Global Semiconductor Market Outlook to 2017

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1 RNCOS Page 1

2 Table of Contents 1. Analyst View 2. Research Methodology 3. Global Semiconductor Industry 3.1 By Player 3.2 By Region 3.3 By Application 4. Industry Performance Outlook to By Segment Integrated Circuits Analog By Type Logic Micro MCU MPU Memory Flash Memory (NAND/NOR) DRAM Discrete Semiconductor Power Transistor Market Optoelectronics LED Market Image Sensor Sensors 4.2 By Equipment Wafer Processing Assembly and Packaging Testing Equipment 4.3 By Materials Wafer Fabrication Packaging By Type 4.4 By Product PCs (Tablets, Netbooks, Notebooks and Desktops) Mobile Handset Television 5. Country-level Analysis: Studying the Future Potential To see full table of content visit: RNCOS Page 2

3 List of Figures: Figure 3-1: Global - Semiconductor Market (Billion US$), Figure 3-2: Global - Semiconductor Market by Region (%), 2012 Figure 3-3: Global - Forecast for Semiconductor Market by Region (%), 2017 Figure 3-4: Global - Semiconductor Market by Application (%), 2012 Figure 3-5: Global - Forecast for Semiconductor Market by Application (%), 2017 Figure 4-1: Global - Semiconductor Market by Segment (%), 2012 Figure 4-2: Global - Forecast for Semiconductor Market by Segment (%), 2017 Figure 4-3: Global - Integrated Circuit Market (Billion US$), Figure 4-4: Global - Integrated Circuit Market by Segment (%), 2012 Figure 4-5: Global - Forecast for Integrated Circuit Market by Segment (%), 2017 Figure 4-6: Global - Analog ICs Market (Billion US$), Figure 4-7: Global - Analog ICs Market by Application (%), 2012 Figure 4-8: Global - Analog ICs Revenue by Supplier (%), 2012 Figure 4-9: Global - Analog IC Market by Type (%), 2012 Figure 4-10: Global - Forecast for Analog ICs Market by Type (%), 2017 Figure 4-11: Global - Logic ICs Market (Billion US$), Figure 4-12: Global - Micro ICs Market (Billion US$), Figure 4-13: Global - MCU Market (Billion US$), Figure 4-14: Global - MCU Market by Type (%), 2012 Figure 4-15: Global - Forecast for MCU Market by Type (%), 2017 Figure 4-16: Global - MPU Market (Billion US$), Figure 4-17: Global - MPU Market by Type (%), 2012 Figure 4-18: Global - Forecast for MPU Market by Type (%), 2017 Figure 4-19: Global - Memory ICs Market (Billion US$), Figure 4-20: Global - Flash Memory Market (Billion US$), Figure 4-21: Global - Forecast for NAND Flash Memory Market by Application (%), 2013 Figure 4-22: Global - NAND Flash Memory Market by Players (%), 2012 Figure 4-23: Global - DRAM Market (Billion US$), Figure 4-24: Global - DRAM Market by Players (%), 2012 Figure 4-25: Global - Discrete Semiconductor Market (Billion US$), List of Tables: Table 3-1: Global - Top Semiconductor Vendors by Revenue Share (2012) Table 4-1: Global - Growth in Major IC Product Segments (%), 2012 & 2013 Table 5-1: South Korea - Promising Investment Areas in Semiconductor Industry Table 6-1: Intel Corporation - Key Financials (Billion US$), 2011 & 2012 Table 6-2: Intel Corporation - Strengths and Weaknesses Table 6-3: Samsung Electronics - Key Financials (Billion US$), 2011 & 2012 Table 6-4: Samsung Electronics - Strengths and Weaknesses Table 6-5: Qualcomm - Key Financials (Billion US$), 2011 & 2012 Table 6-6: Qualcomm - Strengths and Weaknesses To see full table of content visit: RNCOS Page 3

4 Sample Sections from the Report MCU A microcontroller (MCU) can be defined as a small computer on a single integrated circuit comprising a memory, processor core, and programmable input/output peripherals. MCU comprises of a mandatory Multipoint Controller (MC) and optional Multipoint Processors (MPs) ranging from 4-32-bit MCUs. They are premeditated for embedded applications, in comparison to the microprocessors used in personal computers or other wide-ranging purpose applications. MCUs are utilized in automatically controlled products and devices including office machines, automobile engine control systems, remote controls, appliances, power tools, implantable medical devices, toys and other embedded systems. Microcontroller demand could be defined by broad-based, as MCUs that are being designed into more systems to augment the functionality of equipment such as energy efficiency. Be it motors, lighting, power supplies, or metering, microcontrollers all are being utilized more to develop energy efficiency. Another demand driver for MCUs is the need for intelligent systems to communicate with each other. Increasingly with embedded systems, there is a need for some systems to speak to each other and to communicate in some fashion whether it is multiple systems in a factory or multiple systems at home. Figure 4-13: Global - MCU Market (Billion US$), In 2012, after several years of growth stability engendered by the size and diversity of the market, the MCU market became more complex with unit shipments surging xx% while revenues declined xx% and average selling prices (ASPs) plunged xx%. Due to sluggish demand and high inventory levels, the average MCU price declined from US$ xx in 2010 to US$ xx in 2012, and expected to drop to US$ xx by the end of The price erosion was due to competition in 32-bit MCUs. In 2012, MCU shipments climbed to a record high of xx Billion Units while the sales value fell to US$ xx Billion. However, it is expected that MCU market will return to growth in value terms this year (2013) with a xx% rise to US$ xx Billion f 2014f 2015f 2016f 2017f Source: RNCOS On the back of these factors, the microcontrollers market is expected to grow at a CAGR of xx% during to reach around US$ xx Billion by the end of Cont To purchase the full report visit: RNCOS Page 4

5 Flash Memory (NAND/NOR) Flash memory is non-volatile computer storage ICs that can be electrically erased and reprogrammed. Two major forms of Flash memory, NAND Flash and NOR Flash, have emerged as the dominant varieties of nonvolatile semiconductor memories utilized in portable electronics devices. NAND Flash, which was designed with a very small cell size to enable a low cost-per-bit of stored data, has been used primarily as a high-density data storage medium for consumer devices such as digital still cameras and USB solid-state disk drives. NOR Flash has typically been used for code storage and direct execution in portable electronics devices, such as cellular phones and PDAs. Flash have helped make NAND a viable alternative for a broader array of applications. Additionally, data storage capacity and performance necessities in cell phones have augmented considerably with the growth of feature-rich phones that integrate video, camera, gaming, music, and other functionality. Figure 4-20: Global - Flash Memory Market (Billion US$), Flash memory has turned into a powerful and gainful solid-state storage technology extensively used in mobile electronics devices and other consumer applications. Despite the fall in total memory ICs market, flash memory market witnessed positive growth in 2012 and reached around US$ xx Billion. However, the growth was in the flash memory market due to global fall in semiconductor products demand. Flash memory has turned into a mainstream storage technology of choice adopting the insatiable desire for high performance and enormous capacity. Flash memory equips consumer, applications driven by mobile computing devices including laptops, netbooks, and smart phones, and the growing adoption of social networking applications. The amalgamation of compelling business and consumer killer apps is allowing the next wave of flash memory solutions, and propelling technology innovation at an unparalleled pace. Hundreds of millions of people now spending vast amounts of time using smart phones, tablets, and other social networking devices powered by flash memory are fueling huge demand. Considering these factors, the flash memory is anticipated to grow at a CAGR of xx% during to reach around US$ xx Billion by the end of e 2012e 2013f 2014f 2015f 2016f 2017f By application, smartphones are expected to account for the highest share in the NAND flash memory market. In 2013, smartphones are forecast to account for xx% of the total NAND flash memory market. Cont Source: RNCOS To purchase the full report visit: RNCOS Page 5

6 Research Methodology In recent years, the global semiconductor market has been witnessing significant growth on the back of growing demand of mobile phone, Tablets and other electronic devices. Our team of industry experts closely monitored various developments in the global semiconductor market and identified trends showing extremely high growth for the industry. This also encouraged us to study the global semiconductor market, and explore the growth opportunities in this field. In this analysis, we carried out the study based on the uptake and future market of semiconductor in the world. We are hopeful that this report will help our clients make sound investment decisions. The snapshot of our thorough research approach includes: Secondary Research The research process begins with exhaustive secondary research on internal and external sources being carried out to source qualitative and quantitative information relating to each market. The secondary research sources that are typically referred to include, but are not limited to: Company websites, annual reports, financial reports, broker reports, investor presentations and SEC Filings Industry trade journals, Internal and external proprietary databases (EIU, One-source, Nexis, Hoovers etc.) National government documents, statistical databases and market reports News articles, press releases and web-casts specific to the companies operating in the market Primary Research RNCOS conducts numerous primary interviews every year with industry participants and commentators in order to validate its data and analysis. A typical research interview fulfills the following functions: It provides first-hand information on the market size, market trends, growth trends, competitive landscape, future outlook, etc. Helps in validating and strengthening the secondary research findings Further develops the Analysis Team's expertise and market understanding Primary research involves interactions, telephonic interviews as well as face-to-face interviews for each market, category, segment and sub-segment across geographies. Estimations and Forecasts Based on the above findings, our team of experts analyzed and derived precise estimates and forecasts. The forecasts that are provided are an aggregate of our economic and judgmental analysis on the basis of past trends, challenges, and opportunities for expansion. Most importantly, while forecasting, we have given due consideration to the ongoing private sector activities, key vertical sector demand, and developments, which are essential in determining the prospective growth potentials of the sector. In this way, our report depicts the most unbiased picture of the global semiconductor industry that will prove decisive for the clients. RNCOS Page 6

7 ABOUT Established in 2002, RNCOS is a premier source of Computer & Electronics research and information provider. We ring first-hand information and prudent analysis on the Computer & Electronics industry, technologies, economic and non-economic market parameters, potential markets, and key competitors, to help clients identify prospective growth areas and gain competitive edge. All our research solutions are supported by robust, evidence-based analytics grounded by extensive primary and secondary research. They not only provide the most up-to-date market figures, forecasts, and pipeline data, but offers valuable insights on successes and failures in the ever-competitive Computer & Electronics industry. Our reports provide strategic information for investment bankers, companies, management consultants, trade associations, corporate executives and business analysts. Our work helps them to support critical business decisions such as, entering new markets, launching and enhancing products, making acquisitions or strategic investments, unseating competitors and more. WORK PROCESS Contact Information B 129, Sector 6, Noida, India Ph.: + 91 (120) Extn. 203/208 Fax: + 91 (120) marketing@rncos.com Website: RNCOS Page 7

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