AWR Corporation - The Innovation Leader in High-Frequency EDA.

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DOWNLOADS

Here you can download AWR.TV videos in Windows Media Format.

 Microwave Office Videos

AWR 2011 Features: Shape Preprocessing
Windows Media
AWR 2011 Features: Shape Modifiers
Windows Media 
AWR 2011 Features: Data Sets
Windows Media 
AWR 2011 Features: Asynchronous Simulation Windows Media 
What's new in AWR 2011 Release
Windows Media
iMatch in Microwave Office
Windows Media
AWR Symbol Generation Wizard
Windows Media
New Solution Technologies for EM Simulation -Trailer Windows Media
Connectivity Checker in Microwave Office Windows Media
Constant Output Power Feature in MWO
Windows Media
What is new in Microwave Office 2010 - Overview  Windows Media
iNets Routing Technology in PCB Design
Windows Media 
RF Globalnet: iFilter Distributed Synthesis Demo
Windows Media 
RF Globalnet: New Features Of MWO Demo
Windows Media
iFilter - Distributed Filter Tutorial
Windows Media
Introduction to iNets Routing Technology
Windows Media
iFIlter - Filter Synthesis Tool Overview Windows Media
Constant Output Power in MWO Windows Media
Mesuro Cardiff Model Windows Media
S-Parameters Windows Media
Microstrip and Ground Plane Modeling Windows Media
Tutorial: Using TX-Line Windows Media
Tutorial: Using MTRACE Element Windows Media
Tutorial: Effective Design - Microstrip Bends Windows Media
ACE for MMIC Design Windows Media
ACE for PCB Design Windows Media
ACE: 4 Channel Router Example Windows Media 
EXTRACT Flow Windows Media
EXTRACT Flow - ACE Windows Media
EXTRACT Flow - AXIEM Windows Media
EXTRACT Flow - X-Models Windows Media 
EXTRACT Flow - Yield Analysis Windows Media
Multi-technology Design Flow Part 1 Windows Media
Multi-technology Design Flow Part 2 Windows Media
Signal Integrity Solution Part 1 Windows Media
Signal Integrity Solution Part 2 Windows Media
AWR Unified Data Model Windows Media 
ICED LVS Windows Media

 

Visual System Simulator Videos

VSS and LabVIEW Integration
Windows Media
PCB Design Part 1 - PCB Design Objectives  Windows Media
PCB Design Part 2 - Component Modeling  Windows Media
PCB Design Part 3 - Ideal PCB Design  Windows Media
PCB Design Part 4 - PCB Trace Design  Windows Media
PCB Design Part 5 - Final Verification Flow  Windows Media
Understanding RF Inspector Windows Media
VSS and Matlab Co-Simulation Windows Media
Measuring the AM/AM characteristic of an RF link
Windows Media
What's new in VSS 2010
Windows Media
Sweeping Data Files Windows Media
Using VSS for X-Band Radar Design&Analysis Part 1
Windows Media
Using VSS for X-Band Radar Design&Analysis Part 2 Windows Media
Designing with COTS components using VSS
Windows Media
LTE Communication Library
Windows Media
Error Vector Magnitude Tutorial Windows Media 
Phase Noise Mask Example Windows Media
IQ Plot Example Windows Media 
16QAM Example Windows Media 
DVB Communications Library Windows Media 
WiMAX Design Solution Windows Media 
VSS and Microwave Office Co-Simulation Windows Media 
RFA - RF Architectural Tool Innovation Windows Media 
Sampling Frequency Tutorial Windows Media 
ACPR Measurement Example Windows Media 
Sub-Harmonic Mixer Example Windows Media 

 

Analog Office Videos

PowerDRC Integrated Debug
Windows Media
PowerLVS Integrated Debug
Windows Media
Shape Based iNets Windows Media
Analog Office DRC Engine Windows Media
Layout Editing Part 1 Windows Media
Layout Editing Part 2 Windows Media
iNet Routing Options Windows Media
Placement and Mirroring Windows Media
User Interface Tips Windows Media

 

AXIEM Videos

Parameterized EM Shapes
Windows Media 
Antenna Analysis in AXIEM Part 1
Windows Media
Antenna Analysis in AXIEM Part 2
Windows Media
AXIEM Overview Windows Media
Mutual De-embedding Ports Windows Media
De-embedding Ports Part 1 Windows Media
De-embedding Ports Part 2 Windows Media
Differential Ports  Windows Media
MIM CAP Example Windows Media
EXTRACT Flow - AXIEM Windows Media 
In-Situ Current Windows Media
Hybrid Mesh Windows Media
Gridless Mesh Windows Media

 

Analyst Videos

Finite Dielectric Windows Media
Multilayer Via Transition Windows Media
Patch Antenna Windows Media

 

APLAC Videos

Multi-Rate Harmonic Balance Tutorial
Windows Media
Failure Analysis Example - Time Domain Simulator Windows Media
Transient Simulator Windows Media
Harmonic Balance Simulator Windows Media
Scripting Capabilities Windows Media
Time Domain Simulator Windows Media

 

AWR Connected Videos

AWR & Optenni Matching Circuit Flow Overview Windows Media
AWR & Antenna Magus Design Flow Introduction Windows Media
Cadence Allegro Import Overview Windows Media
Anritsu VectorStar VNA Windows Media
Mentor Graphics Expedition Introduction Windows Media
Mentor Graphics Expedition Demo Windows Media

 

EM Tutorial Series

EM Tutorial Solver Types Windows Media
EM Tutorial Models Windows Media 
EM Tutorial Transmission Lines Windows Media
EM Tutorial Ports Part 1 Windows Media
EM Tutorial Ports Part 2 Windows Media
EM Tutorial Iterative Solver Windows Media

 

Other Videos

Intercept RF Solution with Microwave Office
Windows Media
Nuhertz Miniaturized Hairpin Design with AXIEM Optimization
Windows Media
Nuhertz Miniaturized Hairpin Design with Fast EM Port Tuning
Windows Media
Nuhertz Lumped Filter Design
Windows Media
AWR User Forum - Overview Windows Media

 

IMS 2010 MicroApps Videos

Causality Considerations
Windows Media
The Finite-Element Method (FEM)
Windows Media
Multi-Rate Harmonic Balance Analysis
Windows Media
AWR's iFilter
Windows Media
LTE System
Windows Media
Multi-Chip Module Design Challenges
Windows Media
Nonlinear Co-Simulation
Windows Media
Online Design Centers
Windows Media
PA Design Inclusive of Load Pull Analysis
Windows Media
Single Chip LNA on 0.25um SOS Windows Media



 IMS 2011 MicroApps Videos

 Beyond the S-Parameter  Windows Media  
 Communication Systems and 3rd/4th Generation Wireless Standards  Windows Media  
 Online Design Center  Windows Media  
 Estimating the Q of Spiral Inductors using Planar EM Simulators  Windows Media   
 Electro-Thermal Analysis of FETs and MMICs  Windows Media  

 

 

IMS 2012 MicroApps Videos

Electrical/Thermal Coupled Solutions for Flip Chip Designs  Windows Media    
Improve Microwave Circuit Design Flow  Windows Media    
Integrating EM Simulation into Circuit Simulation  Windows Media    
Linking RF Design Thru to Test  Windows Media    
Optimizing the Design and Verification of 4G RF PAs  Windows Media    
RF Link Prediction - A New and Novel Approach  Windows Media    
RF System Design - Moving beyond a Linear Datasheet   Windows Media    
Simulating an NXP Doherty PA with DPD  Windows Media    
System Simulation Featuring Signal Processing Blocks  Windows Media    

 

MMIC Design Videos

Part 1: Design Goals and Overview Windows Media
Part 2: Loading and Overview of PDK
Windows Media
Part 3: Cascaded Noise Figure
Windows Media
Part 4: FET Bias Selection
Windows Media 
Part 5: Stability and Input Matching Network
Windows Media 
Part 6: Optimizing Input Matching Network
Windows Media 
Part 7: Layout - Inductor
Windows Media 
Part 8: Layout - Resistors and Capacitors
Windows Media 
Part 9: iNets and Completed Layout
Windows Media 

 

University Videos

Introduction to AWR Microwave Office
Windows Media
Coaxial Line 1
Windows Media
Microstrip Line 1 - Design and Verification
Windows Media 
Microstrip Line 2
Windows Media 
Microstrip Line 3
Windows Media 
Time Domain Reflectometry Basics
Windows Media 
Basics of DC Simulations 1 -Potential Divider
Windows Media
Basics of DC Simulations 2 -Maximum Power Transfer
Windows Media
From DC to AC and RF
Windows Media
RF Simulations 1 - Matched Transmission Lines
Windows Media 
RF Simulations 2 - Mismatched Transmission Lines
Windows Media 
RF Simulations 3 - VSWR
Windows Media 
Slotted Line
Windows Media 
Transmission Lines
Windows Media
Smith Charts Windows Media
Importing Data Files Windows Media

 

Japanese Videos

PCB Design Part 1 - PCB Design Objectives  Windows Media
PCB Design Part 2 - Component Modeling  Windows Media
PCB Design Part 3 - Ideal PCB Design  Windows Media
PCB Design Part 4 - PCB Trace Design  Windows Media
PCB Design Part 5 - Final Verification Flow  Windows Media
ACE and AXIEM Simulation From Allegro Layout  Windows Media
ACPR Measurement in Visual System Simulator
Windows Media
Microwave Office Connectivity Checker  Windows Media
AWR 会社概要と製品概要
Windows Media
AWR 3D プレナ電磁場シミュレータソフトウェア概要
Windows Media
Visual System Simulator 概要
Windows Media
Microwave Office - 回路図ならびにレイアウト設計概要  Windows Media
Microwave Office - 回路図ならびにシミュレーション概要  Windows Media

 

Korean Videos

AWR Company and Product Overview
Windows Media
AXIEM 3D Planar EM Simulation Overview
Windows Media
Visual System Simulator Overview Windows Media
Microwave Office - Schematic & Simulation Microwave Windows Media
Microwave Office - Schematic & Layout
Windows Media

 

 

Chinese Videos

AWR Company and Product Overview
Windows Media

 

Webinars

LNA Design and Characterization Using Modern RF/Microwave Software Together with T&M Instruments