Category: Industry

The increasing penetration of advanced technologies and the growth of the semiconductor industry are driving the growth of the electronic design automation market. Moreover, the miniaturization of electronic devices is anticipated to boost the market growth in the near future. Further, the increase in significant collaborations among market players is driving electronic design automation market growth. The SIA (Semiconductor Industry Association) in October 2018, while representing the US leadership in semiconductor research, design and manufacturing had charted an increase of 12.7% from 2017 and marked the total revenue of US$…

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The significant growth of the semiconductor industry is boosting the growth of the electronic design automation market. Moreover, the increased focus on miniaturization of electronic devices is anticipated to propel electronic design automation market growth in the forecast period. Further, the increase in significant collaborations among electronic design automation players is driving market growth. The electronic design automation market is heavily captured by several established companies as well as smaller tier2 companies across the globe. These companies are facilitating the semiconductor manufacturers to meet the constantly increasing demand for advanced…

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The increase in R&D spending in the semiconductor industry and evolving consumer expectation and burgeoning demand of consumer electronics are driving the growth of the electronic design automation market. Moreover, the emergence of miniaturization of electronic devices is anticipated to propel electronic design automation market growth in the forecast period. Further, the increase in significant collaborations among market players is driving electronic design automation market growth. Asia Pacific region leads the semiconductor market with major countries helping the market to dominate include; China, Japan, South Korea, Taiwan, Singapore, and Malaysia.…

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The considerable investments in artificial intelligence chip start-ups are boosting the growth of the AI Chip market. The real-time consumer behavior insights and increased operational efficiency are also driving the adoption of AI across industries. Moreover, the integration of AI chips in edge devices is anticipated to propel AI Chip market growth in the forecast period. All the major industries across are globe including BFSI, retail, IT & telecom, automotive & transportation, healthcare, media & entertainment, manufacturing, government, and energy & power are embracing and investing in disruptive technologies such…

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The increase in data generation due to the increasing proliferation of digital services is boosting the growth of the AI chip market. The significant investments in AI chip start-ups are also anticipated to boost the market growth. Moreover, the adoption of cloud-based AI solutions is anticipated to propel  growth in the forecast period. Presently, the major applications of AI chip are in the data center/cloud computing segment, and this trend is anticipated to continue over the forecast period. Also, rising adoption of AI in developing regions, evolving architectures of AI…

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The increase in digitalization and the presence of the huge amount of data and significant adoption of advanced technologies by various industries are boosting the growth of the . Moreover, the increase in integration of cloud-based computing across industries and the proliferation of edge devices are anticipated to propel AI Chip market growth in the forecast period. The availability of the massive amount of data originating from different data sources is one of the key factors driving the growth of artificial intelligence technology across the globe. The proliferation of smart devices,…

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The 2.5D segment is the leading dimension with the highest market share in Europe semiconductor manufacturing equipment market. 2.5D, which is also called as interposer technology, and it integrates several integrate several electronic devices in a single package. These semiconductor components are used in applications where low power and higher performance are the critical parameters. Also, 2.5D architectures are paired with stack memory modules, particularly high-bandwidth memory in order to improve performance. However, the interposer for this approach is expensive, and the development of IP is a critical requirement for…

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