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PathWave System Design (SystemVue)
System-level design and simulation software
Accelerate System Design to Verified Hardware
Connect system-level design to RF circuit simulation. Verify physical layer system designs. Interoperate with test equipment while wireless standards evolve.
- Validate baseband and RF integration early
- Streamline verification with pre-built test benches
- Easily connect to test equipment
- Perform 5G architecture development and validation
- Create and verify algorithms with baseband libraries
- Simulate real-world radar scenarios
Design Across Baseband and RF Domains
PathWave System Design (SystemVue) is a multi-domain modeling environment that accelerates design, verification, and test. Standards libraries for automotive radar, 802.11ax WLAN, and NB-IoT enable real-world scenario verification. Moving pedestrian models provide realistic verification of automotive radar designs in detecting human targets.
Find the Product that's Right for You
Bundles
| Model Number | Bundle Name | Description | |
|---|---|---|---|
| W1461BP | Comms Architect | Core system design physical layer (PHY) environment | Learn More |
| W1462BP | FPGA Architect | Fixed-point, hardware-true simulation models | Learn More |
| W1464BP |
RF System Architect | Spectral domain RF block simulator and a frequency planning tool |
Learn More |
| W1465BP |
System Architect | VHDL/Verilog hardware implementation path | Learn More |
| W1468BP |
Spectrasys Bundle | Spectrasys, ADS X-parameter support, and RF frequency planning | Learn More |
| W1467BP |
Array Architect | Phased array/beamforming support for dataflow and RF system simulators | Learn More |
| W1484BP | RF Impairment Module | Data flow simulator and RF_Link | Learn More |
| W1806BP | 5G NR Algorithm Design Module | Existing 5G NR library but with no phased array included | Learn More |
Design Kits and Application Personalities
| Model Number | Product Name | Description | |
|---|---|---|---|
| W1711EP |
SystemVue Engine |
Scalable, standalone dataflow simulator | Learn More |
| W1712EP |
Distributed Computing 8-pack |
Accelerate and manage multiple parameterized sweep simulations | Learn More |
| W1713EP |
SerDes Model Library |
Perform architecture optimization of a Serializer/Deserializer (SerDes) | Learn More |
| W1714EP |
AMI Modeling Kit | Optimize the signal processing blocks for your SerDes IC at the electronic system level (ESL) | Learn More |
| W1715EP |
MIMO Channel Builder | Develop, verify, debug LTE receiver algorithms | Learn More |
| W1716EP |
Digital Pre-Distortion Builder | Quickly model nonlinearities and memory effects in transceivers | Learn More |
| W1717EP | Hardware Design Kit | Quickly account for bit-true hardware effects prior to targeting | Learn More |
| W1718EP | C++ Code Generator | Generate C++ models from the SystemVue interface | Learn More |
| W1719EP | RF System Design Kit | Close the design gap between RF system architects and baseband and system-level PHY architects | Learn More |
| W1720EP | Phased Array Beamforming Kit | Evaluate phased array and beamforming subsystems, including RF, Digital, and Hybrid architectures | Learn More |
| W1724EP | STK Interface | Enhanced radar / EW visualization and environment modeling | Learn More |
| W1725EP | Ray Tracing Design Kit | Automotive radar complex scenario modeling | Learn More |
Baseband Exploration and Verification Libraries
| Model Number | Product Name | Description | |
|---|---|---|---|
| W1902EP |
Digital Modem Library | Perform transmit, receive, and bit-error-rate (BER) analysis | Learn More |
| W1905EP |
Radar Model Library | Connect realistic reference designs with RF models and test equipment | Learn More |
| W1908EP |
Automotive Radar Library | Connect different models to establish unique automotive radar simulation scenarios | Learn More |
| W1906EP |
5G Baseband Verification Library |
Investigate, implement, and verify communications PHY signal processing designs | Learn More |
| W1907BP | 5G Forward Baseband Verification Bundle | Model and evaluate 5G technology on an existing 4G PHY frame structure | Learn More |
| W1910EP | LTE Baseband Verification | Accelerate the maturity of baseband PHY designs for 3GPP LTE systems | Learn More |
| W1911EP | WiMAX Baseband Verification | Exercise your designs with pre-compiled functional blocks for source, coding, and receiver | Learn More |
| W1914EP | DVB-x2 Baseband Verification | Continue verification directly from the simulation into the measurement environment | Learn More |
| W1915EP | mmWave WPAN Baseband Verification | Verify baseband receiver algorithms, system architectures, and RF components | Learn More |
| W1916EP | 3G Baseband Verification Library | Configure PHY waveforms for a variety of existing commercial wireless standards | Learn More |
| W1917EP | WLAN Baseband Verification Library | Perform design and verification of wireless connectivity | Learn More |
| W1918EP | LTE-Advanced Baseband Verification Library | Deploy 4G performance with greater insight and confidence | Learn More |
| W1919EP | GNSS Baseband Verification Library | Perform end-to-end system modeling for GPS and BeiDou-2 satellite navigation systems | Learn More |
| W1904EP | SystemVue Adaptive EQ Library | Correct for PHY impairments in channels with multi-path fading and analog hardware | Learn More |
| W1906BEL | 5G Baseband Exploration Library | Accelerate PHY design process with a superior modeling environment | Learn More |
| W1912BEL | BaseBand Exploration Library | Access source code algorithmic libraries for various wireless applications | Learn More |
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Extend the Capabilities of PathWave System Design
Resources for PathWave System Design
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