SMASH eases the practice of transient noise analysis, while leveraging model specific noise equations such as TSMC specific equations. SMASH is a useful CAD utility that has many features. Here are some key features of “Dolphin Integration SMASH”: ￭ STI stress equations for BSIM3/ BSIM4 family of models including both Berkeley and TSMC specific equations ￭ Enhanced DSP toolbox for periodic signal characterization with jitters measurements and histograms ￭ Streamlined transient noise analysis, taking into account custom equations and parameters for noise ￭ Batch-mode data-extraction on FFT results ￭ Verilog-AMS small signal analysis ￭ Analog operators in Verilog-AMS such as transition filters, slew integrators or circular integrators ￭ Enhancement of time control for Verilog timing checks and VHDL VITAL
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Dolphin Integration SMASH is a fully integrated Cadence Verilog simulator that provides real-time simulation, FFT stress analysis and noise extraction. It can simulate to 500 ps and up to 5 GHz, supporting Microsoft Windows XP or later. We ported the DSP toolbox from RTL-simulator to Verilog-AMS to provide a set of better tools for real time and periodic signal characterization, and a comprehensive implementation for FFT stress testing. Analog input ports available for all circuits A complete set of signal integrity simulation blocks: ￭ Sampled Amplifier ￭ Reactive Capacitor ￭ Slew Rate Generator ￭ Simple Channel Switch and Variable Slew Generators ￭ Serializer and De-Serializer ￭ Serialized Interconnect ￭ slew rate limiter Analog Output ports: ￭ Baseband ￭ RF ￭ Baseband-RF mode selection ￭ Baseband-RF Mode Selection Dolphin Integration SMASH Highlights: ￭ Stress Equations Dolphin Integration SMASH provides TSMC’s best set of GDSII stress equations. These stress equations are fully integrated with Berkeley FFT algorithms to provide an accurate and accurate representation of TSMC process. ￭ FFT Stress Analysis Dolphin Integration SMASH provides FFT stress analysis using its improved FFT algorithms. ￭ Noise extraction Dolphin Integration SMASH provides a complete set of noise extraction tools. This includes extraction of noise from the output, I/O buffer, or a differential output. It also provides a deep analysis of circuit parasitics. ￭ Custom equations Dolphin Integration SMASH provides an easy way to implement custom noise equations and parameters for noise analysis. ￭ Power-Saving Features Dolphin Integration SMASH supports power-savings features that provide 50X performance improvement over the same model using library power-savings implementations. ￭ Jitter Extraction Dolphin Integration SMASH provides jitter extraction from the output and input buffer of a circuit, thus providing accurate jitter noise on the output terminal. ￭ Performance Evaluation Dolphin Integration SMASH provides performance evaluation tool such as RTL-SV simulation results and FFT analysis. ￭ Unmatched Accuracy Dolphin Integration SMASH provides the most accurate level of simulation results with uniform accuracy
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SMASH Torrent Download version 7.2 is a rapid structural, functional, and timing verification platform to integrate design and post-layout data to verify a design’s system functionality and structural quality. It solves challenging design problems via automated analysis and provides an efficient workflow based on a single utility that makes it easier for users to work across different problem domains. SMASH 2022 Crack is the only tool that combines various post-layout systems such as post-layout simulation, post-layout FFT-based analysis, post-layout VHDL timing checks, and post-layout structural checks. SMASH Cracked Accounts has multi-functional state-of-the-art connectivity support, with many connections to design and test-bench analysis, such as Benchmark Verilog, ModelSim, iSIM, VITAL, Workflow Builder and/or Simulink, USRP, JUnit, etc. The latest SMASH Full Crack commands the following to be synchronized: model, design, netlist, environment,.vmf file, simulation data file, control file, RTL-Synthesis user file, VHDL-AMS file, file list, Processors, Designer, and parameters. If a command is activated outside the SMASH 2022 Crack window it will be synchronized only when the command window is open. SMASH’s key benefit to a design verification process are the various high-level commands and the multi-functional connectivity support. Unlike many CAD tools which are mainly Verilog or VHDL based, SMASH has a verilog-AMS based command set and a VHDL based command set. In addition to the user commands, the SMASH design flows are verilog and VHDL based. SMASH carries out various file type based analysis for cases such as transition filters, FFT-based analysis, post-layout structural verification, full-chip simulations. Some key features of “Dolphin Integration SMASH”: ￭ Structural verification including single-cycle analysis and other structural checks ￭ Functional verification includes transient noise analysis and post-layout analysis ￭ Post-layout FFT-based analysis, simulation, post-layout verification ￭ Post-layout noise analysis, based on noise equation such as TSMC and others ￭ Transient noise and voltage analysis of AC and DC mixed signals ￭ Fast post-layout noise and voltage analysis using various short-to-long transition functions ￭ Uninterrupted run-time so your problem can still be 2f7fe94e24
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SMASH eases the practice of transient noise analysis, while leveraging model specific noise equations such as TSMC specific equations. Dolphin Integration SMASH includes a comprehensive set of noise models, models that were deemed to be included in the DIC++ v1.8, and a set of new models. In addition, DIC++ provides best practice insights into noise calculation using real-life calculation examples, for both general practice noise calculation, and the specific case of noise calculation for TSMC-style devices. Before SMASH, the most advanced method to extract noise from a transient signal was by using Verilog-AMS. SMASH extends the capabilities of Verilog-AMS, and integrates the most widely used noise modeling approaches to build the new SMASH tool. A special addition to SMASH is the integration of the DIC++ model library, a set of noise models for transient noise characterization. This DIC++ tool library is also configurable, and the user is free to choose the TSMC-specific noise model or the technology-agnostic noise model. This SMASH plugin (1) includes the latest DIC++ version, and (2) includes all the default library content. User may add or remove the models themselves using configurable parameters. SMASH is more than just a CAD tool, it provides a complete characterization of noise, including noise effects from not only the transistor but the package and board. “Dolphin Integration DSP” is a powerful tool for circuit signal processing and statistical analysis. The functionality of DSP consists of a range of processing modules: FFT analysis, SAR analysis, SRMR analysis, digital filters, noise analysis, non-linear circuit analysis, and more. DSP FFT analysis provides a number of spectral analysis features: time domain, spectral, frequency domain, time-frequency, simple and complex transforms. DSP SAR analysis includes an FFT SAR Tool, time signal envelope analysis, SAR correlation, SAR power spectral density, smooth SAR, frequency signal identification, and more. DSP SRMR analysis includes a wide range of SRMR analysis features for single tone to noise ratio and group delay analysis. DSP digital filters include FIR and IIR filters with custom coefficients, IIR filters with custom coefficients and high pass filters, low pass filters and more. DSP noise analysis includes Noise power analysis, noise parameter analysis, noise spectrum analysis, noise-ripple analysis, and noise-pattern analysis. DSP non-linear circuit
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SMASH is a transient noise analysis/characterization simulator for electronic systems. The simulation can be from anywhere in system stage (step analysis) or once the system is in steady-state (finite time simulation). The system can be modeled in either continuous or digital electrical system language and noise analysis can be done both statically or dynamically. The various noise models used in SMASH include RC, RLC, RCL, LCL, CP and others. SMASH is well suited for analyzing a variety of noisy circuits such as switching circuits, memristors, resonant circuits, and amplifiers. SMASH Dynamic Simulation is an advanced feature within the simulator. At any time during the simulation, dynamic response of a signal from any node can be traced using a graphical user interface (GUI). SMASH also has a lot of functionalities with other CAD tools in the Design Assembly Language (DAL). DAL is a set of languages, including both Verilog-AMS and VHDL-AMS to design electrical or analog integrated circuits. As described in the information on Verilog-AMS page, Verilog-AMS can be used to design both digital and analog parts. The Verilog-AMS digital circuits can be either synchronous or asynchronous with other parts. A digital circuit may contain combinations of gates, buffers, function generators and registers etc. The architecture of a digital circuit can be from a single instruction to multiple instruction, from small functional blocks to full scale state machines, from primitive to sophisticated circuits. For Verilog-AMS, some of the analog gates include comparators, adders, mixers, cosines, triangle oscillators, and more. For VHDL-AMS, some of the analog gates include comparators, adders, buffers, mixers, voltage followers, integrators, and sine oscillators, etc. For both the languages, the analog and digital voltages are mixed together to form differential or single ended signals. Therefore, these languages are interoperable with most engineers’ VHDL/ Verilog designs. SMASH Analysis options: SMASH can carry out the following analysis options: ￭ Noise model as frequency-dependent or not ￭ Noise models including RC, RLC, RCL, CP, or other ￭ Noise models including different locations in the IC (full layout, random, register, and
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