2023-06 posts
SMASH 7.6.0 mixed-signal simulator significantly speeds up OP/DC and transient analyses of analog and mixed designs in advanced nodes by a gain between x2 and x6. These major speed-up gains have been possible thanks to new methods and algorithms without losing simulation accuracy, as merge of identical SPICE instances, improve evaluation of MOS transistors, RC reduction methods and new Solver. All these features allow SMASH to be as fast or even to overtake the major fastest golden spice simulators, while ensuring accuracy of a single solver SPICE simulator. SMASH is now supporting SystemVerilog language for RTL synthesizable simulations, thanks to the integration of Verilator. Verilator is open source Verilog/SystemVerilog simulator. Verilator converts Verilog HDL modules to C++ models which are...
Solido Design Environment is a comprehensive AI-powered design environment for all SPICE-level design and verification, and is a single unified solution for nominal and variation analysis. Used by thousands of designers to produce the most competitive products in hp computing, AI, IoT, automotive and mobile applications. Brute force-accurate signoff variation 1000X faster Orders of magnitude faster than brute-force simulation Full coverage verification across PVTs and Monte Carlo Brute-force Monte Carlo and SPICE accurate high-sigma verification Variation-aware design sensitivity, debugging and optimization Comprehensive design environment to boost engineering efficiency Significantly reduces documentation time/effort Identifies design weaknesses previously undetectable Easy to use and deploy Intuitive GUI for interactive design and analysis GUI or batch mode Works with all process technologies Integrated with...
Optenni Lab is the leading circuit synthesis software for antenna and RF optimization aiming at efficient assessment and optimization of antenna and RF systems at any design phase. Optenni Lab 5.2 contains again a large number of improvements, including the following: Measured s1p can be used as Impedance target Negative component values are supported – this is great especially in de-embedding and model fitting Ideal open and short are included in synthesis using component libraries S, Y and Z parameter optimization is supported Discrete tuner optimization is a lot faster Project notes can now be added in the Optenni Lab project files General project info and log of main user actions are automatically added to Optenni Lab project files General...
