In this paper, we introduce a class of irredundant low power encoding techniques for memory address buses. For a data address bus, the proposed encoding techniques make use of two working zones in the memory space whereas for a multiplexed data and instruction address bus, up to four working zones can be supported. The zones are dynamically updated to improve the power efficiency of the proposed encoding techniques. These techniques decrease the switching activity of data address and multiplexed address buses by an average of 55% and 77%, respectively, up from 25% and 64% achieved by previous methods
In microprocessor-based systems, data and address buses are the core of the interface between a micr...
Abstract — This paper presents a solution to the problem of reducing the power dissipated by a digit...
Abstract — The memory subsystem is known to comprise a sig-nificant fraction of the power dissipatio...
In this paper, we introduce a class of irredundant low power encoding techniques for memory address ...
The energy at the I/O pins is a significant part of the overall consumption of a chip. To reduce thi...
The energy consumption due to input-output pins is a substantial part of the overall chip consumptio...
The power dissipated by system-level buses is the largest contribution to the global power of comple...
The energy consumption at the I/O pins is a significant part of the overall chip consumption. This p...
Abstract—Off-chip bus transitions are a major source of power dissipation for embedded systems. In t...
The power dissipated by system-level buses is the largest contribution to the global power of compl...
In microprocessor-based systems, large power savings can be achieved through reduction of the transi...
In microprocessor-based systems, data and address buses are the core of the interface between a micr...
Abstract — This paper presents a solution to the problem of reducing the power dissipated by a digit...
Abstract — The memory subsystem is known to comprise a sig-nificant fraction of the power dissipatio...
In this paper, we introduce a class of irredundant low power encoding techniques for memory address ...
The energy at the I/O pins is a significant part of the overall consumption of a chip. To reduce thi...
The energy consumption due to input-output pins is a substantial part of the overall chip consumptio...
The power dissipated by system-level buses is the largest contribution to the global power of comple...
The energy consumption at the I/O pins is a significant part of the overall chip consumption. This p...
Abstract—Off-chip bus transitions are a major source of power dissipation for embedded systems. In t...
The power dissipated by system-level buses is the largest contribution to the global power of compl...
In microprocessor-based systems, large power savings can be achieved through reduction of the transi...
In microprocessor-based systems, data and address buses are the core of the interface between a micr...
Abstract — This paper presents a solution to the problem of reducing the power dissipated by a digit...
Abstract — The memory subsystem is known to comprise a sig-nificant fraction of the power dissipatio...