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W3614B PathWave ADS Core + EM Design Core + RFIC Design + RF Circuit Sim + Layout + RFPro + VTB Engine + Complete VTBs
Most Trusted RF and Microwave Design Software in the Industry
Vertrieben durch:
- Autorisierte Vertriebspartner
- Keysight Direct Sales
PathWave ADS and EM design environments with 3D multi-tech RF layout and DRC/LVS/LVL verification. RFPro EM (Momentum and FEM) simulators, RFIC Design (GoldenGate) simulator for Cadence Virtuoso. Complete ADS circuit simulators (Linear, HB, Envelope, Transient/Convolution). Virtual Test Bench (VTB) Simulator and complete VTB libraries for Radar, 5G/Cellular, WiFi/Connectivity and WiMedia/etc.
Highlights
The W3614B PathWave ADS Core + EM Design Core + RFIC Design + RF Circuit Sim + Layout + RFPro + VTB Engine + Complete VTBs includes:
- Pathwave ADS and EM Design Environments
- RFIC Packaging Design
- 3D multi-tech RF layout with DRC/LVS/LVL verification
- RFPro Momentum and FEM simulator
- ADS Circuit Simulators (Linear, HB, Envelope, Transient/Convolution)
- PathWave RFIC (GoldenGate) Simulator
- Virtual Test Bench (VTB) simulator for digitally modulated RF
- Complete VTB verification library for 5G, radars, Wi-Fi, etc.
PathWave ADS and EM design environments with 3D multi-tech RF layout and module level DRC/LVS/LVL verification. RFPro EM (Momentum and FEM) simulators can be used in Cadence Virtuoso, Synopsys Custom Compiler and ADS to perform automatic EM-circuit cosimulation without layout modification. RFIC Design (GoldenGate) simulator for Cadence Virtuoso or Synopsys Custom Compiler analyzes large RFICs. After RFIC packaging, complete ADS circuit simulators (Linear, HB, Envelope, Transient/Convolution) analyze RF/MW circuits under all operating conditions. Virtual Test Bench (VTB) Simulator and complete VTB libraries for Radar, 5G/Cellular, WiFi/Connectivity and WiMedia/etc. verifies your design for compliance with industry standards.
Includes the industry's first:
- Error Vector Magnitude (EVM) analysis at the circuit level for digitally modulated RF
- Winslow nonlinear amplifier stability comprehensive analysis
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