Synopsys.Hspice.vR-2020.12.SP1
HSPICE® is the industry’s “gold standard” for accurate circuit simulation and offers foundry-certified MOS device models with state-of-the-art simulation and analysis algorithms. With extensive usage in analog/RF/mixed-signal IC design, cell and memory characterization, and chip/package/ board/backplane signal integrity simulation, HSPICE is the industry’s most popular, trusted and comprehensive circuit simulator. Foundry-Certified Models Device models are the ingredients for accurate circuit simulation. HSPICE is consistently first to provide new advanced device models and HSPICE models are first to be foundry-certified. Over the years, HSPICE has consistently engineered leading-edge modeling technology for advanced node CMOS, FinFET and FDSOI processes that ensures the most advanced and accurate set of industry-standard device-model implementations. Synopsys collaborates closely with leading commercial and proprietary foundries to ensure that their HSPICE model parameters are timely and accurately validated to their fabrication process. The comprehensive set of HSPICE models have been extensively proven over the broadest set of semiconductor technologies, ranging from the Compact Modeling Council (CMC) standardized models (BSIM, PSP, HiSIM, etc.) on the latest technology nodes to proprietary models (HVMOS, TFT, etc.) for specialized applications (high voltage, display, etc.). See www.HSPICE. com for an up-to-date list of device models supported in HSPICE. Triple DES Encryption HSPICE offers robust 192-bit encryption compliant with Triple Data Encryption Standards (DES). This feature enables users to distribute their HSPICE custom netlists and models without revealing sensitive information. Third-party recipients of encrypted HSPICE netlists can run simulations with but cannot print encrypted parameters or internal node voltages. The third-party user simulating the encrypted netlist sees devices and circuits as black boxes, which provide only terminal functions. This enables netlist providers to keep their propriety models and designs confidential while allowing third-parties to perform transistor accurate simulations without changing their flows.
product:Synopsys.Hspice.vR-2020.12.SP1
Lanaguage:english
Platform:Win/Linux
Size:2DVD