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PathWave Advanced Design System (ADS) Simulation Elements
Elements provide an affordable and flexible way to expand your design and
simulation capabilities
PathWave Advanced Design System (ADS) design elements provide additional capabilities to the W3600B PathWave ADS Core + EM Design Core bundle, enabling designers to customize the configuration of ADS to suit their design needs. Elements are comprised of distinct design and simulation functions, grouped together into very powerful and cost effective packages. They provide an affordable and flexible way to expand your design and simulation capabilities by using them together with an existing PathWave ADS configuration or any PathWave ADS Bundle. Additional Elements can be added to an existing bundle to extend the design and development capabilities.
Note: All Elements require W3600B PathWave ADS Core + EM Design Core and other elements as required.
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Comprehensive physical design environment for RF module, MMIC, RFIC and RF PCB with intelligent 3D multi-technology assembly & routing to create complex multi-chip integrated structures.. Module level DRC, LVS, LVL. Supports OA, ODB++, Gerber, GDSII, etc.
Nonlinear Harmonic Balance, Circuit Envelope and Transient/Convolution circuit simulators for analyzing RF circuits in the frequency-, modulation- and time-domains. Generates nonlinear X-parameter models of circuits for use in system and circuit simulation.
Analyzes nonlinear circuits in the frequency domain to produce a spectrum of frequencies with varying amplitudes and phases representing the steady-state nonlinear behavior of RF/MW circuits such as amplifiers, mixers and oscillators and custom circuits.
Analyzes nonlinear circuits efficiently under digitally modulated RF signal excitation in the modulation domain to produce a time varying spectrum of frequencies with amplitudes and phases. Includes memory effects from wideband modulations.
Analyzes nonlinear RF circuits under transient excitation such as oscillator start up and amplifier pulsed response. Convolution uses frequency domain models for time domain transient analysis with advanced algorithms to ensure causality and passivity.
Includes transient / convolution, channel simulation, Via Designer, controlled impedance line designer (CILD), broadband SPICE Model generator and more.
PathWave ADS Memory Designer workflow shortens design cycles and reduces project delays with the easy-to-use smart components and bus-wires. The Memory Designer element also includes compliance testing and DDR bus simulator.
Built for power converter design for power generation and transmission, aerospace-defense, automotive, data center, consumer electronics, and IoT applications.
Frequency domain circuit simulator for RF and microwave circuits operating under linear conditions. Includes extensive libraries of accurate distributed and device models. Fast optimization enables ideal first cut designs to be developed quickly.
Includes circuit simulation high-performance computing package for parallel computing.
Perform full analysis on your transceiver from electrical to optical, back to electrical using the VPI optical link element. The VOL component for the Electrical-Optical-Electrical (E-O-E) solution is where the optical parameters are entered, coming in from the VPIphotonics Design Suite.
Command Address and Data Bus Pre-Layout builder is a wizard driven workflow, with 3 added via types. Additionally supports clam-shell configuration.
The W3078E PathWave Advanced DDR AMI Modeler enables designers to build single ended PAM4 AMI models for memory interfaces, especially targeted for next generation memory systems including GDDR6X, GDDR7, and potentially DDR6.
USB AMI Modeler enables you to quickly and easily build AMI models for USB with next generation PAM3 modulation. Use the wizard driven workflow to modify specific parameters for your models including: CTLE, AGC, Compression, DFE, CDR, and more. USB AMI Models build out the models in the following file formats: .ami, .dll / .so, .ibs, and .conf which is a reusable file format.
Quickly and easily build AMI models for PCIe for both transmitters (Tx) and receivers (Rx) using the PCIe AMI Model Builder tool within PathWave ADS.
3DEM simulation interface integrated in ADS and Virtuoso environments for RF/Microwave circuit designers to easily run interactive EM-circuit cosimulation for tuning and optimization. Includes Momentum 3D Planar and FEM full 3D EM simulators with automatic expert setup.
PathWave Momentum is a 3D planar EM simulator integrated within ADS for distributed passive RF/Microwave circuit and planar antenna analysis. Memory efficient NlogN and multi-threaded solver algorithms delivers the fastest and highest capacity 3D planar EM simulation.
Provides signal integrity analysis of complex high-speed PCBs, enabling you to characterize loss and coupling of signal nets, and ultimately extract an accurate EM model that can be used in the ADS transient and channel simulators.
Provides complete power integrity (PI) analysis of your power distribution network (PDN). Simulation engines include DC IR drop analysis, Thermal and Electro-Thermal DC analysis, PDN AC impedance analysis, optimization for decoupling capacitors, and finally power plane resonance analysis.
Built for power converter design for power generation and transmission, aerospace-defense, automotive, data center, consumer electronics, and IoT applications.
The Conducted EMI solution is now available for PathWave ADS PIPro. It enables the setup of differential excitations, with system ground plane referencing to match conducted EMI test bench measurements. Includes spectrum limits for automotive test compliance.
EM simulation license enabling parallel simulation for large jobs. This license can be applied to multiple EM solvers. Combine multiple 1-packs for greater parallelism and higher performance. This element requires an EM simulator license.
Ptolemy and Verification Test Bench (VTB) dataflow Simulators for verification of circuits in RF-mixed signal systems. Prerequisite for use with Radar, 5G/Cellular, WiFi/Connectivity VTB libraries to verify RF circuits against industry radar, wireless and networking connectivity standards.
Verification Test Benches (VTB) for 5G, 4G LTE Advanced, 3G/3GPP LTE, 3G and 2G cellular applications. Requires the W3040E PathWave Sys-Ckt Verification Simulator.
Verification Test Bench (VTB) for WiFi, Bluetooth, WiMax and additional wireless connectivity standards applications. Requires the W3040E PathWave Sys-Ckt Verification Simulator.
Verification Test Bench (VTB) for WiMedia, Wide Video Area Network (WVAN) and digital television (DTV) applications. Requires the W3040E PathWave Sys-Ckt Verification Simulator.
Provides access to the PathWave System Design (SystemVue) high-performance dataflow simulation engine and to simulate pre-defined standard-compliant test benches in PathWave Advanced Design System (ADS) or with PathWave RFIC Design (GoldenGate) to easily validate circuit performance against modulated metrics such as EVM, BER, or ACPR.
Most cost effective and complete collection of all Verification Test Benches (VTBs) for Wireless Cellular (5G, 4G, 3G, 2G), Radar, Network connectivity (WiFi, Bluetooth, WiMax), Media networks (DTV, WVAN, WiMedia). Requires the W3040E PathWave Sys-Ckt Verification Simulator.
Temperature-aware circuit simulation results based on high capacity state-of-the-art thermal solver technology directly integrated with the PathWave ADS layout environment and circuit simulators. Eliminates manual design transfer to standalone thermal solvers.
Generates time-varying electro-thermal (ETH) models to significantly speed up subsequent electro-thermal simulations by typically 10x. Requires W3050E PathWave Electro-Thermal Simulator. Dynamic ETH models can be used with all ADS circuit simulators.
PathWave Synthesis, SpectraSys and Modulated-RF: Automatic synthesis of lumped and distributed RF/Microwave circuits, RF system architecture design with frequency planning. Digitally modulated RF sources for accurate ACPR and EVM budget analysis on system chain. Personal design productivity tool for ADS circuit designers.
PathWave RFPro 3DEM Simulation link option to use 3rd party Ansys HFSS FEM simulator.
Full wave 3D EM simulation capabilities based on the Finite Element Method (FEM). Includes the RFPro UI for fast error free setup of 3DEM-circuit cosimulation within ADS without altering layout or circuit schematic. 3D parameterized components speed up 3D design input.
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