Product/Service

Microwave Office®

Source: Cadence Design Systems, Inc.
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 famous 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.

Click Here To Download:
Datasheet: Microwave Office
Brochure: Microwave Office For MMICs
Video: AWR iFilter Distributed Synthesis Demo
Video: AWR New Features Of Microwave Office Demo

Microwave Office for MMIC Design
Microwave Office for Module Design
Microwave Office for Signal Integrity Design

AWR TV™
View Microwave Office Videos at AWR TV

White Papers:
Understanding Available Tools For RF System-In-Package And Multi-Chip-Module Design And Optimization
Support Of Polyharmonic Distortion And Nonlinear Behavioral Models
Rate Harmonic Balance Provides A New Solution For Nonlinear Simulation

Success Stories:
University Of Colorado Students Learned Microwave Office Software With Ease
Mimix Uses Microwave Office To Successfully Design Industry-Leading 35-45 GHz Receiver
Alcatel-Lucent Reduces Design Time By Eliminating File Translation Issues Between PCB And High-Frequency Design

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 famous 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.

Microwave Office design suite includes all the tools essential for high-frequency IC, PCB and module design:

  • Linear circuit simulators
  • Nonlinear circuit simulators
  • Electromagnetic (EM) analysis tools
  • Integrated schematic and layout
  • Statistical design capabilities
  • Parametric cell libraries with built-in design-rule check (DRC).

Key Features

  • New user interface that dramatically increase designers' ability to customize the "look and feel" of the suite. This new flexibility streamlines design tasks to save time, maximize useable screen space, provide greater insight into the design, and allow bigger designs to be handled more quickly.
  • APLAC® harmonic balance and time-domain simulators that improve the performance of highly nonlinear and complex designs.
  • ACE™ - Automatic circuit extraction tool that provide automatic interconnect modeling of transmission lines and the ability to tune, optimize, and perform yield analysis.
  • Visual System Simulator™ co-simulation: Integration with VSS RF Inspector™ enabling frequency-domain simulation.
  • Intelligent Nets™ (iNets) technology: Automated interconnect construction for MMIC, module, and PCB designs.
  • AXIEM™ planar 3D EM analysis for upfront design optimization and post-layout verification.
  • Open EM Socket™ interface enables integration with the third party EM point tools and allows access to AWR's Proprietary Xmodels.
  • Integration of Nuhertz Technologies filter synthesis software.
  • Integration with ICED IC and Mentor Graphics' Calibre design and verification software tools.
  • 2 port negation model, based on short-open calibration for de-embedding
  • Multilevel bond wire model
  • VSS WINIQSIM2 block for Rohde & Schwarz K-6 Pulse Sequencer
  • APLAC convergence enhancements
  • AXIEM accuracy advances and port type additions
  • Impedance matching synthesis wizard complementing iFilter filter synthesis software

Click Here To Download:
Datasheet: Microwave Office
Video: AWR iFilter Distributed Synthesis Demo
Video: AWR New Features Of Microwave Office Demo