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Multiband RF-interconnect for reconfigurable network-on-chip communications

Multiband RF-interconnect for reconfigurable network-on-chip communications,10.1145/1572471.1572491,Jason Cong,Mau-chung Frank Chang,Glenn Reinman,Sai

Multiband RF-interconnect for reconfigurable network-on-chip communications   (Citations: 2)
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One of the key benefits of the scaling of CMOS is that the switching speed of the transistor improves over each technology generation. According to ITRS, fT and fmax, will be 600GHz and 1 THz, respectively, in 16nm CMOS technology. With the advance in CMOS mm-wave circuits, hundreds of GHz bandwidth will be available in the near future. In addition, compared with CMOS repeaters charging and discharging the wire, EM waves travel in a guided medium at the speed of light which is about 10ps/mm on silicon substrate. The question here is: How can we utilize over hundreds of GHz of bandwidth in a future mobile system through RF-I while concurrently achieving ultra-low power operation and dynamic allocation in bandwidth to meet future Network-on-Chip needs?
Conference: System-Level Interconnect Prediction - SLIP , pp. 107-108, 2009
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