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Research Status of Silicon Photonic Integration in Taiwan's Academia

机译:台湾学术界硅光子集成的研究现状

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Silicon photonics related photonic Integration are the disruptive technologies that will alter the competiveness of various high-tech products and enable new applications. They are driving the evolution of data center interconnect, advanced driver assistance systems, internet of things, biomedical sensing, quantum computing, and intelligent industry, which are synchronous with the scope of the Science and Technology Development Strategies of Taiwan Government. Taiwan has very strong semiconductor and photonic industry that lays a solid foundation for developing the industry of silicon photonics and photonic Integration. There have been quite a few research and development activities on this emerging field in the universities, research institutes, and companies. Since August 2018, the Ministry of Science and Technology initiated the Silicon and Photonic Integration Research Program to promote the research on this emerging field and to integrated the research resources of the academia and research institutes. In this talk, I will highlight the ongoing projects supported by this program. The photonic integration based on both silicon photonics and III-V materials will be covered. The strategy of building the eco-systems of silicon photonics industry in Taiwan that includes the design, manufacturing, packaging, testing, and system applications will also be discussed. Some examples of photonic integrated chips for communication, sensing, and bio-medical applications will be addressed.
机译:硅光子相关的光子集成是破坏性技术,将改变各种高科技产品的竞争力并实现新的应用。它们正在推动数据中心互连,先进的驾驶员辅助系统,物联网,生物医学传感,量子计算和智能产业的发展,这些发展与台湾政府的《科学技术发展战略》的范围保持同步。台湾拥有非常强大的半导体和光子产业,为发展硅光子和光子集成产业奠定了坚实的基础。在大学,研究机构和公司中,已经有很多关于这一新兴领域的研究和开发活动。自2018年8月以来,科学技术部启动了硅与光子集成研究计划,以促进这一新兴领域的研究并整合学术界和研究机构的研究资源。在本次演讲中,我将重点介绍该计划支持的正在进行的项目。将涵盖基于硅光子学和III-V材料的光子学集成。还将讨论在台湾建立包括设计,制造,封装,测试和系统应用在内的台湾硅光子产业生态系统的策略。将讨论用于通信,传感和生物医学应用的光子集成芯片的一些示例。

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