hai this is kartheek please send swing power generator's ppt
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The detailed design and construction of the oscillation generator are presented in this report along with the results of the hardware tests.
The continuous scaling of transistors has allowed to add more units of calculation and storage in the same chip. However, power constraints have forced designers to go parallel and perform sustained yields with simpler computer blocks connected to each other. In the processor domain, power limitations have led to the emergence of CMP, whereas in the embedded domain, MPSoCs have begun to become popular. These trends put the interconnect fabric in the center of attention to enable fast and low power communication between these processing units. Buses on the chip are not scalable beyond a few cores, as they are limited by cable lag and bandwidth. There has been a trend towards using NoCs to manage cables more efficiently. For some systems, this network may comprise only one crossbar, while for others, an interconnection of packet-switched routers is used with each router consisting of buffers, arbiters, and a crossbar to allow link exchange. In both types of systems, a crossbar is the fundamental building block connecting the input ports to the output ports.
It can be understood in the following video: