Soumyasanta Laha

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As energy-efficiency and high-performance of Networks-on-Chips (NoCs) communication fabric have become critical, limited bandwidth and fundamental signaling limitations of metallic interconnects have forced academia and industry to consider emerging technologies such as wireless interconnects as an alternate solution. Wireless interconnects offer multiple(More)
In this paper, the wireless data and power transfer for a novel optogenetic visual cortex implant system was demonstrated by using pork tissue mimic in-vitro at the ISM 2.4 GHz and 13.5 MHz frequency band respectively. The observed data rate was 120 kbps with no loss in data for up to a thickness of 35 mm in both water & pork. To increase the power level of(More)
—With the increasing number of cores in chip mul-tiprocessors, the design of an efficient communication fabric is essential to satisfy the bandwidth and energy requirements of multi-core systems. Scalable Network-on-Chip (NoC) designs are quickly becoming the standard communication framework to replace bus-based networks. However, the conventional metallic(More)
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