MATLAB SIMULINK HDL CODER 1 Manuale Utente Pagina 12

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9/21/2011
12
MATLABMATLAB
® ®
andand SimulinkSimulink
®®
Algorithm and System DesignAlgorithm and System Design
Model Refinement for HardwareModel Refinement for Hardware
Use Model-Based Design to
provide an integrated
workflow
Why Model-Based Design?
Back Annotation
HDL CoHDL Co--SimulationSimulation
Automatic HDL Automatic HDL
Code GenerationCode Generation
Behavioral Simulation
Speed up algorithm
development with a unified
design environment
Automate manual steps in
FPGA implementation to
27
Implement Design
Map
Place & Route
Synthesis
Verification
Static Timing Analysis
Timing Simulation
Functional Simulation
FPGA HardwareFPGA Hardware
FPGAFPGA--inin--thethe--LoopLoop
FPGA
implementation
to
enable shorter iteration
cycles
Integrate FPGA development
tools to reduce verification
time
Ch ll
AT4 wireless Increases Internal Test
Coverage to Over 90% for LTE Physical
Layer Test Equipment Designs
Ch
a
ll
enge
Develop test systems for LTE wireless equipment
Solution
Use MATLAB and Simulink to design and simulate the
LTE physical layer, verify the FPGA implementation,
and analyze test results
Results
Internal test coverage increased to over 90%
Test harness reused throughout the project
“MATLAB is a universal language that
makes it easy to exchange algorithms
and test results across our team. Our
physical layer model in MATLAB and
Simulink enabled us to better
AT4 wireless LTE layer 1 tester.
29
Tes t
harness
reused
throughout
the
project
life cycle
Development effort reduced by 25–30%
understand the LTE specifications, and
Model-Based Design enabled us to
verify that our FPGA implementation
conformed to those specifications.”
Francisco Javier Campos
AT4 wireless
Link to user story
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