AWR launched Version 2009 of their Visual System Simulator (VSS) software for the end-to-end design and optimization of communications systems. VSS Version 2009 supports AWR Connected for Rohde & Schwarz that adds real-world test signals from the company’s R&S WinIQSIM2 instrument software to the simulation to produce much greater accuracy than generic waveforms. The AWR simulation tool also features a new LTE communication library, new RF component models, and measurement enhancements that give engineers gain greater insight into performance of the designs throughout the design cycle.
The new components within VSS Version 2009 include an LTE communication library, RF switches (with P1dB and IP3 parameters), analog and digital phase shifters that use a digital control word, RF delay blocks that add frequency-dependent phase shift to signals, digital step attenuators and voltage-variable attenuators, an RF combiner and splitter, a two-input/two-output 90-deg. hybrid directional coupler, and receive and transmit antenna models. The pre-release of Visual System Simulator software Version 2009 is available now to qualified customers.
AWR Connected for Rohde & Schwarz is the latest in the AWR Connected series of solutions that blend AWR software with the hardware or specialized software from other vendors to extend the capabilities of AWR software tools. R&S WinIQSIM2 software adds many standards-based, digitally-modulated waveforms to those already present within VSS, including 3GPP LTE, 3GPP WCDMA FDD/HSPA/HSPA+, and WiMAX. This helps designers use test signals in the VSS simulation that are the same as the design will encounter in service. With R&S WinIQSIM2 within VSS, signals created by a signal generator are sent back into VSS so the device under test can be optimized within the software to meet the performance goals of specific wireless network standards.
More info: AWR