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Descrição

The Advanced Design System (ADS) Integrated Wireless Libraries Element is a comprehensive collection of 15 Keysight wireless libraries covering all 2G/3G/3.9G cellular standards from GSM to 3GPP LTE; all wireless networking standards from WLAN to Mobile WiMax and WiMedia and Digital TV standard (but not including VWAN which is restricted to members of the Wireless HD consortium). It enables the design of the latest wireless cellular, networking and home entertainment product RF-PHY layer while maintaining backward compatibility with older standards for multi-mode, multi-band operation across the world. It is also useful for defense-aerospace applications such as designing systems for jamming and surveillance of all wireless signals. It provides the foundation reference for developing custom proprietary standards based on established technology for secure data and voice communication.

Comprehensive descriptions of each of the standards are summarized in the wireless library chart below.

Design Libraries included in this element
Design Libraries Description
  3GPP FDD W-CDMA Provides behavioral models, and pre-configured Test and Verification setups which evaluate design performance parameters such as Adjacent Leakage Ratio (ACLR), Error Vector Magnitude (EVM), Peak Code Domain Error, coded Bit Error Rate (BER), and more.
  3GPP LTE Provides signal processing models and preconfigured simulation setups to enable you to create spectrally correct test waveforms that comply with 3GPP requirements.
  802.11n Allows fully encoded WLAN 11n signal to be generated and demodulated.  In addition, transmitter and receiver measurements are provided including EVM, CCDF, BER/FER under MIMO channel.
  CDMA Provides system-level design capability based on the TIA/EIA-95 technical specifications.
  CDMA 1xEV Provides transmitter (RF) design and verification capabilities which include power amplifier (PA) testing with complex signal sources.
  CDMA2000 Helps communication and RF system designers perform system-level tradeoff, requirement partitioning, and performance verification based on TIA IS-2000 standards.
  Digital TV (DTV) Easy-to-use, hierarchical, realizable models for use in the design and verification of digital television transmitters or receivers.
  EDGE Helps communication and RF system designers perform system-level tradeoff, requirement partitioning, and performance verification via key transmitter and receiver measurements.
  Fixed WiMAX Provides signal processing models, preconfigured simulation setups, signal sources and receivers to facilitate simulation of fully coded systems.
  GSM Enables you to assemble a GSM system design using behavioral models and examples and verify performance with transmitter and receiver metrics such as Bit Error Rate (BER), Frame Error Rate (FER) and Adjacent Channel Power Ratio (ACPR).
  HSPA (High-Speed Packet Access) Provides preconfigured simulation setups, signal sources and fully coded BER analysis for simulation of the circuitry used in 3GPP fast uplink designs.
  Mobile WiMAX™ Provides signal processing models, preconfigured simulation setups, signal sources and receivers to facilitate simulation of fully coded systems.
  TD-SCDMA Provides behavioral models, and pre-configured Test and Verification setups which evaluate design performance parameters such as Error Vector Magnitude (EVM), Power versus Time, Complementary Cumulative Distribution Function (CCDF), and coded Bit Error Rate (BER), and more.
  WiMedia Provides preconfigured simulation setups, signal sources, and fully coded BER analysis for simulation of the circuitry used in WiMedia based products.
  Wireless LAN (WLAN) Easy-to-use, hierarchical, realizable models for the efficient design and verification of IEEE 802.11 and Hiperlan2 transmitters and receivers.