenna Switch Module (ASM) Market
• Comparison of Cell-phone Antenna Switching Module (ASM) Technologies
• Si CMOS vs. SoS UltraCMOS® Architecture Comparison
• RF Switch Technology Market Breakdown 2005-2013
• SoS Sapphire Substrate ASP 2005-2013
• Sapphire Substrates for SoS Applications. Market size and volume 2005-2013
• 2009 r-plane Sapphire Wafer Orders Estimate Split by company
• Conclusions

SiC Substrate Market
• State-of-the-art in SiC Crystal Growth
• SiC Material: From polytype to devices
• Main SiC Material Manufacturing Site Locations. Bulk and/or epi-foundry
• Material Polytypes, Doping & Orientation Commercially Available
• SiC Substrate Vendor Revenues & Related Market Shares. 2006, 2007, 2008 & 2009
• Wafer Diameter Evolution in Production for Power Electronics 2005-2019
• Wafer Diameter Evolution in Production for GaN/SiC LED 2005-2019
• Wafer Diameter Evolution in Production for GaN/SiC RF devices
• 2005-2019 SiC Raw Substrate Price Evolution Split by type (S.I. / n-type) and diameter (2”, 3”, 4” and 6”)
• Market Projection for SiC Substrates in Various Applications 2008-2019
• Market Volume Projection of SiC Wafers for power electronics split by diameter 2008-2019
• Conclusions

Bulk and free-standing GaN substrate market
• Targeted applications
• Roadmap to 2015: Sensitivity to dislocation density in active layer for various nitride devices
• Bulk or Free-Standing GaN Substrates mass-market introduction in various applications
• Market Boosters / Market Killers
• 2 Options for Blue Laser Substrates: Free-standing vs. ELO GaN
• Specifications: 2009 production status
• Specifications: R&D status
• 2” FS & ELO GaN Substrates 2007-2015 market price
• Non-polar & Semi-polar GaN main interests
• Non-polar & Semi-polar GaN Substrates R&D status
• Non or Semi-polar GaN Substrate Size Tentative roadmap to 2020
• Estimated monthly production capacity
• Overall FS & ELO GaN Market Volume in Various Applications to 2013
• Overall FS & ELO GaN Market Size in Various Applications to 2013
• Conclusion

InP substrate market
• Introduction
• Main targeted applications of InP-based devices
• InP crystal growth flow chart
• InP material value-chain & ASP in 2007
• Application overview
• Main data of the InP device manufacturing process and ASP

• Optical Devices
• InP-based Optical Applications
• InP optical devices main players along the value chain
• Where InP-based devices can be found in a FO network?
• InP telecom lasers: optical fiber network structure
• InP telecom lasers: Metro and Access FO Networks
• State of the art of current network levels
• Challenges for InP devices in the telecom market
• Electron Devices
• InP electronic devices main players along the value chain
• InP HEMT and HBT technology
• High Speed InP IC applications
• 2005-2012 InP-based devices market size
• Main InP material vendors
• 2009 revenues and product breakdown
• 2009 InP material vendors market shares
• Usage of InP wafers and Substrates diameter breakdown
• 2008-2013 InP wafer market volume (Merchant & captive) split by diameter
• 2008-2013 InP wafer market size (Merchant & captive) split by diameter
• Conclusion

General conclusion and perspectives

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A comprehensive survey of usage and markets through 2013 for: GaAs, GaP, InP, SiC, Sapphire and bulk-GaN

IN 2011, SAPPHIRE WILL EXCEED 50% OF THE CS PROCESSED SURFACE

Silicon largely dominates the semiconductor business as the reference material. However, specific applications such as optoelectronics, RF or power electronics require material properties that cannot be offered by silicon.

GaAs, GaN, GaP, GaAs, InP, SiC and Sapphire substrates now account for 1.1% of the 7,504 million square inches annually processed in semiconductor foundries. However, that small portion of processed area is compensated by a higher merchant price leading to a $880M raw substrate market size in 2009 and reaching the billion dollar threshold in 2010.

Up to now, GaAs was the leading material in volume thanks to the wireless technology and red / orange / yellow LED demand, but sapphire will take the lead from 2011 driven by the booming business in white LED for LCD backlight and general illumination.

These materials have been protected from silicon competition because they allow device performance not reachable by the semiconductor material (Frequency, power, thermal conductivity, robustness, junction temperature, voltage breakdown…). Even though compound materials have market prices dramatically higher than Si, Technical Specs have been, and will remain, the main driver for the adoption of these CS substrates and related technologies. All the considered materials are now available in a 4 inch format except bulk GaN that has just been released in 3 inch in Japan. This diameter expansion helps to lower the manufacturing cost of CS-based devices and to mass market affordable products.

This new report offers a unique panorama of the compound semiconductor substrate business in a single package. It highlights the main metrics and the key market trends that will help material and equipment vendors to position their R&D efforts and anticipate the changes and forecasted evolution of their business.

For each material (GaAs, GaP, GaN, SiC, InP and Sapphire), the report describes:

The main targeted devices and related market size
List and market shares of the main material suppliers (merchant and captive) with product description
List and ranking of the main material users with final products description
Substrate market value and volume ($, units, Msq.in.), split by diameter and electrical specs (Semi-conductive, semi-insulating) in the 2008-2013 time frame
Overview of current developments and new innovations
Projection of the CS materials market in 2013 and beyond.

COMPANIES CITED IN THE REPORT

Acme Corporation, AdTech, Agility, Alpha Crystal, Alphion, Ammono Sp, Anadigic, AOI, Avago, Avanex, AWSC, AXT, Bookham, Bridgestone, ComSeCore, Cotomat, Covega, Cree, Crysband, Crystal Applied Technology, Crystal On, Crystal Photonics, Crystal Q, Crystalwise, Cyoptics, Denselight, Denso, Dow Corning, Dowa, Elma Malachit JSC, Epistar, Epiworks, Eudyna, Exiton, Finisar, Freiberger, Fujitsu, Furukawa, GCS, GE, GigaCom, Goldeneye Inc., Hitachi (OpNext), Hitachi Cable, Hittite Microwave, HRL, II-VI, Iljin Display, Infinera, Inlustra Technologies LLC, InPACT, IntelliEPI, Intexys Photonics, IQE, JDSU, Juropol, Kopin, Kyma, Kyocera, Lumileds, LumiLOG, M/A-Com, Magnachip, Mimix Broadband, Mitsubishi Chemical, Mitsubishi Electric, MJ Corporation, Modulight, Monocrystal PLC, Multiplex, Namiki, NanoGaN Ltd., N-Crystals, NEC, Neomax, NeosemiTech, Nikko Materials / Acrotec, Nippon Steel, Norstel, Northrop Grumman, NTT, OKI, OMMIC, Ostendo, Oxford Inst. / TDI, PAM Xiamen, Panasonic, Peregrine, Phostec, Picogiga, Renesas, RMFD, Rohm, Rubicon, Saint-Gobain Crystals, Samsung-Corning, Santur, Sapphicon, Sapphire Technology, SEH, Sensor Electronic Technology: SET, Shinkosha, Showa Denko, SiCrystal, Silian, Sino American SAS, Skyworks, Sony, Soraa, Inc., Sumika, Sumitomo Electric SEI, Sumitomo Metal Mining, Svedice, TankeBlue, Tera Xtal Technology, Thales, TOPCO Scientific, TopGaN, TriQuint, UCSB, UMS, Unipress, Vitesse, VPEC, Wafer Tech. / IQE, Wafer Works, Win Semi, Xiamen Powerway, Xindium

Benefits of the report for equipment and material suppliers:

Analysis of the structure of the compound semi material industry and evolution of the value chain
Calculations of wafer volumes to be produced including diameter evolution for each market segments and each materials
Description of the competing technologies using new materials with market penetration forecasts
Listing and ranking of the key material makers with related market shares

Table of Contents:

GLOSSARY
EXECUTIVE SUMMARY

• Compound Semiconductor substrates segmentation & usage
• Annual consumption of CS materials in surface area (Million Inch²). 2008-2013
• CS materials bulk substrate market size in $M. 2008-2013
• Evolution of CS materials consumption over silicon
• Relative evolution of processed surface for various CS materials. 2008 & 2013
• What can create disruptions in the next 5 years?
• CS substrate business risk analysis: Today status and possible evolutions
• 2009 bulk CS wafers average market price GaAs substrate market

GaAs substrate market
• Introduction
• Key GaAs Players Revenue Trends 05-09
• Main targeted applications of GaAs-based devices
• Key advantages of GaAs-based devices
• GaAs value-chain and position of key players
• Growth methods of GaAs substrates
• GaAs substrate main vendors growth technique and products
• S.I. GaAs Applications, frequency range and devices:
• SI GaAs content in cell phones: 3G iPhone
• SI GaAs $ content in cell phones
• GaAs $ content in wireless LAN
• 2009 GaAs RFIC market breakdown by application at device level
• PA Shipment volume 2008-2013 forecasts
• SI GaAs Technology Risk
• SI GaAs Emerging Applications: Smart Grid
• 2008-2013 SI GaAs substrates annual consumption, split by diameter
• 2009 GaAs RF epiwafer vendors market share
• 2009 RF device maker market shares
• 2009 TOP-10 GaAs RF device maker revenues
• GaAs RF device maker recent consolidation activity 2009 GaAs RF Foundry Market Share

• SC GaAs: LED applications
• SC GaAs: Laser Diode Applications
• SC GaAs applications: solar CPV
• SC GaAs substrates 2009 market breakdown by application in Msi

• 2009 estimation of SI + SC GaAs bulk substrate vendors market shares
• 2008-2013 SI + SC GaAs substrates consumption in million inch²
• 2008-2013 GaAs substrates SI + SC market size in $M

• Conclusions

GaP substrate market
• GaP: applications for LED
• GaP substrates 2009 market breakdown in Msi
• GaP wafer market volume in units, split by diameter to 2013
• GaP wafer market size in M$, split by diameter to 2013

Sapphire Substrate Market
• Introduction
• Manufacturing Cost Breakdown
• Map of Sapphire Supplier Locations
• 2009 Sapphire vendor revenues
Breakdown by region

• Sapphire for LED
• Diameter Trends
• Sapphire Wafer Diameter Roadmap
• Time to market
• Sapphire for Nitride LEDs
• LED Market Generalities
• Market segmentation
• LED Regional Production Capacity as of early 2009 in LED chip units
• Sapphire Substrates for LED Market Price Projection Split by diameter
• 2005-2013 Sapphire Substrates Market for LED In volume, by diameter & related market size
• 2005-2013 Sapphire Substrates Market for LED In value, split by diameter
• Sapphire Substrate Consumption for LED.
Regional usage breakdown 2008 and 2009
• Conclusions

Silicon-on-Sapphire
• Antenna Switch Module (ASM) Market
• Comparison of Cell-phone Antenna Switching Module (ASM) Technologies
• Si CMOS vs. SoS UltraCMOS® Architecture Comparison
• RF Switch Technology Market Breakdown 2005-2013
• SoS Sapphire Substrate ASP 2005-2013
• Sapphire Substrates for SoS Applications. Market size and volume 2005-2013
• 2009 r-plane Sapphire Wafer Orders Estimate Split by company
• Conclusions

SiC Substrate Market
• State-of-the-art in SiC Crystal Growth
• SiC Material: From polytype to devices
• Main SiC Material Manufacturing Site Locations. Bulk and/or epi-foundry
• Material Polytypes, Doping & Orientation Commercially Available
• SiC Substrate Vendor Revenues & Related Market Shares. 2006, 2007, 2008 & 2009
• Wafer Diameter Evolution in Production for Power Electronics 2005-2019
• Wafer Diameter Evolution in Production for GaN/SiC LED 2005-2019
• Wafer Diameter Evolution in Production for GaN/SiC RF devices
• 2005-2019 SiC Raw Substrate Price Evolution Split by type (S.I. / n-type) and diameter (2”, 3”, 4” and 6”)
• Market Projection for SiC Substrates in Various Applications 2008-2019
• Market Volume Projection of SiC Wafers for power electronics split by diameter 2008-2019
• Conclusions

Bulk and free-standing GaN substrate market
• Targeted applications
• Roadmap to 2015: Sensitivity to dislocation density in active layer for various nitride devices
• Bulk or Free-Standing GaN Substrates mass-market introduction in various applications
• Market Boosters / Market Killers
• 2 Options for Blue Laser Substrates: Free-standing vs. ELO GaN
• Specifications: 2009 production status
• Specifications: R&D status
• 2” FS & ELO GaN Substrates 2007-2015 market price
• Non-polar & Semi-polar GaN main interests
• Non-polar & Semi-polar GaN Substrates R&D status
• Non or Semi-polar GaN Substrate Size Tentative roadmap to 2020
• Estimated monthly production capacity
• Overall FS & ELO GaN Market Volume in Various Applications to 2013
• Overall FS & ELO GaN Market Size in Various Applications to 2013
• Conclusion

InP substrate market
• Introduction
• Main targeted applications of InP-based devices
• InP crystal growth flow chart
• InP material value-chain & ASP in 2007
• Application overview
• Main data of the InP device manufacturing process and ASP

• Optical Devices
• InP-based Optical Applications
• InP optical devices main players along the value chain
• Where InP-based devices can be found in a FO network?
• InP telecom lasers: optical fiber network structure
• InP telecom lasers: Metro and Access FO Networks
• State of the art of current network levels
• Challenges for InP devices in the telecom market
• Electron Devices
• InP electronic devices main players along the value chain
• InP HEMT and HBT technology
• High Speed InP IC applications
• 2005-2012 InP-based devices market size
• Main InP material vendors
• 2009 revenues and product breakdown
• 2009 InP material vendors market shares
• Usage of InP wafers and Substrates diameter breakdown
• 2008-2013 InP wafer market volume (Merchant & captive) split by diameter
• 2008-2013 InP wafer market size (Merchant & captive) split by diameter
• Conclusion

General conclusion and perspectives

For more please visit
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OR Contact us at
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Phone : +91 22 2757 8668 / 2757 9438
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The total arthroscopic devices market was valued at over $800 million in 2009.

The total arthroscopic devices market includes:

large and small joint arthroscopes,
hand instruments,
fluid management disposables,
power instruments and shaver blades,
radiofrequency (RF) probes and
drill guides

This report covers market trends and analysis, as well as a description of the competitive activities of the companies involved in each segment. In addition, unit volume information is included regarding cannulas. This market is closely associated with the market for soft tissue repair devices, which is covered in the companion report, U.S. Market for Orthopedic Soft Tissue and Sports Medicine.

This report provides a comprehensive and detailed analysis of market revenues by device type, market forecasts through 2016, unit sales, average selling prices, market drivers and limiters and a detailed competitive analysis, including manufacturer market shares and product portfolios.

For more please visit
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This report analyzes the global pharmaceutical market in terms of market size, key drivers and resistors, trends and competitive positioning. It includes profiles of the top ten companies in the industry along with 5-year financial analysis and in-depth SWOT analysis.

Scope

* Performance of the global pharmaceutical market on the basis of sales, volume and respective growth patterns over the past five years
* Obtain descriptive profiles of the top ten leading players including strategic initiatives undertaken in the last 12 months
* Analysis of the Strengths, Weaknesses, Opportunities and Threats of the top 10 pharmaceutical companies along with business overview and financials
* Benchmark the performance of the top 10 players for the past five years; includes revenue comparison, profitability analysis, industry-specific ratios

Highlights

The global pharmaceutical market generated total revenues of $615.1 billion in 2008, representing a compound annual growth rate (CAGR) of 4.7% for the period spanning 2004-2008.

The cardiovascular segment was the market’’s most lucrative in 2008, generating total revenues of $121.7 billion, equivalent to 19.8% of the market’’s overall value.

The performance of the market is forecast to decelerate, with an anticipated CAGR of 3.6% for the five-year period 2008-2013, which is expected to drive the market to a value of $734 billion by the end of 2013.

Reasons to Purchase

* Save time, money and resources on analyzing the top 10 pharmaceutical companies using this report
* Analyze the global pharmaceutical market with key industry metrics including market value, market volume, and growth forecasts
* Assess the intensity of competition based on the 5-forces model including degree of rivalry, substitutes, new entrants, buyer power and supplier power

Table of Contents:

Table of Contents 2
FIGURES 3
Tables 4
Executive Summary 5
Industry analysis 5
Industry definition 5
Research highlights 5
Top 10 companies landscape 5
Market value 7
Market forecast 8
Market segmentation-product 9
Market segmentation-geographic 10
Five Forces Analysis 11
Summary 11
Buyer power 12
Supplier power 13
New entrants 14
Substitutes 15
Rivalry 16
Top 10 Companies Landscape 17
Overview 17
Pfizer 18
GlaxoSmithKline 18
F, Hoffmann-La Roche 19
Novartis 19
Sanofi-Aventis 19
AstraZeneca 19
Abbott Laboratories 19
Merck & Co. 19
Wyeth 20
Bristol-Myers Squibb Company 20
Revenue analysis 21
Financial performance analysis 23
Operating profit analysis 24
Net profit analysis 25
Ratio analysis 26
Company Reports 28
Pfizer Inc 28
Company overview 28
Business description 28
SWOT analysis 29
Strengths 29
Weaknesses 29
Opportunities 30
Threats 31
Recent developments 32
GlaxoSmithKline Plc 34
Company overview 34
Business description 34
SWOT analysis 35
Strengths 35
Weaknesses 36
Opportunities 37
Threats 38
Recent developments 38
F. Hoffmann-La Roche 40
Company overview 40
Business description 40
SWOT analysis 41
Strengths 41
Weaknesses 41
Opportunities 42
Threats 43
Recent developments 43
Novartis 45
Company overview 45
Business description 45
SWOT analysis 46
Strengths 46
Weaknesses 47
Opportunities 47
Threats 48
Recent developments 48
Sanofi-Aventis 50
Company overview 50
Business description 50
SWOT analysis 50
Strengths 50
Weaknesses 52
Opportunities 53
Threats 54
Recent developments 55
AstraZeneca 57
Company overview 57
Business description 57
SWOT analysis 58
Strengths 58
Weaknesses 59
Opportunities 60
Threats 62
Recent developments 62
Abbott Laboratories 64
Company overview 64
Business description 64
SWOT analysis 65
Strengths 65
Weaknesses 66
Opportunities 67
Threats 67
Recent developments 68
Merck & Co., Inc. 70
Company overview 70
Business description 70
SWOT analysis 71
Strengths 71
Weaknesses 71
Opportunities 72
Threats 74
Recent developments 74
Wyeth 77
Company overview 77
Business description 77
SWOT analysis 78
Strengths 78
Weaknesses 78
Opportunities 79
Threats 79
Recent developments 79
Bristol-Myers Squibb Company 82
Company overview 82
Business description 82
SWOT analysis 83
Strengths 83
Weaknesses 84
Opportunities 84
Threats 85
Recent developments 86
Five Year Financial Information 88
Pfizer 88
GlaxoSmithKline 91
F. Hoffman-La Roche 94
Novartis 97
Sanofi-Aventis 100
AstraZeneca 103
Abbott Laboratories 106
Merck & Co. 109
Wyeth 112
Bristol-Myers Squibb Company 115
APPENDIX 118

List of Tables
Table 1: Global pharmaceutical market, $ billion, 2004-2008 7
Table 2: Global pharmaceuticals market forecast, $ billion, 2008-2013 8
Table 3: Global pharmaceuticals market segmentation-product , % share 2008* 9
Table 4: Global pharmaceuticals market segmentation-geography, % share 2008* 10
Table 5: Revenues of global top 10 pharmaceutical companies, $ million, FY2008 17
Table 6: Revenue growth of global top 10 pharmaceutical companies, 2006-2008 21
Table 7: Key financials of global top 10 pharmaceutical companies, FY2008 23
Table 8: Key industry specific ratios-FY2008 26
Table 9: Pfizer-Financial and operational highlights, 2004-2008 ($ million) 88
Table 10: Pfizer-Key industry specific ratios, 2004-2008 90
Table 11: GlaxoSmithKline-Financial and operational highlights, 2004-2008 ($ million) 91
Table 12: GlaxoSmithKline-Key industry specific ratios, 2004-2008 93
Table 13: F. Hoffman-La Roche-Financial and operational highlights, 2004-2008 ($ million) 94
Table 14: F. Hoffman-La Roche-Key industry specific ratios, 2004-2008 96
Table 15: Novartis-Financial and operational highlights, 2004-2008 ($ million) 97
Table 16: Novartis-Key industry specific ratios, 2004-2008 99
Table 17: Sanofi-Aventis-Financial and operational highlights, 2004-2008 ($ million) 100
Table 18: Sanofi-Aventis-Key industry specific ratios, 2004-2008 102
Table 19: .Part (1) AstraZeneca-Financial and operational highlights, 2004-2008 ($ million) 103
Table 20: Part (2) AstraZeneca-Financial and operational highlights, 2004-2008 ($ million) 104
Table 21: AstraZeneca-Key industry specific ratios, 2004-2008 105
Table 22: Part(A) Abbott Laboratories-Financial and operational highlights, 2004-2008 ($ million) 106
Table 23: Part(B) Abbott Laboratories-Financial and operational highlights, 2004-2008 ($ million) 107
Table 24: Abbott Laboratories-Key industry specific ratios, 2004-2008 108
Table 25: Merck & Co.-Financial and operational highlights, 2004-2008 ($ million) 109
Table 26: Merck & Co.-Key industry specific ratios, 2004-2008 111
Table 27: Wyeth-Financial and operational highlights, 2004-2008 ($ million) 112
Table 28: Wyeth-Key industry specific ratios, 2004-2008 114
Table 29: Bristol-Myers Squibb Company-Financial and operational highlights, 2004-2008 ($ million) 115
Table 30: Bristol-Myers Squibb Company-Key industry specific ratios, 2004-2008 117

List of Figures
Figure 1: Global pharmaceuticals market, $ billion, 2004-2008 7
Figure 2: Global pharmaceuticals market forecast, $ billion, 2008-2013 8
Figure 3: Global pharmaceuticals market segmentation-product, % share 2008* 9
Figure 4: Global pharmaceuticals market segmentation-geography, % share 2008* 10
Figure 5: Forces driving competition in the global pharmaceuticals market 11
Figure 6: Drivers of buyer power in the global pharmaceuticals market 12
Figure 7: Drivers of supplier power in the global pharmaceuticals market 13
Figure 8: Factors influencing the likelihood of new entrants in the global pharmaceuticals market 14
Figure 9: Factors influencing the threat of substitutes in the global pharmaceuticals market 15
Figure 10: Drivers of degree of rivalry in the global pharmaceuticals market 16
Figure 11: Revenues of global top 10 pharmaceutical companies, $ million, FY2008 18
Figure 12: Revenue growth of global top 10 pharmaceutical companies, 2006-2008 22
Figure 13: Operating performance analysis, FY2008 24
Figure 14: Net profit analysis, FY2008 25

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This report analyzes the global aerospace and defense market in terms of market size, key drivers and resistors, trends and competitive positioning. It includes profiles of the top ten companies in the industry along with 5-year financial analysis and in-depth SWOT analysis.

Scope

Performance of the global aerospace and defense market on the basis of sales, volume and respective growth patterns over the past five years

Obtain descriptive profiles of the top ten leading players including strategic initiatives undertaken in the last 12 months

Analysis of the Strengths, Weaknesses, Opportunities and Threats of the top 10 aerospac& defense companies along with business overview and financials

Benchmark the performance of the top 10 players for the past five years; includes revenue comparison, profitability analysis, industry-specific ratios

Highlights

The global aerospace & defense market generated total revenues of $674.6 billion in 2008, representing a CAGR of 5.4% for the period spanning 200408.

The defense EPM segment was the market’’s most lucrative in 2008, generating total revenues of $469.2 billion, equivalent to 69.5% of the market’’s overall value.

The performance of the market is forecast to accelerate, with an anticipated CAGR of 6.2% for the five-year period 200813, which is expected to drive the market to a value of $910 billion by the end of 2013.

Reasons to Purchase

Save time, money and resources on analyzing the top 10 aerospace and defense companies using this report

Analyze the global aerospace and defense market with key industry metrics including market value, market volume, and growth forecasts

Assess the intensity of competition based on the 5-forces model including degree of rivalry, substitutes, new entrants, buyer power and supplier power

For more kindly visit
http://www.bharatbook.com/detail.asp?id=141534&rt=Global-Top-10-Aerospace-and-Defense-Companies-Industry-Financial-and-SWOT-Analysis.html

OR Contact us at

207, Hermes Atrium, Sector 11, CBD Belapur, Navi Mumbai - 400 614, India.
Phone : +91 22 2757 8668 / 2757 9438
Fax : +91 22 2757 9131
E-mail : info@bharatbook.com
Website : www.bharatbook.com