...Introduction Intel Corporation started by the two physicists Robert Noyce and Gordon Moore in 1968, was earlier known as NM Electronics extracted from the initials of the sir names of the two founders. Later, keeping in mind the business description of the company, which was manufacturing Integrated Electronics the founders, revamped it to Intel. Intel is now a giant name in the industry, which deals with enormous customers running the PC market such as Dell and Hewlett Packard. Intel’s road to success is ferocious around the spectrum given its fast paced disruptive innovation technique that has helped it to back off the competition. Intel is the largest semiconductor manufacturer as of 2005 around the globe, supplies 80% of the CPU’s used in PCs, servers and workstations which accumulate almost 90% of the company’s profits. With competitors like AMD whose fabrication plants were spread around the globe, further it relied on the third party for foundry arrangements in the United Sates unlike Intel who had its Assembly Testing Lines abroad due to which it had to bear high freight costs too. Furthermore, the AT plants used less capital intensive and advanced technology than one used in production of chips. Intel was expanding its wafer by 100mm more that is from 200mm to a 300mm wafer to improve efficiency and allow more chips per wafer. This required the company to increase labor, as wafer manufacturing was a semi-labor intensive. And it needed the labor that was highly skilled...
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...Taking Charge of the Beth Israel Deaconess Medical Center (A) John School of Business/ Department of Organizational Leadership 02/25/2008 Taking Charge of the Beth Israel Deaconess Medical Center (A)/ Paul Levy Introduction /Background In 1916 the Beth Israel Hospital was formed in the Boston area mainly because Jewish doctors wanted a hospital they could perform their practice. At the time Jewish doctors were dismissed at the notion of being able to work at local hospitals in the area. The financing of the BI Hospital derived from the Jewish communities donations. Millions of dollars were donated in order to create an upper class academic medical center that was known not only for the quality of its research and teaching but also for the quality of its care. As time went on capitalism showed its face by driving the local Boston hospital’s to want more market share in their geographic locations. A Dean of Harvard Business School by the name of John McArthur organized a session in which he proposed the Brigham Hospital merge with the Massachusetts General Hospital to create a new organization called Partners Healthcare System. None of the surrounding hospitals in the area were notified when the decision to go ahead with the plan was made. Not only was the merger established because of the growth of market share but the organization would be able to capture a bigger portion of the market and therefore have a greater influence on the insurance companies and...
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...Conclusion: Innovation Challenges in Established Firms Carolyn French Student ID: 5911458 American Sentinel University September 1, 2013 Instructor: Dr. Jacqueline Gilliard Abstract This research document explores several case points as outline in the introduction paragraph covering this weekly assignment exerted from the ASU Moodle web site and from some selected books and articles that are listed on the reference page. Also there is a series of case points under examination in the context of this research that are relate to these learning objectives which helps the reader to appreciate how some of today's most respected high-tech companies rose to prominence, then reinvented themselves once or more; to review the evolution of the personal computer industry, to obtain a glimpse of Intel's likely future as well as the future of the semi-conductor industry, and to outline approaches for building "learning organizations and lastly to appreciate the challenge of developing a complex-strategic-integration (CSI) capability through Intel and Apple Inc. case study reviews. Keywords: Innovation challenges in established firms, Intel and Apple Case Studies, Learning organizations Conclusion: Innovation Challenges in Established Firms Introduction In accordance with the Module 8 reading requirements and the textbook coverage’s from Strategic Management in Technology Innovation, Part Five on pages 1108 -1182. This research document will address specific questions that...
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...Intel Corporation Strategic Analysis Group-11 Maithilee Deshmukh-123 Siddhesh Hegde-51 Swapnil Wagh-53 Swati Agrawal-54 (PGDM-B) Group-11 CONTENTS 1. History & Introduction 2. Industry Analysis 2.1 Porter’s Five Forces Framework 2.2 Complementors & Strategic Groups 2.3 Life Cycle Analysis 2.4 SWOT Analysis 2.5 PESTEL Analysis 3. Internal Analysis 3.1 Resource Based View Analysis 3.2 VRIO Framework 4. Business Strategy 5. Tetra-Threat Framework 6. Conclusion Porter’s Five Forces Analysis Threat of New Entrants (Low) 1) High Industry Profitability (+) 2) Large fixed costs (-) 3) Economies of scale in research, chip fabrication, consumer marketing etc. (-) The microprocessor market is characterized by short product life cycles, rapid advances in product design, competitive pricing and process technology. This means if firms want to be competitive in the industry they have to invest large amounts of fixed cost to create specialized facilities for production as well as continuously devote large amounts of funds to research and development in order to keep producing top-of-the-line products. Supply side economies of scale give large microprocessor firms advantages in R&D. Since the cost of creating one extra microprocessor is relatively insignificant the larger production size allows R&D costs to be distributed over a larger number of chips. 4) Learning economies & requirement...
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...DIVERSIFICATION AND GLOBAL POSITION 3 Advanced Micro Devices, Inc. is ranked as the as the world’s second largest PC chipmaker with a market share of just 17%, far behind Intel Corp. with 81% of the market (Buckman and Williams 2001, 1). However, in 2000 AMD’s sales jumped 63% to $4.6 billion, producing $983 million in net income and its first profitable year since 1995 (Streetwalker 2001, 1). AMD owns engineering, manufacturing, warehousing and administrative facilities where it produces not only PC chips but also microprocessors, memory circuits, logic circuits, flash memory devices, telecommunication products and embedded processors (Moody’s 2000, 2520). The company’s headquarters and research and development site are located in Sunnyvale, CA, while the wafer manufacturing plants are located in Austin, TX and Dresden, Germany. The test and assembly facilities are located in Bangkok, Thailand and Penang, Malaysia. The company has also established production at the Singapore’s test and assembly facility as well as an analysis and design plant in Suzhou, China. In addition, a new plant in Japan, a joint venture of AMD and Fujitsu, called AMD Fujitsu Semiconductor Ltd. or FASB, will begin operations in the first half of 2001 (Dum 2000, 2). AMD, like many technological multinational enterprises (MNE), prefers to locate its factories and assembly plants in technology clusters in stable and democratic countries. However, AMD knows that East Asia is one of the best...
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...Intel Final Paper MGMT 480- Frankforter Executive Summary As the world’s “foremost semiconductor maker,” Intel Corporation has a reputation to uphold and a future to build. Founded in 1968, Intel has grown to a company of over 90,000 employees who operate Intel’s facilities in nearly fifty countries. Intel produces processors, motherboards, chipsets, network adapters, flash memory, software, storage devices, and wireless products. Many of us are the end-users of a wide variety of Intel’s products, but the Intel’s numerous other customers are primarily OEM manufacturers who utilize Intel’s components, end-user consumers (which includes individuals, large and small businesses, and service providers), and “other manufacturers, including makers of a wide range of industrial and communications equipment.” Intel has capitalized on its ability to lead the semiconductor industry by continuous innovation. Gordon Moore, one of Intel’s founders, introduced a principle that continues to guide Intel which states that “the number of transistors on a chip roughly doubles every two years.” In keeping with Moore’s Law, Intel’s key to success in the semiconductor industry has been constant innovation. Such a strategy has allowed Intel to remain a leader among competitors such as Texas Instruments, Advanced Micro Devices, International Business Machines, and Freescale Semiconductor, among others. The semiconductor industry is extremely competitive, but...
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...HERMAN Intel: Strategic Decisions in Locating a New Assembly and Test Plant (A) Government incentives can come and go. Decisions need to be long term. — Brian Krzanich, Intel general manager Assembly Test (2005) Brian Krzanich, Intel general manager of Assembly Test (AT), looked through his deck of slides one more time. It was March 2005, and in a few days, he would present the AT team’s proposal for the siting of its next AT factory to Intel’s board. The new facility would be Intel’s largest AT plant to date, doubling the size of any existing AT plant and providing the company with more efficient capacity. In 2005, industry average costs to build a new AT factory ran about $80 million with annual operating costs of between $150 and $300 million. He thought back to the fall of 2001, when Intel’s global site selection team had first started gathering data on possible sites for a new AT plant. There were a host of considerations implicated in this proposal, with operational and strategic dynamics as well as national and international relationships at stake. In their preliminary study of possible sites, Krzanich and his team had focused primarily on Asian and South East Asian locations, given that between 2002 and 2005, the total cost of operations in these countries were still the lowest in the world, and these markets represented important and growing opportunities for Intel. While U.S. regulations had prohibited the construction of a semiconductor fab in China, given...
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...“Samsung” case study 1. Introduction: Samsung Electronics Company, henceforth called “Samsung” in this case, was established in 1969 to manufacture black-and-white TV sets. In 1974, Samsung, which was a producer of low-end consumer electronics, purchased Korea Semiconductor Company and began its semiconductor industry. Under the leadership of the chairman of Samsung Group, Kun He Lee, Samsung has risen, with a remarkable speed, to become the world’s leading memory producer, ranking 2nd just behind Intel. Meanwhile, Samsung used the earnings from memory division to invest in various technology products like mobile phones, liquid crystal displays and so on. These businesses made Samsung generate the second-largest net profit of any electronic company outside the US. In spite the current success, Samsung was facing the competition from Chinese producer that would sacrifice profits for market share by providing cheap DRAM products. So what should Samsung do? There are 3 potential options: 1. Directly confront the competition from Chinese companies, perhaps by driving down DRAM prices, offer favorable service or coalescing with other memory producers. 2. Cede the DRAM market and shift to other businesses. 3. Collaborate actively with Chinese companies, maybe by expanding joint investment in China. And at the same time, increase its investment in cutting-edge products, particularly for new niche markets. The following paragraphs will first focus on analyzing memory market...
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...[pic] Course Syllabus Managing International Business Graduate Program in General Management Class of Executive July 2008 Course Leader: Handry Satriago Oct 2009 – Feb 2010 IPMI Business School Graduate Program The Indonesian Institute for Management Development Jakarta, Indonesia Course Name : Managing International Business (MIB) Class : Executive Program, July 2008 Facilitators : Handry Satriago (Course Leader) Guest Speakers : Subject to confirmation from the guest speakers - Riri Riza/Mira Lesmana, MILES Film (Session 5) Topic: Indonesia Movie Industry - Richard Matalon, President Director L’Oreal Indonesia (Session 12) Topic: L’Oreal strategy entering Indonesia - Vikram Reddy, GM Four Seasons Hotel Jakarta (Session 16) Topic: Four Seasons Global Strategy Background Companies today confront an increasing array of choices of markets, of locations for value adding activities, and of modes of crossing borders. This course focuses on the international dimensions of strategy and organization, and provides a framework for formulating strategies in an increasingly complex world economy, and for making those strategies work effectively. Operation in an international environment gives the manager access to new markets, additional natural resources, and low-cost-factor...
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...Project Overview In this project, I will assume AMD as a private company and determine a price I would like to pay for acquiring AMD on control basis. My report starts with an introductory analysis of the company and industry, focus on three methods I used to evaluate AMD and all related assumptions to support these methods. After all, I’ll conclude a price I would like to pay to acquire and control AMD on Mar-31-2013. Please read it of more. This is Gong Chen’s final project of Valuation Model and Practice for summer 2013. Hope you enjoy it! Company Overview 1. Background Founded in 1969 and headquartered in Sunnyvale, California, Advanced Micro Devices (AMD) operates as a semiconductor company worldwide. It operates in two segments, Computing Solutions and Graphics. The company designs, develops, and sells microprocessor products, such as central processing units (CPU) and accelerated processing units (APU) for servers, desktop PCs, and mobile devices. Advanced Micro Devices, Inc. also offers embedded processor products for vendors in industrial controls, digital signage, point of sale/self-service kiosks, medical imaging, set-top box, and casino gaming machines. In addition, it provides chipset products with and without integrated graphics processors for desktop PCs and servers, and AMD controller hub-based chipsets for its APUs; and graphics, video, and multimedia products for use in desktop and notebook computers. The company serves original equipment manufacturers...
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...Intel® Technology Journal | Volume 18, Issue 4, 2014 HETERogEnEoUs FAcE REcognITIon: An EmERgIng TopIc In BIomETRIcs Contributor Guodong Guo West Virginia University An emerging topic in biometrics is matching between heterogeneous image modalities, called heterogeneous face recognition (HFR). This emerging topic is motivated by the advances in sensor technology development that make it possible to acquire face images from diverse imaging sensors, such as the near infrared (NIR), thermal infrared (IR), and three-dimensional (3D) depth cameras. It is also motivated by the demand from real applications. For example, when a subject’s face can only be acquired at night, the NIR or IR imaging might be the only modality for acquiring a useful face image of the subject. Another example is that no imaging system was available to capture the face image of a suspect during a criminal act. In this case a forensic sketch, drawn by a police artist based on a verbal description provided by a witness or the victim, is likely to be the only available source of a face of the suspect. Using the sketch to search a large database of mug-shot face photos is also a heterogeneous face recognition problem. Thus it is interesting to study the HFR as a relatively new topic in biometrics. In this article, several specific HFR problems are presented, and various approaches are described to address the heterogeneous face matching problems. Some future research directions are discussed as well to advance...
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...Case Analysis On Apple Incorporation By Vikram Kataria Submitted To: Dr. Justin C. Matus MBA 591 Introduction The firm started off as “Apple Computer”, best known for its Macintosh line of computers in the 1980s and 1990s. Despite a strong brand, rapid growth and high profits in the late 1980s, Apple nearly went bankrupt in 1996. Steve Jobs took over as CEO again in 1997 after being forced out of the firm in 1985. “Apple Computer” was renamed “Apple Inc.” to reflect the firm’s expansion into consumer electronics market with innovative non-PC products starting in the early 2000s. 1. Various revolutionary products such as the iPod, iPhone and iPad were introduced into the market, gaining a cult-like following behind the brand, with exponential growth and share price rising more than 15-fold since 2003. 2. Today, Apple stands as a global technology powerhouse, surpassing its major competitors, including Microsoft, to become one of the world’s most valuable companies. Current Business Strategy Apple adopts a differentiation strategy with its distinctive marketing campaigns that position itself as a hip alternative to other brands in the industry. Despite being a premium brand that is capable of commanding high price margins, Apple is still able to undercut its competitors pricing with the latest iPad 2 release by leveraging its balance sheet and its position as one of the largest buyers to secure components at low prices. This further gives Apple a competitive...
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...2003 Annual Report intel.com intc.com GROWTH THROUGH TECHNOLOGY LEADERSHIP 33.7 29.4 25.1 20.8 16.2 26.3 26.5 26.8 30.1 36 1.51 1.6 Americas 50% 45% 28% 100 27 1.05 0.97 0.86 18 0.73 0.85 1.2 40% 75 0.8 20% 20% AsiaPacific Europe 14% 50 11.5 9 0.33 0.50 0.46 0.4 0.19 28% 28% 23% 25 Japan 94 95 96 97 98 99 00 01 02 03 0 94 95 96 97 98 99 00 01 02 03 0 8% 93 7% 98 9% 03 0 NET REVENUE Dollars in billions DILUTED EARNINGS PER SHARE† Dollars, adjusted for stock splits † GEOGRAPHIC BREAKDOWN OF REVENUE Percent Amortization of goodwill reduced earnings per share in 2001 by $0.22 ($0.18 in 2000 and $0.05 in 1999). Goodwill is no longer amortized, beginning in 2002. “Our continuing commitment to investments in leading-edge technology and our dedication to product innovation have set the stage for the positive results we began to see by year’s end.” Craig R. Barrett Chief Executive Officer 38.4 35.6 33.3 30.2 27.3 28.4 26.2 40 Machinery and equipment Land, buildings and improvements 6.7 8.0 7.3 4.0 4.4 3.9 3.8 5.0 4.0 30 6.0 3.1 4.5 20 15.4 2.4 8.7 10 4.0 3.6 3.0 3.4 4.7 3.7 4.0 1.8 1.3 2.3 2.5 3.0 2.0 2.0 1.1 1.0 3.5 0 0 0 94 95 96 97 98 99 00 01 02 03 94 95 96 97 98 99 00 01 02 03 94 95 96 97 98 99 00 01 02 03 RETURN ON AVERAGE STOCKHOLDERS’ EQUITY ...
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...SWOT Analysis Apple Strengths Apple is considered a successful company. Due to the good profits of the iPod music player, it was a booster for Apply to bring up a whole new series of products that form up the Apple brand. Apple is one of the established IT brands in the world. They have enthusiastic and loyal customers. In 2011, they came up with iCloud. This enables the users to store their things remotely on a computer and it will automatically synchronize with your iPhone, iPad and other apple products when it is connected to Wi-Fi and is charging. When you change or upgrade to a new iPhone model or product, you can download the contents stored previously on the new gadget. It is also known as the remote storage. iMessaging is made available in 2011 for Apple products. It is a free messaging system from Apple to Apple product using the 3G network. This is a big boost and many said that it is due to the already available Blackberry Messenger. Weaknesses There was a report that the Apple iPod Nano might have a faulty screen. Apple has also commented that the batch of its product has screens that comes to impact would break. Apple replaced all the faulty items. In addition, early iPods had faulty batteries. Thus the customers were offered free battery cases. The music industry has also added pressure on Apple to increase the price of its music download file. Many of those companies make more money from iTunes (the downloadable music files) than the original CD sales...
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...Question 1 For 4 Dow Jones stocks for a 15 year period, compute quarterly realized betas from daily data. Find firm specific and macroeconomic variables that help explain quarterly beta. Answer 1.1 Factors Introduction Factor model survey the sensitivity of a stock return as a function of one or more factors. There are single-factor and multi-factor models. In factors model, based on the type of factors used, it can be classified to economic and fundamental factor models. Economic factor models use macroeconomic and financial markets variables as factors, while fundamental factor models use firm-specific microeconomic variables, such as financial indicators. In recent research shows that the change in macroeconomic factors could be reflected in the change of systematic risk which impacts a stock’s expected return (Humpe & Macmillan 2007). Macroeconomic factors included industry production index, CPI, GDP, unemployment rate, inflation rate, risk premium, default premium, business cycle index and so on. From Chen (1986) notable study which uses variables include industrial production, inflation, risk premium, term structure, market index, consumption and oil prices to found out that industrial production, unanticipated change in the risk premium, unanticipated inflation, and, a slightly weaker, the unanticipated change in term structure, are the most important factors affecting expected stock returns. The 15 macroeconomic variables used as factors in our model are...
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