Fortech Microsystems
Inc. (Business unit of
Fortech Software Consulting Inc.) provides
application development / Embedded Systems Development and
VLSI services.
ASIC/
FPGA Development:
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IP
Selection including Third Party IP
Integration
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VHDL/Verilog Coding and
Verification
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VHDL/Verilog Test Bench
Generation
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Top level
Simulation, Verification
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Synthesis
to Target Technology
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IP
Selection including Third Party IP
Integration
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Functional
System Verification
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Placement
and Routing
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Static
Timing Analysis
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Testing
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FPGA to
ASIC Migration
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Foundry
Selection
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Embedded
Systems Development
Impressive strides in the
miniaturization of processing power have led to a
proliferation of pervasive computing solutions. This trend has
escalated the demand for software intended to run on
constrained devices, as against a full-configuration personal
computer. Some examples of such embedded systems include
consumer electronic devices, automotive electronics, smart
card / POS terminals, Internet access devices, network routers
and switches, global positioning devices, and intelligent
telemetry / control devices.
Digital
Signal Processor Applications
Digital Signal Processors
(DSPs) from leading
chip manufacturers such as TI, Analog
Devices and Motorola are enabling electronic
equipment manufacturers to almost eliminate analog circuitry
and build totally solid-state devices. Because of
this,
DSPs are increasingly finding
applications across industry segments such as automotive,
telecom, wireless, entertainment, Global Positioning Systems,
process automation, medical equipment and others.
Our DSP application focus areas
include:
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Video
and Audio encoders and decoders for different DSP architectures
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Image
processing
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Modulators
and demodulators for TI & Motorola processors
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Math library and
DSP library functions for emerging processors
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In
these areas, we offer solutions that include implementation supported by
architecture recommendations, application analysis, functionality verification,
structured documentation and technical support. Some typical solutions that we
can be developed include:
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Wireless
applications
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Real-time
DSP algorithms
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Digital
Video Broadcasting
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DSL
Modems
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High
Performance audio solutions
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Our goal is to
analyze the client requirements and provides a detailed digital filter design
as well as a comprehensive frequency response analysis and simulation. We will
offer software implementations of filter designs to popular DSP chips. Our
insight into architecture-specific CPU, memory and power optimization enables
us to develop more efficient algorithm implementations. We have in-depth
knowledge on various DSP processor architectures, and in development
environments such as
TI’s
Code Composer Studio and Analog Devices’ Visual DSP++.
We
understand that developing DSP applications is not just developing good
software that function well, but ensuring that they are highly optimized and
efficient in performance. By effective use of innovative methodologies and
strong engineering practices, we ensure that the products we develop are
cost-effective and deliver high performance.
