Simulink Blocks in DSP System Toolbox that Support SIMD Code Generation

When certain conditions are met, you can generate SIMD code from Simulink^® blocks in DSP System Toolbox™ using these two approaches:

The DSP Intel AVX2-FMA code replacement library –– Requires Embedded Coder^® license. For more information on this workflow, see Use Intel AVX2 Code Replacement Library to Generate SIMD Code from Simulink Blocks.
The Leverage target hardware instruction set extensions model configuration parameter –– Requires the Simulink Coder™ license or the Embedded Coder license. For more information on this workflow, see Use Target Hardware Instruction Set Extensions to Generate SIMD Code from Simulink Blocks.

The following table contains a list of all Simulink blocks in DSP System Toolbox that support SIMD code generation. For more information on the conditions under which these blocks generate SIMD code, see the Extended Capabilities > C/C++ Code Generation sections in the corresponding reference pages.

Simulink blocks	Generate SIMD code using Intel^® AVX2 code replacement library	Generate SIMD code using the Leverage target hardware instruction set extensions parameter
Arbitrary Response Filter	✓	Not supported
Analytic Signal	✓	Not supported
Bandpass Filter	✓	Not supported
Bandstop Filter	✓	Not supported
Complex Bandpass Decimator	✓	Not supported
DC Blocker	✓	Not supported
Differentiator Filter	✓	Not supported
Digital Filter Design	✓	Not supported
Discrete FIR Filter (Simulink)	✓	Supports all Intel platforms
FIR Decimation	✓	Supports all Intel platforms
FIR Halfband Interpolator	✓	Not supported
FIR Interpolation	✓	Supports all Intel platforms
Highpass Filter	✓	Not supported
Hilbert Filter	✓	Not supported
Inverse Sinc Filter	✓	Not supported
LMS Filter	✓	Supports all Intel platforms
Lowpass Filter	✓	Not supported
Nyquist Filter	✓	Not supported
Sample-Rate Converter	✓	Not supported
Variable Bandwidth FIR Filter	✓	Not supported

Simulink Blocks in DSP System Toolbox that Support SIMD Code Generation

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