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Semiconductor Devices and Equipment on a Record-breaking Spree but Materials Don’t Seem to Follow Suit

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The demand for semiconductors and its allied segments are only increasing with time. Market research firms have reported that the devices and equipment market have surpassed the forecasted growth of 5%. The devices and equipment market logged a growth of 22% and 37% respectively, and thus surpassed their historical high! However, the materials market has a different story to tell. In this article, we’ll discuss these trends and what were the driving forces behind the same. Semiconductor Devices If we go back and have a look at the income generated during the year 2007, the graph indicates a figure of around 250 Billion USD and which dipped down to 230 Billion USD. The situation has since then improved tremendously and touched the magical number of 55 Billion USD. These changes can be attributed to the surge in semiconductor silicon shipment volumes along with the silicon revenues crossing the 21 percent mark. Equipment Catches Up with the Devices Marke

How Is Semiconductor Industry Managing Its Transformation?

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Before we analyze how the semiconductor industry is managing its transformation let’s take into account what are the exact reasons for its transformation and how the recent trends are causing the impact. Innovations and technological advancements contribute to the emerging requirement of transformation for managing the demands with the supplies. What are the current happenings in the semiconductor industry? Semiconductors industry is currently imposed with the ever-evolving demands of semiconductor chips. Semiconductor Industry Association (SIA) had announced the worldwide increase in semiconductor sales which are poised to reach the highest-ever sales and it’s bound to increase even more in near future. The recent trends in technology and with the latest innovations, which are the driving forces behind these demands, chip revenues are bound to surge. Recent technological advancements directly impose huge demands on the manufacturing and the supply of the latest and adv

How To Make Semiconductors Production More Energy Efficient?

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The single most expensive requirement in semiconductors production is undoubtedly a clean and continuous supply of electricity. Ensuring a continuous supply is thus vital for the semiconductor fabrication plants. The global semiconductor business is ever growing, with the continual increase in the demand for the electrical appliances.  The world population hugely depends on the consumption of electrical appliances. Let alone consider the single case of the tremendous growth in the demands of mobile handsets in the recent decade, if you choose to overlook other electronic items.  Why is more energy required in the semiconductor industry? In this industry, the units are measured in nanometres so the machinery utilized in the semiconductor industry has to be very precisely calibrated. Now a slight fluctuation in the voltage will cause a major impact on the quality, precision and ultimately lead to huge loss in production. But this is certainly not the single major cause

Inside Semiconductor Industry: The Challenges and Opportunities it Faces

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The development of semiconductors was a breakthrough for mankind treading towards the modern technology and digitalization. The functioning of all the devices that play a vital role in a man’s day is facilitated by semiconductors. Such level of significance provides the Semiconductor Industry with innumerable opportunities and its accompanying challenges. The increasing complexity of technology in the current and upcoming decade has given a rise to new challenges as well as opportunities in the Semiconductor Industry. Therefore opportunities and challenges both walk side by side. The same can be understood from the following. Big Data While every tasks and function that used to be tangible are turning digital these days, such a transition requires a lot of storage capabilities. The growing amount of information and data requires the Big Data industry to increase memory capacity while reducing the space that the storage units require. This calls for innovation in th