Xilinx Corporate Backgrounder

Introduction
Corporate Backgrounder
www.xilinx.com
March 2002
Xilinx is the world’s leading supplier of complete programmable logic solutions. Xilinx
develops, manufactures, and markets a broad line of advanced integrated circuits, software
design tools and intellectual property. Customers use the automated tools and intellectual
property—predefined system-level functions delivered as software cores—from Xilinx and its
partners to program the chips to perform custom logic operations.
Xilinx programmable logic solutions help minimize risks for manufacturers of electronic
equipment by shortening the time required to develop and bring new products to market.
Customers can design and verify their unique circuits in Xilinx programmable devices much
faster than they can by using traditional methods where the logic circuits are fixed once the chip
is manufactured. Moreover, because Xilinx devices are standard parts that are ready to be
programmed, customers are not required to wait for prototypes or pay large up-front engineering
costs, which is the case for fixed-logic chips. Xilinx products are used in a wide array of digital
electronic applications ranging from wireless phone bases stations to DVD players.
Xilinx also is actively developing breakthrough technology that will enable systems that use
Xilinx chips to be upgraded remotely over any kind of network—including the Internet—even
after the equipment has been shipped to a customer. Such field upgradable systems would allow
equipment manufacturers to add new features and capabilities remotely to installed systems, or
repair problems, without having to physically exchange hardware.
Xilinx has more than 7,000 customers worldwide, including Alcatel, Cisco Systems, EMC,
Ericsson, Fujitsu, Hewlett-Packard, IBM, Lucent Technologies, Motorola, NEC, Nokia, Nortel,
Samsung, Siemens, Sony, Sun Microsystems and Toshiba.
Xilinx was founded in 1984 to pioneer a revolutionary new technology, the field programmable
gate array (FPGA), and shipped its first commercial product in 1985. Today Xilinx fulfills more
than half the world demand for FPGAs. The Xilinx also markets complex programmable logic
devices (CPLDs), which for some applications are faster than FPGAs but have fewer logic
resources.
Headquartered in San Jose, California, Xilinx is a publicly traded company (NASDAQ: XLNX)
with approximately 2,700 employees. Revenue for the latest fiscal year ending March 31, 2001,
was $1.65 billion, up 65 percent from the previous year, while net income was $382 million, up
45 percent from the prior year. Market researcher Dataquest currently ranks Xilinx as the fifth
largest supplier of applications specific integrated circuits (ASICs) in the world.
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Xilinx is widely recognized today as one of best managed and most financially sound high
technology companies in the semiconductor industry. In 2001, BusinessWeek ranked Xilinx 17th
in its list of the 50 best performing companies on the Standard and Poor’s S&P 500 Index.
FORTUNE also added Xilinx to the magazine’s latest list of the top 100 companies to work for,
while Forbes magazine included Xilinx in its list of America’s 400 best big companies. Also in
2001, Business Ethics recognized Xilinx in the magazine’s 2001 list, The 100 Best Corporate
Citizens.
The Market
At the high end of the market, FPGAs are being used increasingly as replacements for fixedlogic
ASIC designs done using gate array or standard cell technologies. At the low-end market,
more and more customers are switching from older programmable array logic (PAL) devices to
CPLDs to consolidate designs into fewer components.
About two-thirds of Xilinx revenue comes from the communications market, which is
characterized by last minute design modifications and rapidly changing standards. Xilinx chips
help to power routers, hubs, network adapter cards, telephone handsets, wireless base stations,
cable and DSL modems, line testers and central office switches. Manufacturers of data
processing equipment – workstations, storage area networks, servers, printers and scanners, for
example – account for another 20 percent of Xilinx revenue. The company also sells its products
to manufacturers of consumer electronics, industrial control, instrumentation, defense and
aerospace equipment.
Operations
As a “fabless” supplier, Xilinx partners with leading semiconductor manufacturers such as IBM
Microelectronics in the U.S., UMC in Taiwan, and Seiko Epson in Japan. This strategy allows
Xilinx to focus on designing new product architectures, software tools and intellectual property
while having access to the most advanced semiconductor process technologies. Today Xilinx is
producing programmable logic devices on state-of-the-art 0.15-micron technology that uses the
latest copper process, and the company is working on the next generation 0.13-micron
technology.
Xilinx has manufacturing operations in San Jose and Dublin, Ireland, where product design,
software development, final testing and quality analysis takes place. Xilinx also has a major
facility in Longmont, Colorado, where much of the company’s software development takes
place. A facility in Albuquerque, New Mexico, is dedicated to the development of the company's
low power CoolRunner line of CPLDs as well as intellectual property for FPGAs. Other offices
are located in Raleigh, North Carolina, Columbia, Maryland; Austin, Texas; Minneapolis,
Minnesota; Edinburgh, Scotland; Grenoble, France; and Toronto, Canada.
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Industry Leading ICs
Customer requirements for logic solutions that provide higher speeds, greater logic density and
integrated system-level functions continue to drive the demand for Xilinx products. The
company currently offers several series of FPGAs and CPLDs that are tailored to meet the
requirements of different applications. Full details on all Xilinx products are available on the
web at www.xilinx.com.
FPGAs
Virtex The Xilinx Virtex® series has redefined programmable logic by expanding the traditional
capabilities of field programmable gate arrays (FPGAs) to include a powerful set of features that
address board level problems for high performance system designs. Virtex FPGAs were the first
programmable logic devices to provide one million system gates. With the Virtex series, digital
designers for the first time can use an FPGA to perform not only familiar logic functions, but
also tasks that were formerly handled at the board level by separate, dedicated parts. The Virtex
series eliminates the need for components such as phase lock loops, voltage translation buffers,
resistors and memory. This high level of integration allows designers to reduce overall system
power requirements, cut costs, and save board space.
The Virtex series has numerous built-in features to solve challenges that designers face
throughout the system. Broad capability exists in Virtex FPGAs for chip-to-chip
communications through programmable support for the latest I/O standards; clock signal
synchronization on the FPGA and on the board; a memory hierarchy to manage fast access to
RAM on and off chip; and support for digital signal processing functions.
Virtex technology provides the foundation for a scalable platform of FPGAs that are produced
using a leading-edge 0.18-micron, six-layer metal process. Densities for Virtex FPGAs range
from 50,000 to 10 million system gates.
The newest Virtex-II family offers designers even wider capability for managing issues such as
signal integrity, system timing, electro-magnetic interference, and design security. Virtex-II
FPGAs also feature two key technologies for embedding IP. The Xilinx IP Immersion
technology allows hard IP cores to be diffused at any coordinate within the Virtex fabric while
maintaining smooth integration with the surrounding array. The Active Interconnect
technology offers actively driven routing channels that ensure hard and soft IP cores maintain
predictable, very high performance rates, independent of their location within the array.
Platform FPGAs
The Virtex-II devices mark the first embodiment of Platform FPGAs—a flexible solution that
allows a wide variety of hard and soft IP cores to be integrated on a single device whose
hardware and firmware can be upgraded at any time. The programmability of the architecture
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educes system development time yet enables a single Platform FPGA to be targeted at multiple
applications. Xilinx Platform FPGAs based on the Virtex-II family will support embedded,
hardwired processors, soft IP processors, high performance DSP capability, and gigabit-plus
serial I/O speeds.
Spartan Xilinx Spartan® FPGAs are ideal for low-cost, high volume applications and are
targeted as replacements for fixed-logic gate arrays and for application specific standard products
(ASSP) products such as bus interface chip sets. Spartan FPGAs can now replace complex ASSP
functions such as a MIPS-PCI bridge, Viterbi-Reed Solomon decoders, and quad data rate RAM
(QDR) memory controllers. In these applications, the use of efficient intellectual property, or
cores, allows the latest Spartan-II FPGA to be more economical than the currently available
ASSP solutions. For example, the 100,000-system gate XC2S100 FPGA, a member of the
latest Spartan-II family, costs less than $10 for high volume orders.
The Spartan-II family offers some of the most advanced FPGA technologies available today,
including programmable support for multiple I/O standards (including 5V tolerance), on-chip
block RAM and digital delay lock loops for both chip-level and board-level clock management.
In addition, the Spartan-II devices provide superior value by eliminating the need for many
simple ASSPs such as phase lock loops, FIFOs, I/O translators and system bus drivers that in the
past have been necessary to complete a system design.
Operating at 2.5 volts, the Spartan-II FPGAs address a wider range of cost sensitive products
such as telephone handsets, laptop PCs, personal digital assistants (PDAs) and other high volume
consumer electronics applications such as PC add-on cards, digital modems, DVD players,
portable audio (such as MP3), on-demand TV recorders and set-top boxes.
Spartan-II FPGAs are produced on an advanced 0.18 micron, six-layer metal process. The new
family consists of five devices ranging in density from 15,000 to 150,000 system gates, tripling
the density of earlier 3.3-volt Spartan-XL and 5-volt Spartan offerings.
CPLDs
The CoolRunner® CPLDs are the first to combine very low power with high speed, high
density, and high I/O counts in a single device. CoolRunner CPLDs feature Fast Zero Power
technology, allowing the devices to draw virtually no power in standby mode, making them ideal
for the fast growing market for battery operated portable electronic equipment such as laptop
PCs, telephone handsets, personal digital assistants and electronic games. These CPLDs also use
far less dynamic power during actual operation compared to conventional CPLDs, an important
feature for high performance, heat sensitive equipment such as telecom switches, video
conferencing systems, simulators, high end testers and emulators. The CoolRunner series
includes the largest CPLD available to date, the CoolRunner XCR3960 device with 960
macrocells. The entire series is available in 3.3-volt and 5-volt versions with density ranges
beginning at 32 macrocells. The offering also includes 3.3-volt and 5-volt 22V10 CoolRunner
devices.
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XC9500 The low-cost XC9500 family of Xilinx CPLDs, ranging in density from 36 to 288
macrocells and available in 5-volt, 3.3-volt and soon 2.5-volt versions, supports ISP, or insystem
programming, allowing manufacturers to perform unlimited design iterations during the
prototyping phase, extensive system in-board debugging, program and test during
manufacturing, and field upgrades. Based on advanced flash memory technology, the XC9500
family provides fast, guaranteed timing, superior pin locking, a full JTAG compliant interface,
and 10,000 programming cycles.
Xilinx Internet-enabled Software Solutions
At Xilinx, software tools are a key part of the company’s programmable logic solutions. Since its
inception, Xilinx has shipped more than 60,000 development systems to customers worldwide.
Today Xilinx offers several lines of tools that are Internet-enabled. These tools allow designers
instant and direct access to the technical support area of the Xilinx Web site. Xilinx design tools
also are the fastest in the industry. With the latest release of the company’s Integrated Software
Environment (ISE) version 4.1i tools, customers can compile FPGA designs at a rate of 100,000
gates per minute.
Alliance Series Through its Alliance Series software, Xilinx has chosen an open systems
approach that allows customers to use familiar front-end design creation, synthesis and
verification tools from leading independent electronic design automation (EDA) software
developers. Those include Aldec, Cadence, Data I/O, Exemplar, Mentor Graphics, Model
Technology, OrCAD, Synopsys, Synplicity, Veribest and Viewlogic. Close and longstanding
engineering relationships have led to the creation of complementary technology that tightly
integrates third-party tools from those suppliers with the back end software from Xilinx that
places and routes logic designs in its FPGAs and CPLDs.
Foundation Series The Foundation Series software is a family of fully integrated, ready-touse
tools for the Windows NT and Windows 95 PC operating systems that support all Xilinx
FPGA and CPLDs. Available at low price points and targeted at entry-level as well as high end
users, the Foundation Series products leverage industry standard hardware description languages
(HDLs), including Verilog/VHDL. The Windows-based Foundation Series software provides
access to synthesis, schematic entry, gate-level simulation and implementation tools. Since
Foundation Series tools are integrated into a common design management environment, users
have access to all technology from design entry and implementation to verification in a single
software package.
WebFITTER is an online design tool that accepts HDL, ABEL, or netlist files and provides all
reports, simulation models, programming files, and price quotes. This online design tool now has
a new and improved look and feel with enhanced features and a more flexible design flow.
WebFITTER supports all Xilinx XC9500 and CoolRunner devices.
WebPACK ISE is the latest downloadable desktop solution from Xilinx. WebPACK ISE is a
collection of free PLD software modules that includes HDL and ABEL, synthesis, simulation
and testbench generation, schematic and graphical state diagram entry, device fitting, and JTAG
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programming. WebPACK ISE supports the XC9500 and CoolRunner CPLD product lines as
well as the Virtex XCV300E and the complete Spartan-II FPGA family.
Core Solutions
Today, more than 60 different predefined cores are available to implement system-level
functions directly in Xilinx programmable logic devices. This intellectual property, available
from Xilinx and third-party partners, allows designers to cut design time and significantly reduce
risk while having access to the best performing and lowest cost components available. Full
information about Xilinx cores is available on-line at www.xilinx.com/ipcenter.
LogiCORE products are sold and supported directly by Xilinx and include PCI interfaces,
digital signal processing (DSP) functions and a number of other modules such as adders,
multipliers and look-up tables.
AllianceCORE modules are sold and supported by a network of third-party developers and are
optimized for Xilinx devices. Current AllianceCORE products range from processors and
standard peripheral controllers to ATM functions.
The CORE Generator tool from Xilinx delivers highly optimized cores that are compatible
with standard design methodologies for Xilinx FPGAs. This easy-to-use tool generates flexible,
high performance cores with a high degree of predictability and allows customers to download
future core offerings from the Xilinx web site. Both Xilinx and independent IP developers can
design cores for the CORE Generator tool, which also serves as a cataloging and delivery system
for related collateral for all designers using Xilinx. In addition, customers can use the CORE
Generator as a platform to develop an internal design reuse methodology for intellectual property
developed for Xilinx programmable logic devices.
Xilinx Online Upgradable Systems
The Xilinx Internet Reconfigurable Logic (IRL) methodology combines three fundamental
technologies that will allow the design of a new class of field upgradable products: pervasive
networking, Java technology and reconfigurable Virtex FPGAs. These technologies allow system
designers to create Xilinx field upgradable systems that can be enhanced with new features, after
installation at the customer site. These solutions are targeted at emerging network appliances
such as multi-use set top boxes, games, security systems and process controllers. In addition, IRL
will be deployed in network equipment such as ATM, cellular base stations and satellite
communications systems. The hardware for these FPGA-based products can be upgraded over
networks to add new features or capabilities or repair problems.
Distribution
To reach its broad customer base, Xilinx has established a worldwide network of independent
sales organizations—manufacturer representatives and distributors—supported by more than a
dozen Xilinx sales offices throughout North America, Europe and Asia. Approximately 65
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percent of Xilinx revenue come from sales in North America. Europe accounts for 20 percent of
sales, while and Japan and the Asia-Pacific region make up the remainder.
Customer Service
The Xilinx Global Services organization provides customers with product, education and design
services plus an automated knowledge base on the web. Xilinx Education Services offers
customers a variety of options for in-depth training in the company’s programmable logic
solutions. These include classes such as PCI, advanced FPGA design and FPGAs for ASIC
designers; a “Classroom in a Box” that is shipped complete with laptops and all course materials
to an educational site of a customer’s choosing; and courses hosted at Xilinx offices worldwide
or on a customer’s premises. Customers also can choose the Xilinx E-Learning system, which
provides scheduled live classes over the Web as well as recorded, on-line courses that are
available on demand 24 hours a day, seven days a week.
Xilinx Design Services brings together the activities of system design, programmable logic
design and embedded software development to help customers accelerate product development.
Xilinx expert designers can help customers with traditional FPGA designs as well as those
planned for the next generation of Platform FPGAs. Xilinx Design Services also provides
expertise in the wide variety of IP cores available from Xilinx and its partners and for specific
applications that range from telecommunications and data communications to digital TV.
The Web site support.xilinx.com is the Xilinx online community for designers. The site provides
a single, 24-hours-a-day location for designers to expand their knowledge about Xilinx products.
The site features an answers database with more than 4,000 unique design tips, techniques and
application notes; interactive forums that allow designers to trade information with their peers;
and problem solvers that automatically step customers through the debugging process.
Xilinx augments these services with a team of more than 300 field application engineers (FAEs)
throughout North America, Europe and Asia who provide on-site answers and consulting
services for customers. FAEs, both from Xilinx and the company’s independent sales
organizations, are experts in electronic design. They also offer design evaluation of new projects
and close consultation through the design process.
Management
Willem P. “Wim” Roelandts, chief executive officer and president, joined Xilinx in January
1996. He is responsible for formulating the company’s overall strategy and providing the
leadership, vision and focus necessary for Xilinx to continue its pace of rapid growth and
expansion.
During Roelandts’ tenure at Xilinx, revenue has tripled to about $1.5 billion. Today Xilinx is
widely recognized as one of best managed and most financially sound high technology
companies in the world. Under Roelandts’ leadership, Xilinx has also become the leading
supplier of programmable logic chips, one of the fastest growing segments of the overall
semiconductor industry.
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Since joining Xilinx, Roelandts has played an increasingly active role in industry affairs. He
serves on the board of directors of the Semiconductor Industry Association and the Technology
Network, and he is president of the Fabless Semiconductor Association. Roelandts also
frequently acts as a keynote speaker at industry conferences and trade shows.
He joined Xilinx after a 30-year career with Hewlett-Packard. In his last position there as senior
vice president, he was responsible for all aspects of HP’s worldwide computer systems business,
including research and development, marketing, manufacturing, sales and professional services.
He holds a bachelor’s degree in electrical engineering from Rijks Hogere Technische School in
Belgium.
Bernard V. “Bernie” Vonderschmitt, chairman of the board, is a respected industry veteran with
an extensive semiconductor background who served as chief executive officer at Xilinx until
January 1996. Before co-founding Xilinx in 1984, he spent three years as vice president and
general manager of Zilog's component division. Earlier, he held similar responsibilities with the
solid-state division of RCA, where he worked for 20 years helping the company establish several
major agreements with Japanese firms. He earned his MBA from Rider University,
Lawrenceville, New Jersey, and MS in electrical engineering from the University of
Pennsylvania.
Ivo Bolsens, vice president and chief technology officer (CTO), is responsible for identifying
Xilinx technologies and talent as well as heading up the Xilinx Research Laboratories, which
focuses on advanced research in the area of programmable logic. Bolsens comes from the
Belgium-based research center IMEC, where he was for 17 years, leaving as vice president of
information and communication systems. Since 1999, he was also professor at the Vrije
Universiteit Brussel. Bolsens earned his master's degree in electrical engineering and his Ph.D. in
applied science from the Catholic University of Leuven in Belgium. He is author and co-author
of more than 100 papers in the field of VLSI design, CAD, embedded system design and
wireless communication and is also co-author of the book, "High Level Synthesis for Real Time
Digital Signal Processing."
Erich Goetting, general manager of the Advanced Product Division of FPGAs, is responsible for
all marketing and business activities in that organization. As the former vice president of
engineering at Xilinx, Erich was responsible for FPGA research and development. Goetting led
the development of the Virtex FPGA product family. Before joining Xilinx in 1989, Goetting
held management and technical positions at Bell Laboratories, Hughes Electro-Optic and Data
Systems, and Exel Microelectronics. He holds 22 patents in the areas of programmable logic and
CMOS integrated-circuit design. Goetting earned a bachelor's degree in electrical engineering
from the University of Pennsylvania and a bachelor's degree in finance from the Wharton School
of Business. He also received a bachelor's degree in computer science from the University of
Southern California.
Steve Haynes serves as vice president, worldwide sales, at Xilinx. He joined Xilinx in 1987 as a
regional sales manager in the Northeast, was promoted to area sales director in 1988, and served
as vice president, North American sales, from 1995 to 1998. Haynes has over 25 years of sales
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and marketing experience in the semiconductor industry, including tenure at National
Semiconductor and Silicon Systems. He earned his bachelor’s degree in marketing from the
University of Denver in Denver, Colo.
Clay Johnson, general manager of the General Product Division of FPGAs, is responsible for all
marketing and business activities in that organization. Previously, he was vice president of
FPGA business development. He joined Xilinx in 1990 and previously served as vice president
of worldwide service and support and vice president and general manager of the Hardwire/High
Reliability Division. Earlier, he worked as European marketing manager and director of support.
Before joining Xilinx, Johnson was director of customer support at Daisy Systems Corp. and a
product engineer at Advanced Micro Devices. He earned his bachelor's degree in electrical
engineering from the University of California, Berkeley.
Don Mullikin serves as vice president of the Global Services Division, where he is responsible
for a broad range of services that Xilinx provides for customers worldwide. Those include
technical support for applications and products as well as customer education and design
services. Mullikin joined Xilinx in 1995 and was responsible for the company's North America
technical support organization. From 1988 to 1995 he served in sales and management roles at
Texas Instruments, where he most recently was responsible for developing and managing the
corporate technical support operation. Mullikin earned his bachelor's degree in electrical
engineering from Villanova University.
Randy Ong, vice president of worldwide operations, has overall responsibility for
manufacturing, quality assurance, testing, reliability and package development for Xilinx
programmable logic devices. He also oversees strategic management of the company’s
semiconductor foundry partners. Ong joined Xilinx in 1990 and earlier held product
development positions with ASPEN Semiconductor, Advanced Micro Devices and Fairchild
Semiconductor. He earned his bachelor’s and master’s degrees in electrical engineering at the
University of California, Berkeley.
Richard Sevcik, senior vice president of the FPGA Products Group, containing the Advanced
Products Division and General Product Division of FPGA products, is responsible for ensuring
the delivery of the most cohesive hardware and software products in the industry. Sevcik retains
responsibility for the direction of the Global Service division, too. Formerly, Sevcik was in
charge of the Intellectual Property cores, Software and Services Group at Xilinx. Sevcik was
appointed the Xilinx Board of Directors in April 2000. He joined Xilinx in 1997 from Hewlett-
Packard, where he had served as group general manager of HP’s Systems Technology Group.
Sevcik received his bachelor’s degree in engineering physics from the University of Illinois and
his master’s in solid state physics from Northwestern University.
Sheri Anderson, vice president and Chief Information Officer, has been with Xilinx since 2001.
At Xilinx, Anderson is responsible for the computer systems, networks, databases and
management information systems, which support the company's business strategy and link
Xilinx closely with its partners and customers. Anderson came to Xilinx from Novell, Inc. where
she served as the General Manager and Senior Vice President of Customer Services. She began
there in 1995, and was the CIO for five years. Prior to her work at Novell, Anderson held
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executive positions with leading companies including Non-Stop Logistics Corporation, Charles
Schwab & Co., Inc., Wells Fargo Banks, N.A., Electronic Data Systems and Remedy
Corporation. Additionally, Anderson serves on various technical advisory committees and
industry associations. Anderson earned her bachelor's degree in Economics from Stanford
University in 1976.
Sandeep Vij, vice president of marketing, has overall responsibility for all marketing activities
involving the company's programmable logic solutions. Earlier he served as director of FPGA
marketing at Xilinx. He joined Xilinx in 1996 from Altera Corp., where he worked for more than
five years in a number of product marketing roles. Before that he held various engineering and
marketing positions at General Electric Co. He has master's degree in electrical engineering from
Stanford University and a bachelor's degree in electrical engineering from San Jose State
University.
Evert Wolsheimer, vice president and general manager of the CPLD Division, oversees all
aspects of CPLD product design, operations, product planning and software processes. Before
joining Xilinx in 1991, he served as manager of technology development at LSI Logic and earlier
held several R&D and marketing management positions at Philips. He earned his doctorate in
electrical engineering from Delft University in the Netherlands and has three U.S. patents.
Peg Wynn serves as vice president of worldwide human resources at Xilinx and is responsible
for worldwide staffing, employee relations, training, organizational development, compensation,
and benefits. Wynn joined Xilinx in 1998 as a human resources director and was responsible for
international human resources and strategic planning. She served from 1993-1998 with Winning
By Design, Palo Alto, California, as a principal consultant working with international clients on
strategic planning and productivity improvement as well as large-scale change management
programs. Wynn also served with Intel Corp. for 13 years in a variety of human resources,
engineering and corporate consulting positions. Wynn received her bachelor's of science degree
from Bowling Green State University in Bowling Green, Ohio, in 1974.
Xilinx, Inc. headquarters
2100 Logic Drive ~ San Jose, CA 95124
Main Tel (408) 559-7778 or (800) 4XILINX
Contact Information
U.S. Public Relations: Europe Public Relations:
Ann Duft, San Jose Martine Warlop, UK
Tel (408) 879-4726 Tel: 44 870 73 50 509
Fax (408) 371-4926 Fax: 44 870 73 50 659
ann.duft@xilinx.com martine.warlop@xilinx.com
Tamara Snowden, San Jose Japan Public Relations:
Tel (408) 879-6146 Yumi Homura, Tokyo
Fax (308) 371-4926 Tel 81 3 5321 7743
tamara.snowden@xilinx.com yumi.homura@xilinx.com
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Jennifer Wright, San Jose Asia-Pacific Public Relations:
Tel (408) 879-7727 Piera Or, Hong Kong
Fax (408) 371-4926 Tel (852) 2401-5102
jennifer.wright@xilinx.com piera.or@xilinx.com
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Ireland Public Relations:
Tim Kinsella, Kinman Public Relations
Tel: (353) 1 678-8330
tim@kinman.iem
Xilinx is a registered trademark of Xilinx, Inc. Other brand or product names are trademarks or registered
trademarks of their respective owners.