W2363EP Mature Wireless Libraries Element
The Advanced Design System (ADS) Mature Wireless Libraries Element is a collection of older wireless standards for cellular and DTV applications. It enables the verification of the RF-PHY for backward compatibility with older standards for multi-mode, multi-band operations; and development of custom proprietary standards for secure communication derived from established technologies as references. It enables simulation interference from multiple cellular and networking signals on communication system performance.
- View entire ADS Wireless Libraries Chart
Comprehensive descriptions of each of the standards are summarized in the wireless library chart below.
|Design Libraries included in this element|
|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.|
|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.|
|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).|
|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.|
|Wireless LAN (WLAN)||Easy-to-use, hierarchical, realizable models for the efficient design and verification of IEEE 802.11 and Hiperlan2 transmitters and receivers.|