802.11-WV-GENER Datasheet, PDF (13/17 Pages) Keysight Technologies – 802.11ad Waveform Generation & Analysis Testbed, Reference Solution

13 | Keysight | 802.11ad Waveform Generation & Analysis Testbed, Reference Solution - Solution Brochure
Software Elements (continued)
W1915EP SystemVue mmWave WPAN baseband verification library
www.keysight.com/find/systemvue
SystemVue is a system-level communications design environment that brings together
physical layer baseband algorithmic modelling, accurate RF modelling, standards-based
reference IP, and direct interaction with test equipment. It is used early in the R&D
lifecycle by system architects, and follows both the RF and Baseband design paths into
implementation, providing continuity for cross-domain verification.
The W1915 mmWave WPAN Baseband Verification Library is a SystemVue add-on
library that provides configurable IP references for 802.11ad and 802.15.3c wireless
communications physical layers operating at 60 GHz. It is used by designers to verify
baseband algorithms, system performance with faded and precisely impaired channels,
and various RF components. Because of the difficulty in making 60 GHz components and
measurements, SystemVue simulations are able to assist in these key ways:
–– Validation of early RFIC and MMIC designs in Keysight GoldenGate and ADS, prior to
taping out a wafer.
–– Economical system-level validation and high-fidelity early pre-compliance using
simulations, so that final hardware compliance testing can be performed more
quickly, with greater confidence.
–– Generation of consistent test vectors for simulation vs. hardware testing, using a
direct download to the Keysight M8190A AWG and measurement using the 81199A
Wideband Waveform Center software. The W1915 library is interoperable with the
81199A and 89600 VSA applications.
802.11ad
coded
TX/RX
Realistic 60 GHz TX/RX system impairments
Download to M8190A
for hardware test
BB source
–– Test vector generation
–– Coding
–– Std pre-compliance
–– Algorithms
–– MIMO/beamforming
Upconverter
–– Quantizer (12 b vs.
16 b)
–– Filtering
–– Gain/phase imbalance
–– Phase noise
–– Nonlinearities
–– Frequency response
60 GHz PA
–– Ideal PA model
–– X-parameters
–– FCE from Golden Gate
–– (with memory effects)
–– Live ADS/GG co-sim
Channel
–– Noise, fading
–– Multipath
–– Interferers
Receiver
–– Downconversion
–– Noise and filtering
–– Clock recovery and EQ
–– ADC and jitter
–– Nonlinearities
–– Spurs