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The successful future of the semiconductor industry is dependent upon the development of an array of new and novel materials to make semiconductor devices. In parallel, there is a growing sentiment in public policy and regulatory forums for a highly conservative precautionary approach to approving the introduction of new chemicals into commerce. Intel's business model of Copy Exactly! requires new material development very early in the technology development cycle. Therefore, Intel's approach to chemical development, and selection of materials, must incorporate consideration of the environmental impact of its policies and materials extremely early.
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Advanced Micro Devices (AMD), the world's second largest producer of microprocessors, has announced its intent to build a new $4 billion-plus leading edge semiconductor foundry manufacturing facility in Saratoga County, New York as part of a joint venture with the Advanced Technologies Investment Corporation (ATIC) of Abu Dhabi, U.A.E. When completed in 2012, the proposed manufacturing facility, currently known as Fab 4X, will be the most technologically advanced in the world and the largest leading edge semiconductor foundry facility in the United States.
530 days ago by Advanced Micro Devices (AMD) DownloadAs a major player in the semiconductor, flat panel TV and mobile phone markets, Samsung has become one of the fastest growing global brands over the past five years. But now Samsung is turning its attention to its new growth engine - the printer business - to expand its share of the lucrative corporate market. Samsung has a bold mission - to become a top tier player in the global laser printer market by 2012, narrowing the gap between it and the market leader HP. One of Samsung's advantages in developing its printer products is its ability to source many of its own hardware components, including processors, LCD panels, and memory chips, along with design and software.
536 days ago by Quocirca DownloadThe client wanted to take to market the All Electric Air Conditioning System for large vehicles. The system would control evaporator fan speeds to ensure uniform temperature control and increase safety. MindTree leveraged its expertise in hardware design and development to develop a microcontroller based system with enhanced features that reduced the time to market for the final product. The new design reduced the product cost without compromising on safety and reliability.
784 days ago by MindTree Consulting DownloadAdopting nanometer-sized semiconductor particles, called quantum dots, in the active regions of photonic devices provides the characteristics specific to 3-dimensional quantum effects. This will greatly improve the performance of photonic devices in many respects. This paper is developing quantum-dot lasers and quantum-dot optical amplifiers through joint research conducted with the University of Tokyo. This paper introduces the development of technology for these devices, along with some recent results. For quantum-dot lasers, one has realized temperature-insensitive direct modulation at a modulation rate of 10 Gb/s in the 1.3-?m wavelength range. The paper has also fabricated high-performance, quantum-dot optical amplifiers with a wide bandwidth of over 100 nm, high gain of 20 dB, and high optical output power of over +20 dBm.
901 days ago by Fujitsu DownloadThe continuous miniaturization of semiconductor chips has rapidly improved the performance of semiconductor products. However, thermal issues that affect semi- conductor chips are becoming more serious. For example, heat transfer has become a very serious problem in the CPUs of personal computers; high-frequency High-Power Amplifiers (HPAs) of mobile communication systems; and power control units of hybrid-car motors. To solve this problem, Fujitsu has been developing semi-conductor heat sinks that exploit the high thermal conductivity of Carbon NanoTubes (CNTs). This paper describes the CNT bumps that have been recently developed for transferring heat and electrically connecting the source, gate, and drain of the high-power, flip-chip amplifiers of mobile communication base stations.
901 days ago by Fujitsu DownloadThis year alone, consumer confidence has been shaken over product quality, reliability and safety concerns within the food processing, electronics, automotive, toy, clothing and personal care industries. The next "Shoe" is just waiting to fall. Conservatively speaking, if one's business is effected, expect to spend more than a million dollars responding to a recall. While analysts and consultants urge companies to have an actionable crisis management plan in place, Zontec contends that it is possible to prevent a recall situation well before a product ever approaches crisis mode. Betting on recall and/or contamination insurance isn't enough. Because as soon as a product's reputation becomes publicly suspect, the rebuilding of brand equity and lost market share becomes an absolute financial, legal, public relations and logistics nightmare.
919 days ago by DownloadThe Intel® Atom Developer Program provides developers with everything they need to create and then sell their netbook applications to millions of Intel Atom processor-based devices.
Program benefits include:
Netbooks' mobility and smaller screen sizes demand applications that are optimized for a mobile, on-the-go audience. So Intel® set up the Million Dollar Development Fund to help developers respond to this challenge.
The goal of the Intel® Atom Developer Program Million Dollar Development Fund is to help accelerate innovation in software applications for Intel Atom processor-based products, starting with netbooks, and eventually supporting smartphones, consumer electronics and more devices.
Learn more about the Intel® Atom Developer Program's Million Dollar Development Fund here!
PCs powered by a new 2010 Intel® Core vPro processor help businesses cut costs and increase efficiency, so you can reap a positive ROI for years to come.1 How? The all new 2010 Intel Core vPro processor family has intelligent technology that adapts to the needs of your business, with smart security, cost-saving manageability and intelligent performance. This family of processors is designed to keep downtime and desk-side visits to a minimum, enabling remote monitoring, diagnosis and repair of PCs - even if they're shut down or the operating system (OS) is unresponsive. And with a new Intel Core vPro processor inside, your PCs will be so smart they could even disable themselves if they get lost or stolen.
78 days ago by Intel DownloadIntel IT is investigating a model where users can access their applications and information from any device, anywhere, anytime. To create this device-independent mobility, Intel IT is considering implementing dynamic virtual client technology, which uses containerized software appliances to abstract the OS; applications; corporate and personal data and workspaces; and user-specific settings.
78 days ago by Intel DownloadDynamic Virtual Client, thin client advantages with rich client user experience and mobility.
78 days ago by Intel DownloadThe School of Engineering and Applied Sciences (SEAS) serves as the connector and integrator of Harvard's teaching and research efforts in engineering, applied sciences (including computer science), and technology. Within SEAS, the office of Computing and Information Technology's (CIT) CyberInfrastructure Labs (CI Labs) supports faculty, researchers, students, and staff by deploying and maintaining up-to-date, effective computing technologies - and serves as a technology adviser and collaborator to the broader Harvard community. With its collaborative computing focus and emerging technology test beds, the CIT CI Labs is an ideal environment for the implementation of scientific and engineering application streaming. The goal of the scientific application streaming project, as outlined in this white paper, is to simplify the deployment of engineering and scientific applications to a user population of around 1,000 students and faculty. Large, complex scientific and engineering applications are being deployed over a heterogeneous network architecture to a highly diverse client population. Initial results show install times decreasing from hours to minutes, as well as fewer problems caused by human error during complex installation and licensing procedures. As innovators among Harvard's IT community, the CI Labs anticipates wider implementation of application streaming, both within its user base and across Harvard.Â
78 days ago by Intel Download