In deep sub-micron technology, the crosstalk effect between adjacent wires has become an important issue, especially between long on-chip buses. This effect leads to the increase in delay, in power consumption, and in worst case, to incorrect result. In this paper, we propose a deassembler/assembler structure to eliminate undesirable crosstalk effect on bus transmission. By taking advantage of the prefetch process where the instruction/data fetch rate is always higher than instruction/data commit rate in high performance processors, the proposed method would hardly reduce the performance. In addition, the required number of extra bus wires is only 7 as compared with 85 needed in [6] when the bus width is 128 bits.
['Wen-Wen Hsieh', 'Po-Yuan Chen', 'TingTing Hwang']
A bus architecture for crosstalk elimination in high performance processor design