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Cadence Design Systems
Offices: San Jose, California
Cadence Design Systems is the world's leading
EDA technologies and engineering services
company. Cadence helps its customers break
through their challenges by providing leading
edge electronic design solutions that speed
advanced IC and system designs to volume
production. Customers use Cadence software
and hardware, methodologies, and services
to design and verify advanced semiconductors,
printed circuit boards and systems. |
Ceon
Offices: Redwood City, California
Ceon design, integration, deployment and
support services are built upon a strong
foundation of domain expertise, technical
competence and process control. They have
been providing professional services within
the OSS space since 1985, delivering solutions
to leading service providers across the
globe. Ceon Product Control Center (PCC)
is the communication industry’s first purpose-built
software system focused on enabling service
providers’ product and marketing personnel
to construct and manage a catalog of complex
product offerings. |
Chip Estimate
Offices: Cupertino, California
Chip Estimate is an EDA company focused
on developing and delivering integrated
chip project planning solutions. The company's
InCyte products are used at the architectural
level of the electronics design flow to
estimate chip die size, power, leakage,
yield and cost, and to perform rapid what-if
analysis. Chip Estimate's InCyte products
range from a free version to an enterprise
system leading IDM and ASIC companies rely
on to refine chip estimates throughout the
integrated circuit implementation flow. |
ChipMD
Offices: Cupertino, California; Riemerling,
Germany & Hsin-Chu, Taiwan
ChipMD, is an electronic design automation
(EDA) company delivering the first true
Design For Yield (DFY) system called DesignMD.
DesignMD is a one of a kind system for optimizing
analog/mixed-signal and memory circuits.
ChipMD, a privately held electronic design
automation (EDA) company delivers break-through
design for yield (DFY) solution, enabling
designers of analog, mixed-signal and memory
circuits to analyze and optimize for design
performance and parametric yield. |
ChipVision Design Systems
Offices: Oldenburg, Germany & San Ramon,
California
ChipVision Design Systems is a leading supplier
of system-level, low power optimization
solutions that enable the design of complex
integrated circuits (ICs) for the communications,
wireless, and consumer product markets.
The use of ChipVision’s solution in the
pre-implementation phase substantially reduce
cost and time to market. They shorten the
SoC design cycle by allowing pre-RTL optimization
for low power. |
Cologne Chip
Offices: Koln, Germany
Cologne Chip develops and manufactures ISDN
controller ICs for Basic Rate and Primary
Rate Access. The company offers single-chip
solutions for ISDN cards and ISDN terminal
adapters (for Internet access over USB,
PCI or PCMCIA). Besides PC applications,
there are highly integrated HDLC controller
and ISDN transceiver chips available for
almost all kind of embedded applications. |
Conexant
Offices: Newport Beach-San Diego, California;
Red Bank, New Jersey & Melbourne, Florida
Conexant Systems is a worldwide leader in
semiconductor solutions for broadband communications
for the digital home. The company has leveraged
its expertise and leadership position in
modem technologies to enable more Internet
connections than all of its competitors
combined, and continues to develop leading
integrated silicon solutions for broadband
access and media processing networks.
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Dillon Engineering
Offices: Edina, Minnesota
Dillon Engineering is an engineering firm
specializing in DSP algorithms implemented
in FPGAs and ASICs. Dillon Engineering offers
a wide variety of custom design services,
with particular emphasis on FPGA-based digital
signal processing (DSP) algorithms and high-bandwidth,
real-time digital signal and image processing
applications. |
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Elliptic
Offices: Ottawa, Ontario
Elliptic Semiconductor has created the industry's
broadest portfolio of security cores and
software. From cores designed for wireless
sensor networks to high performance disk
encryption, Elliptic's product line meets
the requirement in cost, performance and
power dissipation. The cores are complemented
with software that speeds integration to
target operating systems and reduces time
to market. |
EVE
Offices: San Jose, California; Munich,
Germany; Palaiseau, Paris; Kanagawa,
Japan & Kyunggi-Do, South Korea
EVE's mission is to make hardware-assisted
verification more accessible than ever before
by both SoC designers and embedded software
developers, accessible throughout the design
cycle, and accessible by groups with modest
EDA budgets. The response to their products
has been phenomenal. 8 out of the top 10
semiconductor companies rely on EVE systems
today to verify their IC and embedded system
designs. Those designs target a variety
of fast-paced markets including: networking,
communications, multi-media, graphics, computer,
and consumer. |
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Faraday Technology
Offices: Hsinchu City, Taiwan; Sunnyvale,
California; Framingham, Massachusetts;
Hoofddorp, The Netherlands & Tokyo Japan
Faraday Technology is a leading fabless
ASIC vendor and silicon Intellectual property
(SIP) provider. Statistically, Faraday has
completed thousands of successful designs
with millions chips shipment per month worldwide.
Their ability in attaining economic of scale
in top quality ASIC products has allowed
them to establish an enormous IP data bank.
The ASIC and IP business models complement
one and another, which contributes to Faraday's
success. |
Forte Design Systems
Offices: San Jose, California
Forte Design Systems offers a practical
approach for designers to get more functionality
and performance into each production design
with its silicon-proven behavioral synthesis
technology and design environment. By automating
the generation of high-quality RTL code
from high-level design descriptions, Forte
has provided a way for designers of complex
chips to achieve considerable reductions
in the time needed to attain production-ready
designs. |
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