W1462BP Datasheet, PDF (6/9 Pages) Keysight Technologies – Keysight EEsof EDA SystemVue

06 | Keysight | SystemVue 2016 - Technical Overview
SystemVue Baseband Exploration and Verification Libraries
SystemVue baseband verification libraries
Baseband verification libraries provide compiled models for sources, receivers, function blocks, and reference designs that
adhere to the physical layer of modern emerging standards. They are used to create, debug, and demodulate PHY waveforms
at various locations in system architectures and algorithms. They can be used to validate baseband MATLAB/C++ algorithms,
RF system architectures, as well as test & measurement prototypes. These libraries also interoperate directly with personalities
of the 89600 VSA software, to assure consistency throughout the design process.
SystemVue’s standards-based baseband PHY libraries help you quickly create and verify algorithms and high-performance system
architectures with confidence, so that they will work in the real world.
W1910EP/ET
LTE baseband verification library
W1911EP/ET
WiMAX™ baseband verification library
W1914EP/ET
DVB-x2 baseband verification library
W1915EP/ET
mmWave WPAN baseband verification
library
W1916EP/ET
3G baseband verification library
W1917EP/ET
WLAN baseband verification library
W1918EP/ET
LTE-Advanced baseband verification
library
W1919EP/ET
GNSS baseband verification library
The W1910 provides over 100 highly-parameterized functional blocks for source, coding
and receiver verification, according to 3GPP LTE release 8. Supports closed-loop
throughput measurements with active HARQ, FDD, TD-LTE, and MIMO modes.
The W1911 provides over 75 highly-parameterized functional blocks for source, coding
and receive functions to model compliance and interoperability with WiMAX specification
in IEEE 802.16e-2005.
The W1914 provides a configurable IP reference for SatComm transmit sources, so that
you can verify baseband receiver architectures and algorithms for Digital Video Broadcast
(DVB-S2 and DVB-T2) and ISDB-T compliant signals.
The W1915 provides a configurable IP reference for 60 GHz wireless personal area
network (WPAN) systems, including TX/RX reference designs for 802.11ad and 802.15.3c
physical layers, enabling closed-loop BER and RF verification.
The W1916 provides over 300 highly-parameterized functional blocks for source, coding
and receiver verification for multi-standard radio (MSR) designs requiring references for
GSM, EDGE, CDMA, CDMA2000, WCDMA, HSDPA, HSUPA, and dual-carrier HSPA+.
The W1917 provides parameterized functional blocks for MIMO source, coding and
receiver verification for IEEE 802.11ac, along with full blocksets and reference designs for
802.11a/b/g/n/p, 802.11ah, as well as Bluetooth 4.1 and BLE.
The W1918 includes the W1910 LTE library and extends it to LTE-Advanced Releases
9-13 with over 80 new blocks and MIMO reference designs. Includes recent extensions for
NB-IoT.
The W1919 models baseband RX, TX, and scenarios for the GPS and Beidou2 satellite
navigation standard. Modulation sources for GLONASS, and Galileo also included.