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Design and Implementation of Area and Power Efficient Embedded Transition Inversion Coding For Serial Links

Advanced silicon technology offers possibility of integrating hundreds of millions of transistor into a single chip, which makes system on chip (SoC) design possible. With the continuous scaling of silicon technology, area and power dissipation of interconnects are one of the main bottlenecks for both on chip and off chip buses. Multiplexing parallel buses into a serial link enables an improvement in terms of reducing interconnect area, coupling capacitance and crosstalk, but it may increase the overall switching activity and energy dissipation. Therefore, and efficient coding method that reduce the switching activity is an important in serial interconnect design. Embedded Transition Inversion (ETI) is the coding method that reduces the switching activity and energy dissipation. Area is one of the important objective in integrated circuits. The main of this paper is reduce the area in ETI coding architecture. In this proposed method Alexander Phase Detector is replaced by Hogge Phase Detector. The proposed system done by using Xilinx 13.2 and ModelSim software to get efficient output. The proposed system result analysis shows better than the existing method.