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An I.P. Migration and Prototyping Strategy Using Transistor Level Synthesis
Acte de colloque   Open Access

An I.P. Migration and Prototyping Strategy Using Transistor Level Synthesis

Alexis Landrault, Ludovic Pellier, Alexandre Richard, Christian Jay, Michel Robert et Daniel Auvergne
18th International Conference on Design of Circuits and Integrated Systems, pp.266-271
DCIS: Design of Circuits and Integrated Systems (Ciudad Real, Spain, 19/11/2003–21/11/2003)
2003

Résumé

Resistive bridging faults Resistive stuck-at faults probabilistic fault coverage bridging fault simulation Layout synthesis Virtual library Prototyping technology migration incremental optimization Transistor level Analytical modeling
Designers are today facing two challenges of conflicting objectives. In one hand they need to design for optimum performance and in the other hand they need to design in a minimum time frame ("time to market") while using the latest up-to-date available technology. It becomes necessary for the designers to very quickly prototype IP blocks for any given technology. This paper describes a new approach based on transistor level layout synthesis for CMOS IP cores rapid prototyping (~100k transistors).

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