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Custom
Analog, Digital, & Mixed-Signal Integrated-Chip (IC) Design Services
Sigenics provides a wide spectrum of chip design services based on a
combination of basic science, engineering expertise and project management
skills. As an established design house we draw on
many years of analog, mixed-signal, and digital design experience. The
exposure of our wide array of application specific IC
projects provides not only a solid foundation in microelectronics
engineering, but also the ability to quickly ramp-up and understand your unique
application and provide you with an affordable, successful integrated
circuit solution.
A summary of technical expertise
throughout the design
life-cycle Sigenics provides include:
1). Spec
Development
Feasibility Studies
Spec Writing |
2). Design
System Level Architecture
FPGA, CPLD, ASIC technology selection
Analog Design
Mixed-Signal Design
RTL (Verilog/VHDL)
Schematic Entry
Simulation
Geometric Physical Layout
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3). Testing
Test-bench Design
Test Vector Generation
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4). Packaging
Packaging and Assembly
Chip-on-Board
Gold bumping
Custom Metallization |
5). Production
Low Volume Prototyping
High Volume Production Fabrication
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6). Screening
Post Fabrication Testing/Screening |
Exotic and Difficult Designs
Sigenics specializes in difficult and unusual design challenges,
targeting sensors, analog, and mixed-signal "System on a Chip" applications. We
have access to and experience in many fabs and
processes
including exotic variants like Rad-Hard, VH BiCMOS DI, and post-fab
metallization and etching.
Foundries
We have extensive experience with many
different foundries all over the world. This network of fabrication
providers allows us to create your ASIC in the most cost effective and
technically appropriate processes.
AMI
C.P. Clare
Episil
Mikron
MOSIS
Peregrine
SMIC
ST Microelectronics
Tower
TSMC
UMC
XFab
Sigenics engineers will design or adapt standard-cell libraries to
your fab process and performance requirements
Don't see your required foundry listed?
Contact us. We are
exceedingly efficient at ramping up on the legal and technical details of using
a new foundry.
Process Technologies: 0.5V<Vdd<300V
Everyone seems to be "sub-micron" crazy
these days. But did you know that smaller processes may actually hurt your
project due to the unique requirements of analog and mixed-signal ASIC designs?
You may be surprised to find out that an older, larger, and cheaper
process may be your best bet.
We offer fabrication in all of these processes:
0.13um
0.18um
0.25um
0.35um
0.6um
0.8um
1.0um
1.2um
2.0um
5.0um
10.0um
Sigencs can recommend the most cost effective process that meets your
project
technology requirements. Contact
us to see which process might best fit your needs.
Small Business Innovative
Research (SBIR) &
Small Business Technology Transfer (STTR) Partnerships
Sigenics meets all SBIR
qualifications. We have been awarded several Phase I SBIR proposals and
are very familiar with the process. If your company is considering
federal research funding, adding Sigenics to your research team will
provide years of successful grant writing experience in addition to a
high-end, proven, microchip technology partner.
Sigenics meets all STTR qualifications. Partnering with
Sigenics can be a lucrative funding path for researchers at educational
institutions wishing to develop and commercialize their technology
advancements.
Contact
us for more details on research and
development partnerships.
Downstream Management
Turn-Key
Projects - Acting
as general contractor we will oversee as much of the
down-stream development activities as your needs require
resulting in a one-stop-shop for you. Items of past
downstream activites we have
managed included:
testing
fabrication
packaging
screening PCB
design Board stuffing and
assembly Software
co-design All we require is a firm specification
document (which our feasibility studies can help
develop).
Get more info...
Expert Analog and Mixed-Signal Design- If you plan on managing the
project development of your ASIC we would be happy
to recommend our trusted vendors for
down-stream activities in addition to providing our
core talents of analog and mixed-signal design.
Get more
info...
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