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3Leaf Networks
Offices: Santa Clara, California
3Leaf is developing the infrastructure required
to support both scale-up and scale-out virtual
servers in the enterprise data center enabling
customers to achieve higher levels of utilization,
increased availability, reduction in costs,
and improved scalability. This unique approach
is transparent to applications that are
resident in the enterprise today. The work
environment at 3Leaf Networks is based on
collaboration where open communication and
team work are encouraged. 3Leaf was founded
in June 2004 by a team with years of experience
in microprocessor, kernel, and overall system
experience. |
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Actel
Offices: Milpitas, California
The Actel Libero™ integrated design environment
(IDE) seamlessly integrates best-in-class
design tools from leading EDA vendors, such
as Magma Design Automation, Mentor Graphics,
SynaptiCAD and Synplicity, with Actel-developed
custom tools into a single FPGA development
package. The Libero IDE also includes Actel’s
Designer physical design solution. Usable
with the Actel Libero IDE, the company offers
the CoreConsole IP Deployment Platform (IDP)
to enable designers to quickly stitch intellectual
property (IP) blocks together into synthesizable
and simulatable RTL. |
Advanced RFIC
Offices: Singapore
Advanced RFIC (ARFIC) specializes in the
field of radio frequency integrated circuit
(RFIC) design, semiconductor device characterization
& modeling. A strategic partner of some
of the world's leading foundries and semiconductor
companies, ARFIC provides one-stop RFIC
design services including: device characterization,
device modeling/test chip design services,
RFIC foundry design kit,RFIC IP integration
& technology licensing/RFIC turn key projects. |
aJile Systems
Offices: San Jose, California
aJile Systems provides complete solutions
for embedding Java performance into smart
mobile devices, wireless consumer appliances,
industrial control, wireless remote sensing,
and automotive communication devices over
the Internet. At aJile, a complete solution
means that their Java™ direct execution
processors come with a specifically tailored
peripheral set, the associated 100 % Java-based
runtime software and tools, and the required
product-specific APIs. |
Allegro MicroSystems
Offices: Worcester, Massachusetts
Allegro MicroSystems provides innovative
system-level solutions in the design and
manufacture of advanced mixed-signal Hall-effect
sensor and analog power ICs serving high-growth
applications worldwide within the automotive
electronics, office automation, industrial
and portable electronics markets. They offer
cutting-edge technology, a commitment to
quality, and innovative solutions. Their
design and manufacturing teams are ready
to work diligently with you to support your
needs. |
Allteq
Offices: Livermore, California
Allteq's first line of equipment was designed
to automate the manufacturing of hermetic
products primarily used in military and
high reliability applications. Allteq introduced
its first 3000 Series 3rd Optical Inspection
Station in 1985 and quickly established
itself as a world leader in this field.
Allteq established the Allteq Telecommunication
Division with the charter of re-designing
legacy central office products and test
equipment. |
Altera
Offices: San Jose, California
Altera is a world's pioneer of system-on-a-programmable-chip
(SOPC) solutions. With annual revenues in
CY 2005 of $1.12 billion, Altera combines
the reprogrammable logic technology originally
invented in 1983 with software tools, intellectual
property, and design services to provide
high-value programmable solutions to approximately
14,000 customers worldwide. Committed to
helping customers achieve their business
goals, Altera aggressively invests in research
and development efforts despite global economic
pressures. |
Altium
Offices: Sydney, Australia
Altium is the industry's leading developer
of electronic product development solutions
dedicated to unifying the different design
disciplines involved in electronics product
development. Altium products ensure all
electronic engineers, designers, developers,
and their organizations, take maximum advantage
of emerging design technologies to bring
smarter products to market faster and easier. |
Apache
Offices: Mountain View, California;
Paris France; Austin Texas & Bangalore,
India
Apache is a market leader in dynamic power
integrity and SoC noise management. Apache's
innovative next-generation silicon integrity
platform for low-power, high-performance
SoC designs consider all sources of noise
that impact the design performance. Apache's
mission is to deliver the most accurate
and comprehensive silicon integrity solution
that enable designers of nanometer SoCs
to achieve higher productivity and increased
yield for greater silicon success. |
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Applied Wave Research
Offices: El Segundo, California
Applied Wave Research has rapidly established
itself as a worldwide leader in high-frequency
electronic design automation (EDA) software.
The company has developed a revolutionary,
future-facing product architecture and open
software platform that embodies years of
knowledge and expertise in RF, microwave
and millimeter wave design applications,
and delivers a new level of design automation
and productivity improvement not possible
in any other design system on the market
today. |
ARM
Offices: Austin-Plano, Texas; Salem,
Oregon; Boston, Massachusetts; Detroit,
Michigan & Irvine-San Diego-Sunnyvale-Walnut
Creek, California
ARM designs the technology that lies at
the heart of advanced digital products,
from wireless, networking and consumer entertainment
solutions to imaging, automotive, security
and storage devices. ARM's comprehensive
product offering includes 16/32-bit RISC
microprocessors, data engines, 3D processors,
digital libraries, embedded memories, peripherals,
software and development tools, as well
as analog functions and high-speed connectivity
products. |
ARMA Design
Offices: San Diego, California & Little
Rock, Arkansas
At ARMA Design, they provide one-stop product
design, development and manufacturing services
for a wide variety of commercial, consumer
and industrial applications. ARMA Design
provides electronic designers specializing
in custom circuit design for new product
development. ARMA produces rapid prototypes
and first production runs as result of their
electronic consulting service. The engineers
at ARMA Design do more than design, they
also ship. |
Artec Design
Offices: Tallinn, Estonia
Artec Design provides original development
and design of electronics as well as product
design or prototype manufacturing by customer
specifications. They offer solutions that
implement several of their specialties including
analog circuit development, digital circuit
development, application and embedded software
development, power supply definition and
development, as well as mechanical and packaging
design. |
ASSET InterTech
Offices: Richardson, Texas
The pace of innovation, including breakthroughs
in JTAG boundary scan (IEEE 1149.1) technology,
has accelerated in recent years. ASSET is
committed to evolving the boundary-scan
standard and increasing customer satisfaction
with the ScanWorks JTAG system. One of the
ways they do this is by expanding their
strategic relationships to offer customers
continually broader end-to-end solutions.
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Atmel
Offices: San Jose, California
Atmel is an industry leader in the design
and manufacture of advanced semiconductors,
with focus on microcontrollers, nonvolatile
memory, logic, radio frequency (RF) components
and sensors. These functions are marketed
as standard products, application-specific
standard products (ASSPs) or customer-specific
products (ASICs) in order to provide a rapid
and flexible response to the needs of Atmel’s
customers. |
Atrenta
Offices: San Jose, California
Atrenta is the leading provider of broad-based
design analysis solutions based on industry
standard SpyGlass™ technology. Atrenta’s
design analysis tools deliver early design
closure by eliminating downstream design
problems and iterative discoveries. This
transforms design closure from a set of
disjoint events late in implementation stage
to a continuous process jumpstarted early
in RTL design phase. |
Averant
Offices: Hayward, California
Averant is a startup electronic design automation
(EDA) company focusing on verification of
complex ICs and digital intellectual property
(IP). The continuing growth in design complexity
has caused a functional gap between what
can be built and what can be verified before
production. Finding mistakes after production
can cost hundreds of millions of dollars,
as seen with the Intel Pentium and the Toshiba
floppy disk controller bugs. Averant closes
the functional verification gap. |
Azuro
Offices: Mountain View, California;
Cambridge, England & Tokyo, Japan
Azuro is an electronic design automation
(EDA) software company that is enabling
electronics companies around the world to
build semiconductor chips that use significantly
less power than ever before. Power has become
increasingly important to electronics companies
as consumers demand ever more talk time,
play time, and functionality in their next-generation
mobile phones and wireless devices. Azuro's
mission is to deliver innovative design
tools that significantly reduce the power
consumption of digital chips. |
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Beach Solutions
Offices: San Jose, California
Beach Solutions' mission is to become the
recognized world leader in IP packaging,
integration and re-use. Their automatic
generation technology allows Beach Solutions
to continue to grow profitably by automating
the production of new tools to the benefit
of its customers in the dynamic System-on-Chip
development markets. They have a team with
over 200 man-years of embedded systems engineering
expertise, with a solid background in the
design of 32-bit RISC devices and systems.
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Brion Technologies
Offices: Santa Clara, California
Brion is leading this industry segment with
the unique capabilities of integrating its
design-oriented Tachyon™ technology and
its manufacturing-oriented Aerion™ technology.
An interrelated set of challenges in lithography—the
process of transferring circuit design patterns
onto silicon wafers—threatens to derail
the semiconductor industry from its historical
paths of technology improvement and economic
growth. These challenges are driving the
emergence and rapid growth of a new industry
segment: Lithography-Driven Design & Manufacturing™.
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