Awr

NI (formerly AWR Corporation) has released 12.0 version of NI AWR Design Environment high-frequency software, includes upgrades, updates and enhancements to Microwave Office, Analog Office, Visual System Simulator, AXIEM and Analyst software products.

NI (formerly AWR Corporation) has released 13.0 version of NI AWR Design Environment high-frequency software. This release introduces innovations in design flow management and simulation for MMIC, RFIC, multi-chip module and PCB.

AWR Corporation, the innovation leader in high-frequency EDA software, has announced AWR Design Environment 10.04, its first new software release in 2013, which includes many new features and enhancements to Microwave Office/Analog Office circuit design software and Visual System Simulator (VSS) system design software, as well as AXIEM 3D planar electromagnetic (EM) software and Analyst 3D finite element method (FEM) EM software.

NI (formerly AWR Corporation) has presented the 11.04 release of NI AWR Design Environment high-frequency software, inclusive of Microwave Office, Analog Office, Visual System Simulator (VSS), Analyst and AXIEM for the design of MMICs, RF PCBs, RFICs, microwave modules, communication systems, radar systems, antennas and more.

NI (formerly AWR Corporation) has released 13.02 version of NI AWR Design Environment (NI AWRDE) high-frequency software. This release includes the following new features, enhancements, and user interface changes.

National Instruments is pleased to announce the availability of NI AWR Design Environment V14. This latest release includes new features, add-on modules and enhancements to the NI AWR Design Environment software suite of products, including Microwave Office/Analog Office circuit design software, Visual System Simulator (VSS) system design software and AXIEM planar and Analyst 3D finite element method (FEM) electromagnetic (EM) simulators.

The AWR Design Environment (AWRDE) suite comprises three powerful tools that can be used together to create an integrated system and RF or analog design environment: Visual System SimulatorTM (VSS), Microwave Office (MWO), and Analog Office (AO) software. These powerful tools are fully integrated in the AWR Design Environment suite and allow you to incorporate circuit designs into system designs without leaving the AWR Design Environment.

AWR has answered the needs of customers for integrated filter synthesis by integrating into Microwave Office design suite the industry-leading Nuhertz Technologies' filter synthesis technology. High-frequency circuit designers can now perform accurate filter synthesis quickly and easily from within the unified AWR design platform. The feature offers complete synthesis capability for passive and transmission line designs, as well as two graphical user interfaces (GUIs), one for the power user who requires advanced options and capabilities, and one for the mainstream user who needs ease-of-use.

Built on an advanced software architecture, the unique core technology in the AWR Design Environment is a modern object-oriented data model that is inherently open and flexible compared to legacy design tools. The AWR Design Environment elevates the product development process by allowing the entire engineering team to effortlessly integrate Analog Office circuit designs into one platform with Visual System Simulator (VSS) for system design and TestWave for simulation with test and measurement equipment, providing an accurate understanding of the impact of today's complex modulated RF signals and "real world" circuit performance.

Microwave Office design suite is the industry's fastest growing microwave design platform and has revolutionized the communications design world by providing users with a superior choice. Built on the unique AWR high-frequency design environment platform with its unique unified data
model, Microwave Office software offers unparalleled intuitiveness, powerful and innovative technologies, and unprecedented openness and interoperability, enabling integration with best-in-class tools for each part of the design process.