Keynote speech 2: Reconfigurable systems and 3D architectures

D. Soudris
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Abstract

Three-dimensional (3-D) integration has emerged as a revolutionary technology that can satisfy these requirements. The shift from horizontal scaling to volumetric stacking of circuits has the potential to mitigate the many limitations of modern integrated circuits. 3-D architectures contain multiple physical layers and offer considerable improvement in circuit performance, such as lower power/energy consumption, less total wire-length, higher integration density, and greater speed comparing with two-dimensional (2-D) circuits.
主题演讲2:可重构系统和3D架构
三维(3-D)集成已经成为一种革命性的技术,可以满足这些需求。从水平缩放到体积堆叠电路的转变有可能减轻现代集成电路的许多限制。与二维(2-D)电路相比,3d架构包含多个物理层,并在电路性能方面提供了相当大的改进,例如更低的功耗/能耗、更短的总线长、更高的集成密度和更快的速度。
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