Global and China CMOS Camera Module Industry Report, 2009-Module 2010Cell phone camera features a highly complex industrial chain that has three cores, namely CMOS image sensors, optical lens, the module assembly plants. With more pixels the camera cell phone manufacturers packaging roles played increasingly important, while the module assembly plants are on the decline. manufacturers of CMOS image sensors can not only deliver products to manufacturers of cellular phones directly through the integration of optical components and adopting special packaging, but also products for the module assembly plants after companies Professional packaging fill packaging, moreover, they may choose to deliver products as uncut wafers COB module manufacturers. Yet some of the manufacturers of optical components is also able to assemble modules of the COB. (Http: / / www. Bharatbook. Com / detail. Asp? Id = 133048 & rt = Global-and-China-CMOS-Camera-module-Industry-Report-2009-2010. Html) Usually, manufacturers of sensors CMOS image can be grouped into three. First, Affiliates giant platelets, on the other hand, large firms IDM, thirdly, the traditional digital camera manufacturers. Omnivision and smelter in the world more platelets have a close relationship, and they have two joint ventures. Aptina was formerly a subsidiary of Micron, which is a supplier of memory, and Micron is a wafer of Aptina OEM now. SETI is an affiliate of Dongbu Anamy. Samsung, Toshiba, STMicro are IDMS. Traditional manufacturers of digital cameras, including Sony, Canon, Sharp, Kodak, Fuji, to produce sensors of high performance CMOS image of small quantities and high prices. Only manufacturing ensures the production of CMOS image sensors and help reduce costs. manufacturing activity may use CMOS image sensors to supplement the production capacity of manufacturing wafers 8 inches, so two of them can win. A pure IC design company is not competitive at all. Lens is included in the optical components with the needs of rich production experience in the manufacturing process. It is difficult to enter the field, thinking it will bring high gross margin. Many electronics manufacturers try very large to pass through the vertical supply chain, but it is particularly difficult to do in the optical domain. In addition, optical manufacturers rely heavily on human resources and rarely willing to acquire. FUJINON is subject to the Fuji Film has 50% equity in 3-megapixel (or higher) market Mobile phone camera. Kwords is the optical components division of Konica Minolta, Fuji film, just as it is also a well-known manufacturer perspective and focuses on premium products. Both Largan and Asia Optical are supported by Japanese manufacturers in terms of technology. In particular, Sekon Japan, Olympus, Ricoh, Nikon and Sony have provided technical advice to Asia Optical or created joint ventures with them. Largan is closely linked to manufacturers of smart cameras, the three giants of Apple smart phone, HTC and RIM are loyal customers of Largan. KANKATSU, Tamron and Hitachi Maxell is a Japanese manufacturer, and the first two are traditional manufacturers caméra.Pour objective of more and buy a copy of your report, please visit: http://www. bharatbook. com / detail. asp? id = 133048 & rt = Global-and-China-CMOS-Camera-module-Industry-Report-2009-2010. Html OrContact us at: Bharat Book BureauTel: +91 22 27578668Fax: +91 22 27579131Email: info @ bharatbook. com Website: www. bharatbook. Com Blog: http://bharatbookresearch. blogspot. com Follow us on Twitter: http://twitter. com/3bbharatbook
Posts Tagged ‘Industry’
World Report and China CMOS Camera Module Industry, 2009-2010
Monday, August 2nd, 2010Industry digital imaging technology: a breakthrough for China in the information
Saturday, July 31st, 2010The eighties of last century, China and Korea, and Taiwan region of China, at the same time start the development of the microelectronics industry. North Korea has established a focus on capturing the memory in the world semiconductor (memory) market strategy, the focus of China on Taiwan on the development of production processes of semi-conductors, s Relying on massive world dedicated chip (ASIC) market transformation. Over the past two decades, North Korea and Taiwan from China in the global microelectronics industry occupies an area and enter a virtuous circle of industry. The microelectronics industry in China mainland for various reasons, did not establish a long-term strategic development, focusing on capturing a given area, the results obtained so far also failed to structure the information in the world to take its place.Aujourd ‘hui, North Korea in the field of memory chips has unparalleled advantages, Taiwan of China in the chip manufacturing industry plays a vital role while that the United States in the PC central processing unit (CPU), and other various media processor (CPU) at the head of the world beyond the controversies. Now, people have formed a consensus to revive the Chinese microelectronics industry, it must be our country’s products and overall development strategies, the dumping of this country based on the capture of a force field. China has an urgent need percéeAprès two decades of development, the information industry of China has collected a considerable force, and gained considerable experience accumulated. We believe that the imperative is not only a question of capital and talent, but the key microelectronic technology products in many markets as soon as possible to get a costume from China to present technological level and production capacity but also a huge market potential in new areas, and as a breakthrough in the field and try to grasp the leading position in monde.Seulement this way can lead the information industry of the state and that the national economy. Deriving the fierce international competition to obtain and maintain a position leader.Le best of the four conditions necessary for percéeNous think the better should have a key breakthrough in the four following conditions: 1. The new technology – can be avoided by direct competition with existing products and markets, 2. The market is huge – huge profits available, and re-investment 3. maturity of the production process – can make use of the line production of China’s existing large-scale production, 4. A long cycle life of the product – a longer period can not be a lithograph produced on a smaller scale Sur. Judging by the current situation, we believe that these four conditions are the best choice of products is the technology digital imaging and products.The benefits of imaging technology numériqueNous talking about digital imaging technology, especially digital conversion of fingerprint technology CMOS, which is a pure digital imaging technology, that technology CCD conventional imaging, the main advantage is its low prix.Bien that CMOS chips to enhance the image quality of digital photos (currently 1. 3 million pixels) CCD chip (currently up to 5 million pixels ) slightly lower, but a CMOS chip, but its low cost and competitive price, using CMOS chip, you can create a much more affordable digital cameras, therefore, CMOS technology, more and more concern for designers of digital cameras come in handy in the industry numérique.puces CMOS camera, an important advantage is that the minimum energy consumption, therefore, CMOS image sensors for the growing market demand, often insuffisant.U number. S. Agency for the international market research (Dataquest) analysts believe that although the performance of CMOS chips is not the best, but it is cheap, which is the expansion of markets for digital cameras is essentielle.Technologie digital CMOS imaging device has matured, and compared to conventional imaging CCD, CMOS digital imaging system has the advantage of imaging system integrated into a single chip, enabling CMOS system with the amount of smaller, less space than smaller, less power and overall low prices and so on. It is estimated that the CMOS digital imaging devices have been able to reach 2 million pixels, which represents 30-40% of the camera market numériques.Marché applicationsDigital wide range of imaging chip market wide range of technology applications, mainly all kinds of video products, including computer cameras, digital cameras, digital cameras, video phones, all kinds of industrial, medical, transport and security and other areas of the camera or camera systems, and capturing images with a special function or electromagnetic sensor systems optiques.La digital imaging technology and markets with high growth potential is enormous. 30% annual growth rate is expected to flea digital imaging in 2005, 50 billion market, the growth rate reached 30%. digital imaging chip as a core component of the market potential of products is enormous, including: PC Camera: 2001 Turnover: 12 million units in 2005 should reach 100 million units. Digital Cameras : 2001 turnover of 18 million units, compared to 2000, growth of 55%. In 2005, reaches 50 million units. Printers, scanners, digital photo paper will also be a great développement.Autres enforcement tools: cell phones, e-mail reader, web tablet, Palm Pilot, smart phones, communication devices, mobile Internet is also widely used imaging technology numérique.Particulière should not overlook the potential market for mobile digital imaging, digital video mobile would grow at an annual rate of 400% of development, such as mobile phones, PDAs, etc.. It is estimated that by the end of 2002, Europe will be over one million customers through non-PC Internet access devices, mobile subscribers will reach 1 billion. In 2005, three quarters of Europeans have a mobile phone network, half of them will be for use régulière.2005, global handset production will reach 500 million. One third of the phone with a camera, text messages, multimedia messages, including musical entertainment from the text of static images and dynamic multimedia information is intended to be popular 2002.Il no hegemonic estNous have the opportunity deEst particularly noteworthy is that, compared to memory chips, CPU is a party to such a dominant product in the digital imaging chip, and has broad prospects in this field, always in a Melee crowded situation has not yet emerged hegemony. Currently, OmniVision, Kodak, Zoran, Motorola, IC Media, Surplus, Winbond and other famous big companies, and at least a dozen university laboratories are seriously committed to studying a digital camera chip CMOS approfondie.130 on behalf of multi-megapixel digital camera chips, there are individual companies in the development of 2 million pixel camera chip. However, no company can do as the CPU position of market dominance, it is history and the market will give us the opportunity, if we focus on financial, human, material seized in this as the capture North Korea zone of origin of memory chips, Taiwan, caught the field of chip manufacturing, as it is quite basic conditions possible.Intérieur Sonten particular, it should be noted that the chain of domestic industry has taken shape smart. After 20 years of development, China has been undertaking a self-developed integrated circuits, the introduction of improvement and focus on the construction of three major stages of development. Now a large industrial base, formed by seven companies that manufacture chips on the spine, more than a dozen packing plant, dozens of major design firms, and key materials and special equipment industry group composed of equipment manufacturers. IC design, wafer fabrication and packaging circuit three simultaneously presented relatively concentrated geographically tendance.production integrated circuit in 2000 of about 5. 88 billion, compared to 1999, an increase of 41. 7%, sales of nearly 20 billion yuans.Huahong 0. 35-micron chip production lines and thus launched, making China become the world center of chip manufacturing conditions, but also makes the mainland itself made up a chip design, production and packaging of industrielle.Du chain perspective of the market, the Chinese market for mobile telephony, the world’s largest market of PC is about to overtake Japan in second place in the world, the National Planning Commission, industry digital camera, a special plan for chip design, manufacturing provides a broad application prospects. Therefore, the current situation of China was that everything is ready, only a strong wind, the Dongfeng China is making stratégique.ConclusionEn summary, we believe that China should seize the historic opportunity to launch the digital imaging technology for national development strategies, the upper hand in the global information The occupation of land, thus giving impetus to the entire national economy, so China in the information industry to catch up and overtake the developed countries, and therefore in the foreground.
China’s Microelectronics Industry, The Third Wave Of Wave
Tuesday, May 18th, 2010Since the reform and opening, China’s microelectronics industry has experienced rapid growth period of three, the first time in 2000 before the new Tao IDT8500 million acquisition of technology to be represented by the new technology’s success Tao has a certain chance, because the main body of the operation of the new Tao in Silicon Valley, but research and development in Shanghai, two outside, the new Tao technology success as the success of China’s domestic microelectronics start not too much at present, new and second tao YANG Chong founder of pioneering technologies Montage Microelectronics Shanghai. The success of the new technology is only coincidence Tao, after all, there is no industrial background support, but the new Tao or promoting the success of an investment boom in China’s semiconductor and start ups, micro electronics in 2007, China formed a second climax, the climax to the Zhuhai Ju force, Vimicro, Shanghai and Wuxi Spreadtrum, represented by the new U. S. NASDAQ listing, with occasional success of the new technology compared to Tao, the four NASDAQ listed companies on the global semiconductor industry has formed a certain impact, Shanghai, Spreadtrum, Actions force of more direct promotion of the mainland domestic communications and audio and video industry, the rise, so do not ignore the global microelectronics industry, the existence of the mainland. Since the introduction of mobile phones MediaTek turnkey solution for rapid development of mainland China cottage industry, cottage 2009, shipments of mobile phones has reached 140 million, and other leading brands rapidly into international markets, the rise of mobile phones cottage on the one hand to promote an indigenous the vigorous development of microelectronics, in turn, the development of the local semiconductor has promoted the cottage down the cost of mobile phone innovation and now local mobile phone design company close to a thousand, depending cottage market, Thai King has also appeared in Shanghai, RDA, and other micro Ge Ke a number of large scale micro electronics companies. While the industry and many friends on the cottage phenomenon disagree, it is undeniable that the cottage phenomenon represents a real rise of the local manufacturing sector, the mainland also rely on cottage industry constitute a complete industry chain of mobile phone in the cottage the rise of the process, the role of non native Microelectronics lightly, Ge Ke Wei’s CMOS camera RDA of FM, PA, and a variety of Bluetooth products greatly reduces the cost of mobile phones in Shanghai Thai King of analog solutions that have brought the cottage mobile phones equipped with international brands such as Noikia, SAMSUN such as competition, capital, is also a cottage to go to the world the biggest advantage of mobile phones in 2010, has confirmed there will be Shanghai Thai King, RDA, Ge Ke micro and three companies listed overseas, Shenzhen core state, national technology, Hangzhou Guoxin , Hwa Ya micro, Beijing Haier take about ten local microelectronics companies in mainland China listed on the GEM, venture capital investment in the industry for many years in microelectronics industry, has finally brought about the third IPO wave. A region’s microelectronics industry, the rise of the total with this strong industrial background of the region, according to economics, saying form a “cluster effect” is a prerequisite for industrial development, the rise of Taiwan’s semiconductor reason is because since the eighties of last century in the computer industry foundry flows, because the foundry industry, micro electronics products easier to know which is more market, Taiwan IC design companies in the top ten, in addition to MediaTek are mostly outside the computer industry related, and some with the MEMORY related, and some with LCD driver related to the other, like VIA to chipset, Realtek network chip companies such as completion of primitive accumulation, the development of Taiwan’s computer industry contributed to Taiwan’s microelectronics industry, the fast start. After three decades of reform and opening up the development of the mainland has been unmatched in the electronics manufacturing world, and has the world’s largest domestic consumer market, with Taiwan’s computer industry started back is different from the mainland diversified development trend of micro electronics, such as Actions Semiconductor , Rockchip, Beijing, Jun, PMP field, Beijing Haier, Hangzhou Guoxin, Zhongtian Union Branch in live satellite set top box market, Shanghai Jing morning in the digital photo frame, a national technology in the field of information security and so on has made a good performance, cottage phone has driven Spreadtrum, RDA, Ge Ke micro companies such as the rise of the next few years can be expected that the local micro electronics and electronics manufacturing will be more frequent the interaction, which is made in China to Created in China the only way to upgrade. Since 2001, David set up the team for the design of Sony’s PS3 game console processor, Microsoft’s foot in 2003 to the development of a huge impact. Microsoft hopes to bring the chip design team for the Xbox360 game consoles, also aimed at the Christmas market in 2005. The design team has employed all the stops to meet the requirements of the two patrons, in a bid to Microsoft’s “victory or death” broken kettle into the boat’s potential and the Sony careful, every step to find a balance between. David and his team 80 hours a week of crazy working condition, suffering from anxiety, friendship and the near collapse, despair, and eventually won. Although mainland China into the third wave of micro wave, with IBM, Intel and other international well known semiconductor company compared to mainland China is still weak and a lot of Microelectronics, stones from other hills may serve to polish jade, in terms of business alliances, project management, intellectual property and whether or not culture, corporate politics, “under the pressure of competing for the” the mainland practitioners are an invaluable reference book.
Be a part of the industry a billion dollar chip design
Wednesday, April 28th, 2010Introduction Word of the chip design is to build an integrated chip, the integration of billions of transistors to achieve an application. An application can be suitable for a particular requirement, such as microprocessor, router, cell phone, etc. An integrated circuit designed for a specific application is known as ASICs (Application Specific Integrated Circuits). Today’s prettly complex ASIC chips is packed with larger pieces of transistors for a specific manufacturing process for the manufacture of integrated circuits in nanometer regime, involving many, many challenges, such as knowledge of various protocols, architectures, models, formats, standards, knowledge of CMOS logic, digital design concepts, EDA tool for taming the region, such as requiring different design, timing, power, heat, noise, routability, lithography consciousness knowledge of variability such as different channel length, Vt, variations in line width, the objective abrreations, IR drop effects, inter-die, intra-die variation, effects and various noise effects such as noise packaging, EMI noise, noise from the mains, crosstalk noise and the ability to test and validate information and to model and characterize all the effects of the initial design phase, measures to increase the yield curve to increase profitability, with short time to market to reduce risks and maximize the predictability and a modular approach to success. Now we dwelve in the “Art of Chip Design” Used a lot of technical jargon, nothing to fear, we will soon. . . Be with me promise to fully understand the concepts behind Chip desiging. Before designing a chip? Need Brain Storm 1. What is the market for the chip is scheduled for? 2. What are the protocols involved in the chip? 3. What will be our manufacturing / Architecutes Bus? 4. What is the power / IR-drop / time / area / performance / objectives and how to budget in the chip? 5. What is the process in which the chip will be built? 7. What are the requirements of various third IP / memory? 8. What is our design flow and EDA tools and methodology in question? 9. What is the estimated cost smart? 10. Above all, the bottom line of any business model is money, what will our profit model, the estimation of our ROI (Return on Investment).
Be A Part Of The Billion Dollar Chip Design Industry
Wednesday, April 21st, 2010Introduction The word of the chip design is to build an integrated chip, by integrating billions of transistors to achieve an application. An application can be favorable, a specific requirement such as microprocessors, routers, cell phones, etc. An integrated circuit designed for a specific application is known as ASIC Application (Specific Integrated Circuits). Today’s ASIC Chips prettly complex is packed with larger pieces of transistors for a specific manufacturing process for the manufacture of integrated circuits in a sub nanometer regime, involving many, many challenges, such as knowledge of various protocols, architectures, models, formats, standards, knowledge of logic CMOS Digital Design Concepts, tame the EDA tool for the region as the requirement of differential design, timing, power, temperature, noise, routability, lithography knowledge, knowledge of variability such as different channel length, Vt, variations in line width, lens abrreations, the effects of IR drop, inter-die, intra-die variation, effects and various combinations of sound effects such as noise package, EMI noise, grid noise, noise Cross talk and his ability to test and validate and learn to model and characterize all these effects at the initial stage of the design phase, measures to increase the yield curve to increase profitability, with a short time-to-market to minimize risk and maximize the predictability and a modular approach to success. Now we dwelve yourself to art “Chip Design” Used a lot of technical jargon, no fear, we will soon. . . Be with me promise you understand the concepts behind Chip Desiging. Before designing a chip? Need Brain Storm 1. What the chip market is expected? 2. What are the protocols involved in the chip? 3. What will be our manufacturing / Architecutes Bus? 4. what is the power / IR-drop / time / area / performance / targets and how the budget of the chip? 5. What is the process in which the chip will be built? 7. what are the third different requirements Memory IP /? 8. This is our design flow and EDA tools and methodology in question? 9. What is the estimated cost smart? 10. Above the bottom line of any business model is money, this will be our profit model, estimation of our ROI (Return on Investment).
