W1462BP Datasheet, PDF (4/9 Pages) Keysight Technologies – Keysight EEsof EDA SystemVue

04 | Keysight | SystemVue 2016 - Technical Overview
SystemVue Libraries
The SystemVue environment provides nearly 300 native simulation models, plus value-added OFDM and Zigbee signal sources. Listed
below are optional libraries that can be added to any SystemVue environment.
W1902EP/ET
Digital modem library
W1904EP/ET
Adaptive equalization library
W1905EP/ET
Radar model library
W1906EP/ET
5G baseband verification library
Versatile transmit/receive library supporting modulation/demodulation and EVM/
BER measurements for approximately 40 popular communications formats. Matched
TX/RX pair includes framing and adaptive equalization, DSSS (spread spectrum), and
synchronization needed for milcomm, satcomm, and test and measurement applications.
Library of adaptive-equalization blocks that allow system designers to work with already-
corrected channel performance. The blocks also serve as algorithmic references to test
user-developed models and hardware implementations.
Provides signal processing reference models for radar and electronic warfare system
architectures in a variety of applications including Pulsed Doppler, Automotive/FMCW,
Phased Array/Beamforming, Synthetic Aperature, and UWB Radars. Enables moving
multi-static scenario modeling by adding TXs, RXs, targets, clutter, fading, interferers,
and the RF effects necessary for realistic system analysis and early R&D verification.
Connects to wideband test equipment and 3rd party software to create highly capable
test beds. (Note: Also includes W1720).
Simulation-based algorithmic reference library to support pre-5G standards exploration
of system-level performance, providing models in three main areas: Candidate PHY
waveforms and coding; high-order MIMO and phased array/beamforming; and millimeter-
wave channel modeling. Support links to both EDA simulation and wideband test
equipment, for realistic results. (Note: Also includes W1720).
Figure 2. SystemVue provides a modeling and verification cockpit for high-performance communica-
tion system architectures where RF and Baseband performance must be considered together. With
open baseband modeling and realistic RF, together with links to standards references.