What's innovative about Physware's Technology?

Physware’s proprietary PhysBEAM technology enables, through multilevel linear-scaling electromagnetic matrix solution technology, Maxwell-accurate 3D fullwave design solutions for SI PI EMI and SNI challenges at unprecedented speeds and capacities. Speedups of 10x or more for SI and PI, and 100x for EMI and SNI over competing 3D field solutions are observed by our customers. Additionally, Physware technology enables design solutions that have traditionally not been possible and allows for significantly larger chip-package-board-system constituents to be analyzed, therefore reducing turnaround time and removing errors associated with ad hoc “pizza slicing” of designs. PhysBEAM is built from the ground up to algorithmically exploit at the electromagnetic matrix solver level, multicore shared-memory architectures, thus enabling dramatic speedups without memory overheads, unlike distributed-mode field solvers, on multiple cores. PhysBEAM also allows direct incorporation of circuit elements into the electromagnetic simulation, thereby enabling co-design and co-simulation in the presence of passive elements.

PhysWAVE is Physware’s flagship 3D, broadband, full-wave electromagnetic solver. PhysWAVE is built around proprietary accelerated boundary element technology that enables unprecedented speed and capacity, while preserving gold-standard Maxwell accuracy. PhysWAVE is built from the ground up to exploit multicore and hybrid architectures, as well as to utilize the best of fast solver technology to enable rapid simulation on single or multiple core machines.

PhysWAVE’s integrated solution provides, in a unified interface, multiple options and features that typically are available only in multiple products. Designers can benefit from Signal Integrity, Power Integrity, and EMI features from the unified interface that exploit powerful broadband full-wave EM technology.

PhysAPEX is Physware’s accelerated extractor. PhysAPEX enables package, board, system, SiP, and SoC designers to rapidly and accurately extract passive and causal reliable net-list representation of subsystems in a fully automated manner.

PhysAPEX is built around proprietary electro-magneto-quasi-static accelerated boundary element technology that enables unprecedented speed and capacity, while preserving gold-standard Maxwell accuracy.

PhysAPEX is built from the ground up to exploit multicore and hybrid architectures, as well as to utilize the best of fast solver technology to enable quick simulation on single or multiple core machines.