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CHALLENGES FOR INTERCONNECT OF FUTURE CMOS GENERATIONS : IMPLEMENTATION OF EMERGING PROCESSES AND ALTERNATIVE ARCHITECTURES

机译:未来CMOS几代互连的挑战:实施新兴进程和替代架构

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The paper points out several challenges that interconnects fabrication are facing for next technology nodes in terms of integration of porous low-k dielectric and advanced metallization. These new processes are required in order to meet RC performances but also need to reach desirable reliability aspects, k value degradation of low-k during integration is discussed as well as copper resistivity increase in narrow lines. Process solutions to relax these issues are developed. Finally alternatives architectures, such as air gap isolation, are introduced and proposed as solutions that may be implemented in order to extend the end of roadmap of conventional metal interconnect of CMOS technologies.
机译:本文指出了几种挑战,即在多孔低k电介质和先进金属化的整合方面对下一个技术节点面临的互连面临的挑战。需要这些新方法以满足RC性能,但还需要达到所需的可靠性方面,讨论了在整合期间低k的k值劣化以及窄线的铜电阻率增加。开发了放松这些问题的过程解决方案。最后引入和提出了诸如空气隙隔离的替代架构,并提出作为可以实现的解决方案,以便延长CMOS技术的传统金属互连的路线图结束。

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