异构集成路线图:未来系统的支持技术

P. Wesling
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引用次数: 5

摘要

新的异构集成路线图(HIR)为电子工业提供了一个长期的愿景,确定了困难的未来挑战和潜在的解决方案。在SEMI, ASME和三个IEEE协会的赞助下,该路线图为专业人士,行业,学术界和研究机构提供了未来15年电子行业发展的景观和战略技术要求的全面视图,并为新兴器件和新兴材料的异构集成提供了25年的愿景,并提供了更长的研究和开发时间表。其目的是刺激竞争前的合作,从而加快进步的步伐。国际半导体技术路线图(ITRS)为摩尔定律的缩放设定了节奏,摩尔定律已经成为半导体行业的标准。然而,由于规模、成本和功耗问题,以及物理定律,最终的ITRS于2015年发布。HIR将早期路线图的许多部分整合在一起,重点关注微电子设计、材料和封装问题。目前的版本涵盖2.5D、3D和晶圆级封装、集成光子学、MEMS和传感器以及系统级封装(SiP);支持测试、热、仿真、协同设计和互连等领域;以及高性能计算、5G、医疗、航空航天、汽车和移动等应用领域,详细介绍了近期和长期指标和目标。它确定未来的困难挑战并提出可能的解决方案。它包括全世界参加的22个技术工作组的产出,将每两年大量增订一次。1.0版可以免费下载,也可以以印刷的软装书的形式提供。介绍了访问这个新路线图的详细信息。邀请参与目前正在编写的2.0版。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Heterogeneous Integration Roadmap: Enabling Technology for Systems of the Future
The new Heterogeneous Integration Roadmap (HIR) provides a long-term vision for the electronics industry, identifying difficult future challenges and potential solutions. Under the sponsorship of SEMI, ASME, and three IEEE Societies, the roadmap offers professionals, industry, academia, and research institutes a comprehensive view of the landscape and strategic technology requirements for the electronics industry's evolution over the next 15 years, and provides a 25-year vision for the heterogeneous integration of emerging devices and emerging materials with longer research and development timelines. The purpose is to stimulate precompetitive collaboration and thereby accelerate the pace of progress. The International Technology Roadmap for Semiconductors (ITRS) set the cadence for the Moore's Law scaling that has been the norm for the semiconductor industry. However, because of scaling, cost and power-dissipation issues, as well as the laws of physics, the final ITRS was issued in 2015. The HIR pulls together many strands of that earlier Roadmap, to focus on microelectronics design, materials and packaging issues. The current version covers 2.5D, 3D, and wafer-level packaging, integrated photonics, MEMS and sensors, and system-in-package (SiP); support areas such as test, thermal, simulation, co-design, and interconnects; as well as application areas such as high-performance computing, 5G, medical, aerospace, automotive, and mobile – detailing both near-term and longer-term metrics and goals. It identifies difficult future challenges and proposes potential solutions. Comprising the output of 22 Technical Working Groups with worldwide participation, it will be substantially updated every two years. Version 1.0 is available freely for download, as well as in the form of a printed softbound book. Details for accessing this new Roadmap are presented. An invitation is made for involvement in version 2.0, now under preparation.
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