FineSim Pro defines a new paradigm in full-chip circuit-level simulation, enabling the simulation of the most challenging analog/mixed-signal SoCs with SPICE accuracy and unprecedented performance. Diagram * Combination of accuracy and performance in a single executable allows large, mixed-signal designs to be simulated with very accurate SPICE and fast-SPICE solving techniques. This provides complete control of speed- versus-accuracy tradeoffs throughout the entire design. * Multi-CPU simulation enabled through Magma’s Native Parallel Technology TM delivers silicon-accurate results for very large complex systems (5M transistors and more) such as wireless systems on chip (SoCs) and full-chip memory designs. * Electrically Exact Models TM (E2M) dramatically improve simulation performance by orders of magnitude with virtually no loss in accuracy compared to fast SPICE....
Magma talus 1.1.5 Linux new Release. Digital Implementation Talus Platform An all-new IC implementation system that offers unequaled automation and virtually unlimited capacity. With Talus, Magma provides true electronic design automation, rather than providing mere electronic design assistance, as traditional tools in the industry have. Dramatically reduces the design development cycle and design costs, and speeds yield ramp-up for very large ICs targeted at 65-nanometer (nm) and smaller process geometries. Core products include Talus Design, Hydra and Talus Vortex. With Talus Power Pro and Quartz Rail, Magma provides advanced low-power analysis and design capabilities. Product:Magma talus 1.1.5 Linux Lanaguage:english Platform:Winxp/Win7 Size:449MB
Featuring industry leading accuracy, throughput and ease of use, SiliconSmart® provides standard cell and I/O characterization and modeling for all popular design flows and supports advanced timing and power modeling. It is a complete library characterization and publishing system that produces production-ready models with minimal setup effort. For maximum performance, SiliconSmart HP (High Performance) embeds Magma’s high-speed SPICE simulator, FineSim™ SPICE, providing a 2x improvement in throughput. Both are backed by dependable worldwide customer support and provide the most reliable and shortest path to high-quality, production-ready nanometer models. Adaptive parallel job manager provides the fastest throughput and is fully scalable to take advantage of an unlimited number of CPUs, delivering unrivalled performance utilizing the highest level of parallelism (on...
FineSim Pro defines a new paradigm in full-chip circuit-level simulation, enabling the simulation of the most challenging analog/mixed-signal SoCs with SPICE accuracy and unprecedented performance. Combination of accuracy and performance in a single executable allows large, mixed-signal designs to be simulated with very accurate SPICE and fast-SPICE solving techniques. This provides complete control of speed- versus-accuracy tradeoffs throughout the entire design. Multi-CPU simulation enabled through Magma’s Native Parallel Technology TM delivers silicon-accurate results for very large complex systems (5M transistors and more) such as wireless systems on chip (SoCs) and full-chip memory designs. Electrically Exact Models TM (E2M) dramatically improve simulation performance by orders of magnitude with virtually no loss in accuracy compared to fast SPICE Typically, analog and digital...
FineSim Pro defines a new paradigm in full-chip circuit-level simulation, enabling the simulation of the most challenging analog/mixed-signal SoCs with SPICE accuracy and unprecedented performance. Diagram * Combination of accuracy and performance in a single executable allows large, mixed-signal designs to be simulated with very accurate SPICE and fast-SPICE solving techniques. This provides complete control of speed- versus-accuracy tradeoffs throughout the entire design. * Multi-CPU simulation enabled through Magma’s Native Parallel Technology TM delivers silicon-accurate results for very large complex systems (5M transistors and more) such as wireless systems on chip (SoCs) and full-chip memory designs. * Electrically Exact Models TM (E2M) dramatically improve simulation performance by orders of magnitude with virtually no loss in accuracy compared to fast SPICE....
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