AWR Magazine 2010 IMS 1

8/8/2019 AWR Magazine 2010 IMS 1

1/12

2010 IMS Edition

www.awrcorp.com | www.awr.tv

Cover Story: Seeds o Change

MicroApps Schedule AWR 2010 Release Product Overview

Product Focus: AXIEM Evolution

Success Story: Acreo

Success Story: Multitest

Article: Nonlinear Behavioral Models

News Flash: AWR CEO Dane Collins Elected to

EDAC Board o Directors

News Flash: AWR Graduate Git Initiative


2/12

Welcome to Sun n y Ca liforn ia!

Cover Story

Seeds of Change

Sherry Hess, Vice President o Marketing, AWR

AWRs new ad, Ideas Grow Faster in

the Right Environment graces the ront

o our 2010 AWR Magazine that you

are now holding. The sprout represents

AWRs corporate culture in so many

ways: innovation, spawning new ideas,

the right environment or growth and

creativity, seeds o change

The economy is on the road to recovery,

and smart businesses have been laying

the groundwork and sowing the seeds

o change in anticipation o a uture ar

dierent rom beore the downturn.

AWR has weathered the economic

turbulence well (we just announced our

13th consecutive year o record reve-

nues), certainly better than others in our

industry. One reason? You! Or should Isay the trust you have in AWR. Custom-

er trust is a huge competitive advantage

at AWR. We hope that you know you can

trust us and that you know rom experi-

ence that we dont just sell a product,

we provide improved productivity, aster

time-to-market, more bang or the buck.

Ideas grow aster in the right environ-

mentYes. O course they do. AWRs

sotware enables you, our valued cus-

tomer, to ocus on your ideas, growing

them into winning products. And be-

cause our environment runs easily and

efciently and is constantly enhanced

with our own innovative, next-generation

technologies, it allows you to think cre-

atively and explore design possibilities.

2

AWR was ounded on innovation, and

our drive to deliver the technologies

today that you need not only or today

but or tomorrows designs as well.

Our core competencies, innovation andservice, have helped our customers

get through the hard times, and will be

the environment that enables them to

sprout the ideas they need to be com-

petitive in the uture.

Knowing that ideas grow aster in the

right environment, AWR has, as usual,

been busy sprouting ideas into new

technologies thats part o our upcom-

ing 2010 sotware release - Microwave

Ofce, Visual System Simulator, and

AXIEM. Weve included a sneak peek in

the pages o this magazine, as well as on

the AWR website atwww.awrcorp.com.

Enjoy IMS 2010!


3/12

IMS 2010AWR EVENTS AT IMS

MICROAPPS SCHEDULE

Date and Time: Title and Company:

Tuesday, May 25

09:30

Multi-chip Module Design Challenges

Josh Moore, Dustin Hoekstra

AWR Corp.

Tuesday, May 25

10:10

Nonlinear Co-simulation with Real-time Channel Measurements for PCB Signal Integrity

Mike Heimlich, Khaled Nikro, Harry MomjianMacquarie University; AWR Corp.; Anritsu Corp.

Tuesday, May 25

10:30

Causality Considerations for Multi-Gigabit StatEye Analysis

Michael Heimlich, Scott Wedge

AWR Corp.; Synopsys, Inc.

Tuesday, May 25

13:10

System-Level Component Models for RF EDA

Jiang Liu, Lawrence DunleavyModelithics, Inc.

Tuesday, May 25

13:30

Multi-Rate Harmonic Balance for Non-Linear Simulation

Josh Moore, John Dunn

AWR Corp.

Tuesday, May 25

14:10

PA Design Inclusive of Load-Pull Analysis

Josh Moore, Dustin HoekstraAWR Corp.

Tuesday, May 25

14:30

Online Design Environment Provides Interactive Datasheets for Small Signal RF Transistors

Allows Users to Generate Custom Datasheets for a Variety of Operating Conditions

Sherry Hess, Uwe Knorr, Ronald ThissenAWR Corp.; Transim Technology Corp; NXP Semiconductors

Tuesday, May 25

14:50

Using AWRs iFilter Wizard to Effi ciently Synthesize Lumped & Distributed Filters

Mark Saffi an

AWR Corp.

Tuesday, May 25

16:30

Single Chip LNA Using High Q Inductors on a Silicon-on-Sapphire Process

Duncan Widman, Yash Moghe

AWR Corp.; Sapphicon Semiconductor

Wednesday, May 26

11:30

A New Approach for Nonlinear Behavioral Modeling

Darren McCarthy, Johannes Benedikt

Tektronix Inc.; Mesuro Limited

Wednesday, May 26

12:30

A Methodical Approach to Analyzing and Understanding the Performance of a LTE System

Joel Kirshman

AWR Corp.

Wednesday, May 26

14:50

The Use of Computer Clusters and Spectral and Domain Decomposition

in 3D FEM Analysis

John DeFord, John Dunn

AWR Corp.

Thursday, May 27

09:30

Test & Measurement Migration to Integrated Simulation, Test & Measurement

for M&RF Design

Jon Leitner

Rohde & Schwarz

3


4/124

Whats New in the AWR 2010 ReleaseProduct

Update

MICROWAVE OFFICE DESIGN ENVIRONMENT

Nonlinear Behavioral Modeling

Nonlinear behavioral model support or Agilents X-parameters,

Mesuros Cardi model and more. Read Nonlinear Behavioral Models

article in this magazine or more inormation!

MRHB

Multi-rate harmonic balance (MRHB) technology was frst introduced

in 2009 and developed specifcally or customers with spectrally

rich simulations (transceivers, system on chip, module, etc.). MRHB

dramatically increases the speed and reduces the computer memory

required to perorm steady-state analysis o complex nonlinear systemswith multiple signal sources and the 2010 release delivers even aster

simulation time and greater reduction in memory.

Constant Compression/Constant Output Power Simulation

Great or PA designers, this new eature takes advantage o advanced

APLAC capabilities enabling compression to be computed rom linear

gain region or max gain region (i.e. gain expansion).

Linear Stability Analysis

Normalized determinant unction (NDF) and stability envelope

measurement now available! And whats more, they oer a more

comprehensive solution than standard stability metrics or Gamma Probes.

Connectivity Tracer

Seeing is believing! The ability to highlight all nets or user selected nets

and locate short or open circuits visually with ease is priceless. Check

out a live demo or AWR.TV video o this new eature!

Connectivity Tracer iFilter


5/12

Lots and lots o enhancements and updates

have been rolled into AWRs 2010 release o

its sotware including Microwave Ofce, VSS

and AXIEM. Highlights o the new and exciting

additions in the 2010 release are presented here.

MICROWAVE OFFICE PLUG-N-PLAY MODULES

iFilter (lumped and distributed flter synthesis)

The iFilter intuitive user interace enables designers to quickly and easily

design flters, connect them directly to circuitry, and make optimization

trade-os that positively impact their designs. iFilter technology,

which was developed specifcally or synthesis o lumped-element and

distributed flters, runs seamlessly as a module within Microwave Ofce!

AWR Connected or Cadence Allegro

Now PCB layouts can be directly imported rom Cadence Allegro. The

schematic is created so that the resulting S-parameters are automatically

wired to components and ull dielectric stackup is transerred ready or

EM extraction with AWRs ACE or AXIEM technology.

AXIEM 3D PLANAR EM SIMULATOR

Antennas

All the existing benefts o AXIEM (larger problems, aster solve

times, etc.) and now or antennae too! Works with existing antenna

measurements, new antenna gain measurements. Read AXIEM

Evolution article in this magazine or more inormation!

VSS - VISUAL SYSTEM SIMULATOR SOFTWARE

Advanced Amplifer Behavioral Model - Time Delay Neural Network

(TDNN)

PA designers rejoice! TDNN now enables memory eect modeling in

VSS & MWO (thru the use o a model extraction wizard in MWO).

Turbo Decoders

Supports turbo codes used in 3G/4G standards, such as cdma2000,

IS856, WiMAX, and LTE. Library includes components that can be used

or decoding o custom turbo codes too!

Product

Update

5

AWR Connected for Cadence Allegro


6/12

Dr. John Dunn, Senior Engineer, AWR

6

We were unable to EM this entire structure

using any other EM solver and turned to AWR

to give it a try. The insights gained as unveiled

by AXIEM opens up new vistas in mm-wave

design for Mimix.

Dr. Simon Mahon, Director of MMIC Design

Mimix Broadband, Inc.

Product Focus: AXIEM Evolution


7/12

AXIEM No bounds!(2010)

The latest version o AXIEM continues

to win new users and expand its mar-

ket presence. The AWR 2010 release

o AXIEM now has no bounds--literally!

Antenna capabilities are today part and

parcel o AXIEM and are quickly becom-

ing an indispensable tool or designers

o antennas.

AXIEM v2010 is ideal or large, planar,

antenna designs, or example, arrays

with a large number o elements. De-

signers can fnally study eects such as

scan blindness, which can only be seen

by simulating the ull array. Traditionally,

the matrix solve in planar EM solvers

is o the order N3, where N is the

number o unknowns. By comparison,

AXIEMs ast solver technology scales

as the order o Nln(N). So to illustrate,i a designer increases the number

o antennas by a actor o 10, the

traditional solver will take 1000 times

longer to simulate (think 1000 min-

utes), whereas AXIEM would only need

35 times to do it (think 35 minutes to

solve). Post processing eatures have

been added so that the user can visual-

ize traditional antenna pattern measure-

ments or linear, circular, and elliptical

polarizations, and current patterns onthe antennas.

In less than three years, AXIEM has

achieved wide customer adoption and

has benchmarked better than other EM

tools that have been on the market or

decades. This year AWR is taking the

AXIEM Challenge to Japan, a country

renown or pushing EM to the limit with

the toughest o design problems.

7

Vivaldi antenna in AXIEM.

The power and speed of AWRs new AXIEM

3D planar EM software made it possible to

accurately and efciently simulate the entire

structure of very complex NDPA MMIC.

Chuck Campbell, Fellow

TriQuint Semiconductor

AXIEM 2010 KEY FEATURES

Seamless integration with Microwave Ofce and Analog Ofce sotware

Proprietary ull-wave planar EM solver technology

Advanced hybrid meshing technology

Numerous source/excitations including auto-calibrated internal ports

Parametric studies, optimization, and tuning

3D visualization and animation

Support or 64-bit PC platorm and multi-core confgurations

Antenna capabilities

Works with existing antenna measurements

New antenna gain measurements

And all the AXIEM benefts (larger problems, aster solve times, etc.)


8/126

Product

Update

MICROWAVE OFFICE DESIGN ENVIRONMENT

Nonlinear Behavioral Modeling

Nonlinear behavioral model support or Agilents X-parameters,

Mesuros Cardi model and more. Read Nonlinear Behavioral Models

article in this magazine or more inormation!

MRHB

Multi-rate harmonic balance (MRHB) technology was frst introduced

in 2009 and developed specifcally or customers with spectrally

rich simulations (transceivers, system on chip, module, etc.). MRHB

dramatically increases the speed and reduces the computer memory

required to perorm steady-state analysis o complex nonlinear systemswith multiple signal sources and the 2010 release delivers even aster

simulation time and greater reduction in memory.

Constant Compression/Constant Output Power Simulation

Great or PA designers, this new eature takes advantage o advanced

APLAC capabilities enabling compression to be computed rom linear

gain region or max gain region (i.e. gain expansion).

Linear Stability Analysis

Normalized determinant unction (NDF) and stability envelope

measurement now available! And whats more, they oer a more

comprehensive solution than standard stability metrics or Gamma Probes.

Connectivity Tracer

Seeing is believing! The ability to highlight all nets or user selected nets

and locate short or open circuits visually with ease is priceless. Check

out a live demo or AWR.TV video o this new eature!

Connectivity Tracer iFilter

Customer Success Story

Customer Background

Acreo AB, Kista, Sweden, refnes and

transers research results into industrially

viable products and processes in the

felds o electronics and optics. With

operations in Kista, Norrkping, and

Hudiksvall, Acreo is active in printed

electronics, industrial nano and

microtechnology, photonics, quantum

well inrared photodetector (QWIP)

technology, sysem integration, and

relations business services.

ISO9001 certifed, Acreo operates

clean room acilities or thin-flm and

volume printing production. The company

employs more than 150 people, the

majority o whom hold engineering and

post-graduate level degrees.

The Design Challenge

The need or higher capacities within

Internet inrastructure is driving the

demand or network architectures capable

o supporting 100Gb/s Ethernet (IP)

based trafc.

One such bandwidth-efcient technology

being explored is sub-carrier multiplexing

(SCM), where quadrature modulated

(QAM) signals on dierent carrier

requencies are combined and

subsequently encoded onto an optical

carrier. This transceiver approach

capitalizes on the increasing speed o

silicon technology (65nm complementary

metal oxide semiconductor CMOS process

on HR-SOI substrate) to perorm more

o the signal processing in the electrical

domain beore converting to light.

AWR Solution

We needed to

create a SCM

transceiver

link suitable

or 100Gb/s

transmission.

The system-level

development o aSCM transceiver link

was modeled within

AWRs Visual System

Simulator. This

RF system model

enabled us to assess

the inuence o component perormance in the electrical domain, particularly

non-linearity and noise, with respect to the SCM link perormance requirements.

The design o critical component building blocks in the 65nm CMOS SOI process

such as IQ modulators, power combiners, and low noise amplifers (LNAs) or

the SCM transceiver, were done at the circuit level. The perormance o thesecomponents was then assessed in the VSS system simulation environment to

investigate the capabilities o CMOS or next generation optical networking with

the SCM architecture.

Using Visual System Simulator together with Matlab to create the RF system

model proved to be a straightorward task. said Lars Pettersson, research

engineer at Acreo. The exibility, ease-o-use, and open platorm o Visual

System Simulator was a very positive eature. Visual System Simulator gave a

good understanding o how group delay variations aected the whole system

perormance and we were able to optimize the system using this knowledge.

Acreo Uses Visual System Simulator to Successfully

Optimize System Performance of Complex UWB Transceiver

2-Carrier SCM transceiver link simulation block diagrams and

simulation results in Visual System Simulator.

VSS gives us a deeper

understanding of system aspects.

Its exibility and open platform

means parameter optimization can

quickly and easily be done. With

VSS we were able to successfully

realize our system.

Lars Pettersson, Research Engineer

Acreo ABwww.acreo.se

8


9/129

Using AWRs ACE technology,

Multitest is able to accurately and

efciently simulate PCB interfaces

prior to fabrication. This gives our

customers the condence they

need before they even receive our

hardware.

Ryan Satrom, Signal Integrity EngineerMultitest

www.multitest.com

Customer Success Story

Customer Background

Multitest is one o the worlds leading

suppliers o test equipment or

semiconductor integrated circuits (ICs).

It markets test handlers, contactors, and

automatic test equipment (ATE) printed

circuit boards (PCBs), which are used

or the unctional test o individual chips.

They act as a mechanical and electrical

interace between the semiconductor

and the actual tester with the test

sotware. A high throughput rate,

measurement accuracy to the thousandth

o a millimeter, precision temperature

accuracy, and the latest in measurement

and production technology are all

important actors.

The Design Challenge

Multitests main customers are

multinational manuacturers o

semiconductors who insist on the highest

quality standards in their products.

In order to ensure this high quality,

the company provides its clients with

highly innovative test handling solutions,

custom-tailored to ft individual needs and

requirements. Because high throughput

rate and accuracy are critical, Multitest

uses AWRs Microwave Ofce with ACE

(automated circuit extraction) to simulate

and optimize its PCB designs simply,

accurately, and efciently.

AWR Solution

Microwave Ofce enabled us to readily

create libraries or several dierent PCB

stackups (various numbers o layers and

thicknesses) characterized previously in

3D EM. Within each o these libraries,

via models were linked to .s2p fles that

were simulated in a 3D simulator. Proper

via modeling (thru-hole and back-drilled)

is a critical component to accurate PCB

simulations. With the ACE technology

enabled within AWRs Microwave Ofce

sotware, we were able to leverage the

ease, simplicity, and efciency o ACE,and the Microwave Ofce user interace

or that matter, to successully simulate

any board desired while maintaining

appropriate via models as well.

AWRs Microwave Ofce sotware with

its ACE innovation simplifed a job that

used to take many hours into one that

is more streamlined -- completed in

signifcantly less time.

Microwave Ofce Software with ACE Technology Dramatically Cuts

Simulation Times of Multitests High-performance IC Test Boards

Why did you choose AWR?

We chose AWR sotware or several

reasons:

1) The user-riendly interace o the

sotware makes it easy to learn

2) PCB layout importing is

straightorward and robust

3) ACE is accurate and ast, giving us a

quick design turnaround

For these reasons and more, AWRs

Microwave Ofce eaturing ACE is a

winning combination or the design o

Multitests high-perormance PCB test

boards. Personally, Ive seen some

designs realize more than 50% saving in

simulation time (including set-up steps)

by adopting this methodology.

Analysis of routing strategy is

straightforward with ACE: if layout is

tuned, the RF model is automatically

updated and simulated. Image shows

Multitests test board routing layout

and simulation results.


10/1210

The OpenWave Forum (OWF)

INTRODUCTION

The concept o using behavioral models

in nonlinear simulations has existed or

20 years or more but only recently hav

advances in measurement technology

(improved arbitrary signal generation

and sampling techniques) allowed

practical implementation to become

a reality. The OWF aims to ensureusability o these new models in large-

signal simulations, regardless o the

measurement and modeling techniques

that are used.

OWF BENEFITS

The OWF is an alliance o RF and

microwave frms that seek to

collaborate, create, and promote a

unifed and transparent data exchange

ormat or large-signal simulations,

measurements, and models.

For a current list o OWF members, to

learn more and/or to join: go to

www.openwaveorum.org

Nonlinear Behavioral Models New Methods forNonlinear Device Characterization

Background

Linear and nonlinear device models are the building blocks o most RF and microwave

designs. S-parameters are oten used to represent linear devices. As a black-boxmodel, they can easily be obtained using a vector network analyzer and distributed

or simulation. S-parameters use superposition to equate the linear relationship

between incident and reected waves at all o the devices ports. Nonlinear devices,

however, distort waveorms such that their behavior cannot be represented through

superposition or S-parameters. Fortunately, recent developments in measurement and

modeling technology have ocused on technology-independent, measurement-based

black box models.

Current Approaches Presented at IMS

Agilent (IMS Booth #924)

Develops Agilents X-parameters, which are included in its N5242 nonlinear

vector network analyzer or large-signal measurements and Advanced Design

System sotware, and are applicable to large and small-signal conditions and or

linear and nonlinear components. X-parameters are a mathematical superset o

S-parameters and reduce to S-parameters in the small-signal region.

Anritsu & HFE Sagl (IMS Booth #2910)

Provide state-o-the-art active load pull tuners, ultra-low-loss couplers and

harmonic phase standard (HPS) designed to operate with the VectorStar VNA.

The nonlinear load pull system oers multiple behavioral analysis data including

polyharmonic inormation representing current and voltage waveorms under

large-signal conditions.

Rohde & Schwarz & NMDG (IMS Booth #2519)

Oer NMDGs ICE platorm that employs an R&S VNA (or VNAs and high

requency oscilloscopes rom other vendors) to characterize nonlinear

components under real lie signal conditions and to produce S-unction models.

These S-unctions accurately predict harmonic and modulation behavior o

the device under test and can be used within ICE or an external simulation

environment.

Tektronix & Mesuro (IMS Booth #1033)

Deliver a characterization system to provide polyharmonic IV tables using

arbitrary harmonic impedances. The data is used to populate the Cardi Model,

developed by Cardi University, providing an accurate behavioral model at powers

o hundreds o watts at microwave requencies.

Speak with AWR to learn more about these nonlinear behavioral modeling approaches

and Microwave Ofce compatibility. A complete white paper on this topic written by

AWRs Malcolm Edwards is available on www.awrcorp.com/mwo and more closely

examines the dierent nonlinear models and measurement systems available today

and how they can be used with Microwave Ofce, a leading high-requency design

environment rom AWR Corporation.

OPENWAVE FORUM

AWRS SUPPORT OF POLYHARMONIC DISTORTION AND

NONLINEAR BEHAVIORAL MODELS

Linear and nonlinear device models are the building blocks of most RF and

microwave designs. S-parameters are often used to represent linear devices. As a

black-box model, they can easily be obtained using a vector network analyzer and

distributed for simulation. S-parameters use superposition to equate the linear

relationship between incident and reflected waves at all of the devices ports.

Nonlinear devices, however, distort waveforms such that their behavior cannot be

represented through superposition or S-parameters.

Historically, nonlinear devices have been represented in simulation by compact

empirical or analytical SPICE models that operate in the time domain. Todays

high-frequency circuit simulators analyze the linear portions of the network in the

frequency domain and the nonlinear components in the time domain, resolving the

two through an iterative technique called harmonic balance.

The process of developing a compact model, be it empirical or analytical, is costly,

time consuming, and potentially exposes the device makers intellectual property.

More importantly, since most compact model parameters are extracted from

linear 50 ohm S-parameters and DC IV (static and pulsed) data, their ability to

predict behavior under extreme nonlinear conditions or non-50 ohm terminations

may be questionable. The cost of model development is not trivial, and the

resulting quality and availability varies among integrated device manufacturers.

This situation presents the high-frequency circuit designer with a bit of a dilemma.

Fortunately, recent developments in measurement and modeling technology have

focused on technology-independent, measurement-based black box models. This

white paper examines the different nonlinear models and measurement systems

available today and how they can be used with Microwave Office, a leading

high-frequency design environment from AWR Corporation.

CHARACTERIZING NONLINEAR DEVICES

Nonlinear models are most often used to describe the behavior of transistors,

including the large-signal regime where power amplifiers and mixers operate.

Large-signal computer models for devices are continually evolving in order to

keep up with changes in semiconductor technology. To attempt standardization

of model parameters used in different simulators, an industry working group

of semiconductor vendor companies and EDA vendor companies called the

Compact Model Council (CMC), has been formed to choose, maintain, and

promote the use of standard models. An elusive goal in such modeling is

prediction of next-generation circuit performance and the identification of

technical direction for developing models capable of such predictions.

This requires the selection of operating conditions that define the nonlinear

characteristics of devices, the nonlinear equations that replicate this behavior,

and extraction of the parameters to be used in these model equations. An

obvious alternative to using standard or evolving compact models to address the

next-generation of devices would be to simply use the measured data directly, as

is the case for S-parameters and linear devices.

Malcolm EdwardsAWR [email protected]

AWR

Nonlinear Modeling

White Paper

AWRs support of PolyHarmonic Distorti

and Nonlinear Behavioral Models, white

by Malcolm Edwards. (Found on the CD)


11/12

AWR Graduate Gift

Initiative

AWR Graduate Git Initiative provides

qualifed 2010 graduates a ully-unctional

1-year term license ree or its popular

Microwave Ofce and Visual System

Simulator (VSS) sotware suites - inclu-

sive o AXIEM 3D planar EM sotware.

The goal o the initiative is to give gradu-

ating electrical engineering students a

career head start by providing hands-on

exposure to AWRs high-requency design

sotware.

Working with universities worldwide to

empower students with access to RF/Mi-

crowave sotware tools, AWRs Preerred

University Program was launched in

direct response to industry and academia

expressing the need or students to have

access to these tools prior to graduation

and entering the job market.

With the increasing demand or

wireless-enabled devices and the de-

crease in microwave and RF engineering

graduates, tomorrows designers will

need to work harder and smarter, said

Sherry Hess, vice president o market-

ing at AWR. Making our design tools

available to these graduates is one o

the goals o our program and is part o

our commitment to making engineering

students more attractive to industry by

helping them become profcient with the

actual tools o the trade.

7

News Flash

1

AWR CEO Dane Collins

Elected to EDAC Board of

Directors

AWR CEO Dane Collins has been elected

to the Electronic Design Automation Con-

sortium (EDAC) board o directors. The

EDA Consortium is an international as-

sociation o over 100 companies develop-

ing EDA tools and services or the design

o electronics that enable the Inormation

Age, including communications, comput-

ers, space technology, medical and indus-

trial equipment, and consumer electron-

ics. The EDA Consortium seeks to identiy

and address issues that are common to

its members and the customer commu-

nity that the member companies serve.

A part o the EDA abric or 22 years,

Mr. Collins possesses a broad perspec-

tive spanning job unctions rom inte-

grated circuit (IC) designer and EDA tool

developer to corporate executive, as well

as company environments rom small

startups like EEso, High Level Design

Systems, and AWR, to big corporations

(both commercial and military) like

Cadence and General Dynamics.

I am pleased to have been elected to

serve on the EDAC board o directors and

contribute my many years o engineering

and executive experience to the organiza-

tion, stated Mr. Collins. I intend to make

it a priority to bring together the members

o our industry in a spirit o cooperation

in order to work towards fnding solutions

and strategies that address the common

problems acing us and our customers

throughout the EDA marketplace.

News Flash

Dane CollinsCEO

AWR


12/12

USA

Corporate Headquarters

AWR Corporation1960 E. Grand Avenue, Suite 430

El Segundo, CA 90245

+1 310 726 3000

+1 310 726 3005 (ax)

Japan

AWR Japan KK

Level 5, 711 Building

7-11-18 Nishi-Shinjuku, Shinjuku-ku

Tokyo 160-0023 Japan

+81 3 5937 4803

Korea

AWR Korea Co. Ltd.

B-1412, Intellige-ll, 24 Jeongia-dong,

bundang-gu, Seongnam-si,

Gyeonggi-do, South Korea, 463-811

+82 31 603 7772

UK

AWR UK

2 Hunting Gate

Hitchin, Herts

SG4 0TJ, UK

+44 (0) 1462 428 428

Finland

AWR APLAC

Lars Sonckin kaari 16

FI-02600 Espoo, Finland

+358 10 834 5900

France

AWR France140 Avenue Champs Elysees

75008 Paris, France

+33 1 70 36 19 63

www.awrcorp.comwww.awr.tv

Copyright 2010 AWR Corporation. All rights reserved. AWR, the AWR logo, Microwave Ofce and APLACare registered trademarks and Visual System Simulator, AXIEM, ACE, AWR Design Environment, AWR.TV,MRHB, iFilter, and AWR Connected are trademarks o AWR Corporation.

All th th t th i ti h ld

GO FOR GOLD

Take a well earned break rom RF & microwaves during IMS 2010 and Go

or GOLD at AWRs 6th Annual Customer Appreciation Party!

This year we are taking the party to the next level and launching the frst

ever AWR GAMES! Join in the un playing games that include:

Basketball - Hockey - Bowling - Football

While youre racking up the points or prizes, well be serving cold drinks

and hot ood as you game the night away!

GO FOR GOLD

Location and Time

Wednesday, May 26th

7:00 PM - Midnight

ESPN Zone Anaheim

1545 Disneyland Dr.

Anaheim, CA 92802

Phone: 714-30-3776

Sponsors

Documents

AWR Magazine 2010 IMS 1