Network-on-chips on 3-D ICs: Past, present, and future
M. Naresh Kumar, Srinivasan Murali, Kamakoti Veezhinathan
Abstract
M. Naresh Kumar, Srinivasan Murali, Kamakoti Veezhinathan
Abstract
AbstractInterconnects have become the chief bottleneck in today’s era of chip design. Along the road of interconnect evolution, Network-on-Chips (NoCs) have emerged as a structured and scalable solution for connecting computational elements on a very large scale integration chip. Also, with the deep-submicron technology allowing integration of billions of transistors, chips have grown very complex and large in size. The global wire-length problem was addressed with the integration of devices in the third dimension (3-D). The combination of 3-D integration and a scalable interconnect, like NoCs, promise to revolutionize design for Chip Multi-processors, System-on-chips, and System-in-package. This paper surveys on all the advancements in 3-D NoCs.
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AbstractInterconnects have become the chief bottleneck in today’s era of chip design. Along the road of interconnect evolution, Network-on-Chips (NoCs) have emerged as a structured and scalable solution for connecting computational elements on a very large scale integration chip. Also, with the deep-submicron technology allowing integration of billions of transistors, chips have grown very complex and large in size. The global wire-length problem was addressed with the integration of devices in the third dimension (3-D). The combination of 3-D integration and a scalable interconnect, like NoCs, promise to revolutionize design for Chip Multi-processors, System-on-chips, and System-in-package. This paper surveys on all the advancements in 3-D NoCs.
Key concepts: Computer science