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SystemVue Legacy Product Structure & Options Summary
Announcing PathWave System Design (SystemVue)
Important: The new PathWave System Design product family is replacing Keysight's SystemVue ESL Software. For more information, refer to the PathWave System Design (SystemVue) Configuration guide or contact your local PathWave Design Software sales representative.
Legacy SystemVue ESL Software
For legacy SystemVue ESL Software products, please refer to the details below.
| Model Number1 | Bundle Name | Description |
|---|---|---|
| W1461BP | SystemVue Comms Architect | Dramatically cuts design time and verification effort for System Architects, Algorithm Developers, and Hardware Designers who create or implement communications systems at the physical layer (PHY). |
| W1462BP | SystemVue FPGA Architect | Adds fixed-point hardware-true simulation models and a VHDL/Verilog hardware implementation path to the SystemVue environment. Rapid-prototyping and verification of hardware effects at the system level help architects get working PHY's on the air faster than ever before. |
| W1464BP | SystemVue RF Architect | Adds a spectral domain RF block simulator and a frequency planning tool to account for RF/Analog effects that other simulators ignore. Design and troubleshoot RF-True systems with confidence in minutes, not days. |
| W1465BP | SystemVue System Architect | Powerful multi-domain toolset that unites both signal processing and RF hardware into a single creative ESL workflow. Superior ease of use, partitioning, and verification allow challenging, high-performance communications PHYs to go from concept to working hardware in record time, with greater performance and confidence. |
| W1467BP | SystemVue Array Architect | Adds a phased array / beamforming personality on top of the W1464, allowing system architects in 5G, Radar, and Satellite communications to incorporate Analog/RF, Digital, and Hybrid Beamforming performance into their overall system designs. |
| W1468BP | SystemVue Spectrasys Bundle6 | Adds Spectrasys to the SystemVue environment. |
| W1484BP | SystemVue RF Impairment Module | Includes SystemVue engine with dataflow and RF_Link. Does not include SpectraSys or SystemVue GUI. |
| W1806BP | 5G NR Algorithm Design Module | Includes existing 5G NR library but with no phased array included. |
Optional SystemVue Libraries and Application Personalities
| Model Number1 | Name | Description |
|---|---|---|
| W1711EP | SystemVue Engine | Scalable, standalone dataflow simulator that can be added to SystemVue environments to increase simulation capacity for System Architects and System Verifiers in wireless communications and aerospace/defense. |
| W1712EP | Distributed Computing 8-pack2 | The SystemVue Distributed Computing 8-pack accelerates and manages multiple parameterized sweep simulations across distributed compute environments. |
| W1713EP | AMI SerDes Model Library (a subset of W1714) | The W1713 SerDes Model Library is a subset of W1714 AMI Modeling Kit that omits the code generation feature of W1714. |
| W1714EP | AMI Model Generator3 | The AMI Modeling Kit enables you to optimize the signal processing blocks for your SerDes IC at the electronic system level (ESL). |
| W1715EP | MIMO Channel Builder | Models WINNER and WINNER-II MIMO channel fading effects, for realistic physical layer studies of 4G system architectures. |
| W1716EP | Digital Pre-Distortion Builder | Improves performance of 4G components by creating digital pre-distortion (DPD) networks to reduce memory effects, and improve dynamic range. Uses a guided, measurement-based interface. |
| W1717EP | Hardware Design Kit4 | Generates fully synthesizable, hierarchical RTL-level Verilog and VHDL that is bit-true, and cycle accurate. |
| W1718EP | C++ Code Generator | Generates C++ models from the SystemVue interface, allowing you to connect your PHY algorithms to design, implementation, and verification tools on other platforms. |
| W1719EP | RF System Design Kit | An innovative simulator and use model for RF system architects that creates better designs, lowers project risk, and saves time and prototyping costs. |
| W1720EP | Phased Array Beamforming Kit5 | Provides system architects in 5G, Radar/EW, and Satellite communications with the essential tools to evaluate phased array and beamforming subsystems, including RF, Digital, and Hybrid beamforming architectures. |
| W1724EP | STK Interface for SystemVue | Interface between AGI STK software and SystemVue for enhanced radar / EW visualization and environment modelling. |
| W1725EP | Ray Tracing Design Kit for SystemVue | Consists of a separate GUI software which is called from SystemVue and a Ray Tracing Engine embedded in SystemVue. For automotive radar complex scenario modelling applications. |
| W1902EP | Digital Modem Library | Simulation reference library supporting 40 types of modulation for Satellite and Military Communications architects, baseband algorithm researchers, and component verifiers in R&D. |
| W1903EP | Fixed-point Library | View finite-precision effects on overall system performance, before having to commit to an implementation target. |
| W1904EP | Adaptive EQ Library | Select and tune an equalization choice for overall best system performance. |
| W1905EP | Radar Model Library | Provides over 40 highly-parameterized primitive blocks and 26 higher-level reference designs to create a working radar system scenario. |
| W1908EP | Automotive Radar Library | Provides dozens of highly-parameterized simulation models and reference designs for automotive radar scenario simulation. |
| Model Number1 | Name | Description |
|---|---|---|
| W1906BEL | 5G Baseband Exploration Library | Provides ready-to-use reference signal processing IPs for 5G technology research. |
| W1906EP | 5G Baseband Verification Library | Provides ready-to-use reference signal processing IP for 5G technology research especially in multi-antenna system design with advanced modem technology and mmWave channel modeling. |
| W1907BP | Forward Baseband Verification Bundle | Targeted toward 5G universities & 5G researchers who just want 5G performance, and do not need source code. |
| W1910EP | LTE Baseband Verification Library | Helps system architects and algorithm designers exercise their designs with pre-compiled functional blocks for source, coding, and receiver, including 3GPP LTE specifications. |
| W1911EP | WiMAX Baseband Verification Library | Helps system architects and algorithm designers exercise their designs with pre-compiled functional blocks for source, coding, and receiver, including Mobile WiMAX™ and Fixed WiMAX™ specifications. |
| W1912BEL | Baseband Exploration Library | Provides source code algorithmic libraries for various wireless applications source & receiver blocks along with compiled versions for greater simulation speed. |
| W1914EP | DVB-x2 Baseband Verification Library | Provides configurable IP reference for SatComm transmit sources, so that you can verify baseband receiver architectures and algorithms for Digital Video Broadcast DVB-x2 compliant signals. |
| W1915EP | mmWave WPAN Baseband Verification Library | Provides configurable IP reference for TX/RX of 802.11ad and 802.15.3c personal area networks operating at 60 GHz. Supports both simulation and hardware-based verification using SystemVue. |
| W1916EP | 3G Baseband Verification Library | An optional Keysight SystemVue simulation reference library intended for makers of multi-format radios, to enable support for existing commercial wireless standards. |
| W1917EP | WLAN Baseband Verification Library | An optional Keysight SystemVue simulation reference library intended for makers of multiformat radios, to enable support for existing commercial wireless standards. |
| W1918EP | LTE-Advanced Baseband Verification Library | An optional Keysight SystemVue simulation reference library intended for makers of multiformat radios, to enable support for existing commercial wireless standards. |
| W1919EP | GNSS Baseband Verification Library | An optional Keysight SystemVue simulation reference library intended for global navigation satellite systems, to enable support for existing commercial wireless standards. |
Notes:
- The model numbers above reflect perpetual nodelocked licenses (BP, EP suffix). Time-based (BT, ET suffix) and Floating license configurations are also available. Contact your local Keysight EDA representative for configurations and pricing.
- The W1712 Distributed Computing 8-pack is "Floating license only".
- The W1714 AMI Model Generator requires the W1718 C++ Code Generator, and includes the W1713 SerDes Model Library.
- The W1717 Hardware Design Kit now includes the W1903 Fixed-Point Library.
- The W1905 Radar Model Library, W1906 5G Baseband Verification Library, W1907 5G Forward Baseband Verification, W1908 Automotive Radar Library and the W1467 Array Architect bundle all include the W1720 Phased Array Beamforming Kit. Also, the W1720 does not require the W1719 RF System Design Kit, but the W1719 is highly recommended.
- W1468 includes the SystemVue schematic environment, but not the Dataflow simulator.
For more information, refer to the SystemVue Technical Overview.