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Embedded Tools -
Coventor
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CoventorWare
sets the standard for MEMS development software,
offering a configurable toolset that can distribute
capabilities across multiple desktops and extend them
as needed. CoventorWare is also used for designing
MEMS-enabled nanosystems that require MEMS either for
fabrication or as an integral part of the overall
system.
In Europe, several initiatives have selected
CoventorWare as the MEMS development environment of
choice for accelerating MEMS innovations. |
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Comprehensive Design Flow
Setting the New Industry Standard
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Coventor's configurable toolset provides system-level
design and capabilities for in-depth analysis after
initial design is complete. |
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CoventorWare is a fully integrated MEMS design
environment that offers the most productive path to
MEMS design. Its unique capabilities let you by-pass
computationally-intensive tools during the initial
design stage to efficiently explore designs and
converge on a design that has the highest probability
of success. Then perform FEM/BEM analysis on critical
areas to fine-tune the device.
You can create a MEMS device rapidly using parametric
behavioral models of MEMS structures, then evaluate
the MEMS device behavior simultaneous with the
behavior of electronic control circuitry,
environmental effects, and other surrounding systems.
Our reduced-order analytical models can rapidly
simulate device performance and address manufacturing
sensitivities for Design for Manufacturability (DFM).
Results are comparable to FEM results, but take only a
fraction of the time, so you efficiently explore
options to converge on a design.
After converging on a design in a system environment,
CoventorWare's analysis tools provide intensive
physics evaluation of critical areas of the device.
Our suite of FEM and BEM tools is second to none. The
interface between the system environment, FEM/BEM
analysis, and layout is seamless. Coventor Ware also
outputs macro-models that let you integrate your
custom devices into our system-level design
environment. |
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Modularity Meets Application Demands
CoventorWare's configurable toolset consists of four
bundles:
ARCHITECT
Build the design and simulate its performance
utilizing behavioral model building blocks.
DESIGNER
Create 2D layouts and 3D models of
ready-to-manufacture devices.
ANALYZER
Perform detailed analysis using tools for simulation,
meshing, and results visualization. Features wide
range of application-specific solvers.
INTEGRATOR
New in 2003. Extracts reduced-order models of physical
effects (stiffness, damping, and inertia) found in
most dynamic systems, for use in ARCHITECT and other
system-level simulators. Exports Verilog-A templates
for integration with control electronics in a Cadence
environment.
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MEMULATOR
Taking a MEMS device from concept to production
often requires substantial modifications to the
fabrication process. The MEMS design and process
refinements proceed sequentially through a series
of time-consuming and costly
design-fabricate-and-test cycles. Eliminating even
one fab cycle can result in faster time to market
and significant development cost savings.
MEMulator is a new software tool from Coventor
that enables MEMS designers and process engineers
visualize the effects of design and process
modifications before fabricating an actual device.
Starting from 2D masks in industry-standard GDSII
format and a description of the fabrication
process. MEMulator uses novel "voxel" (volumetric
pixel) technology to build high-detailed,
realistic-looking virtual prototypes. The voxel
technology is robust |

Microassembly segmentation and component
manipulation |
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against
maskerrors and easily handles a wide range of model
scales, all the way from micron-scale details through
a complete device to an entire wafer. MEMulator is
applicable to all devices that are fabricated with
IC-style manufacturing techniques, including MEMS, RF
passives, and disk-drive heads.
Contact us to learn more about
CoventorWare.
Coventor MEMS Applications |
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RF MEMS
Wireless communications, power/signal management,
and more. |
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Optical MEMS
Optical networks, lasers, photonic systems, and
more. |
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Microfluidics
Biotechnology, medicine, genetics, and more. |
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Sensors
Acuators, gyroscopes, accelerometers, and more. |
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