Parallel simulation of general time-domain circuits that are represented by non-linear/linear differential algebraic equations is accomplished by partitioning them into smaller subcircuits via a novel combination of the companion form representation of the given circuit and efficient node splitting, during Newton Raphson iterations, at any time point.

Simulation of models wihtin a distributed environment is facilitated. A model is partitioned based on clock domains and communication between partitions on different processors is performed on synchronous clock boundaries. Further, data is exchanged across the network on latch boundaries. Thus management aspects of the simulation, such as management asssociated with the global simulation time, are simplified.