To meet the design power TARGET there should be a process to design with Multi-VDD designs, this area requires high performance, and also the high VDD that requires low-performance. This is USED to create the voltage group that allow the appropriate level-shifter to shift and placed in cross-voltage DOMAINS. There is a design with the MULTIPLE threshold voltages that require high performance when the Vt becomes low.

This have lots of current leakage that makes the Vt cell to lower the performance. The reduction can be performed in the leakage power as the clock in this consume more power, so placing of an optimal clock controls the module and allow it to be given more power. Clock tree allow the SWITCHING to take place when the clock buffers are used by the clock gating cells and reduce the switching by the power reduction.

To meet the design power target there should be a process to design with Multi-VDD designs, this area requires high performance, and also the high VDD that requires low-performance. This is used to create the voltage group that allow the appropriate level-shifter to shift and placed in cross-voltage domains. There is a design with the multiple threshold voltages that require high performance when the Vt becomes low.

This have lots of current leakage that makes the Vt cell to lower the performance. The reduction can be performed in the leakage power as the clock in this consume more power, so placing of an optimal clock controls the module and allow it to be given more power. Clock tree allow the switching to take place when the clock buffers are used by the clock gating cells and reduce the switching by the power reduction.