A performance-driven MCM router with special consideration of crosstalk reduction
D.-S. Wang, E.S. Kuh
Abstract
D.-S. Wang, E.S. Kuh
Abstract
This paper presents a new performance-driven MCM router, named MRC, with special consideration of crosstalk reduction. Router MRC completes an initial routing with an adequate performance trade-off including wire length, vias, number of layers, timing and crosstalk. Then a crosstalk reduction algorithm is used to make the routing solution crosstalk-free without a significant influence on other routing performances. Thus, efficiently handling timing and crosstalk problems becomes the unique feature of MRC. Router MRC has been implemented and tested on MCM benchmarks and the experimental results are very promising.
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This paper presents a new performance-driven MCM router, named MRC, with special consideration of crosstalk reduction. Router MRC completes an initial routing with an adequate performance trade-off including wire length, vias, number of layers, timing and crosstalk. Then a crosstalk reduction algorithm is used to make the routing solution crosstalk-free without a significant influence on other routing performances. Thus, efficiently handling timing and crosstalk problems becomes the unique feature of MRC. Router MRC has been implemented and tested on MCM benchmarks and the experimental results are very promising.
Key concepts: Crosstalk, Router, Network routing, Computer science, Electronic engineering, Computer network, Routing (electronic design automation), Engineering