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ASICs and SoCs

Model, verify, and program your algorithms on ASICs

Domain experts and hardware engineers use MATLAB^®and Simulink^®to prototype and perform production ASIC design. With MATLAB and Simulink, you can:

Refine algorithms toward ASIC hardware to eliminate specification miscommunication
Simulate system-on-chip behavior at a high-level of abstraction
Begin verification earlier by reusing system-level models and test cases
Generate production-quality RTL

“The Simulink environment is ideal for system-level architecture exploration. The simulations are 200 times faster than they were in our previous workflow—and Simulink models can be easily converted to C as well as to HDL code, which enables high scalability and reusability.”
Ken Chen, Faraday

Using MATLAB with ASICs and SoCs

A Mixed-Signal Model-Based Design Flow for Automotive Sensors

Model Based Design in Nokia 5G

Modeling for ASIC Design

Add hardware architecture (8:13) to your digital algorithm. This includes fixed-point quantization (30:45), so you can use resources more efficiently, and native floating-point (9:19) code generation, so you can more easily prototype on FPGAs. Reuse your tests and golden reference algorithm to simulate each successive refinement. HDL Coder™ can generate an HDL test bench that verifies the generated HDL DUT against test vectors saved from your Simulink model.

HDL Coder generates synthesizable VHDL or Verilog directly from HDL-ready Simulink and MATLAB function blocks and Stateflow^® charts. You can generate code from the same model for early FPGA prototyping (20:51) and production implementation. This approach delivers agility and reuse to your hardware design and verification workflow.

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System-on-Chip Behavioral Simulation

Model digital, analog, and software functionality together at a high level of abstraction to identify and eliminate system-level bugs and performance issues before implementation. Simulate memory and internal and external connectivity, as well as scheduling and OS effects, using SoC Blockset™.

Build and automate system-level test cases using Simulink Test™, and use Simulink Coverage™ to report metrics toward meeting your requirements.

Continuously verify your SoC as you refine subsystems, ensuring equivalence and SoC-level compatibility throughout your project.

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Generate SystemVerilog DPI for Analog Mixed-Signal Verification (3:50)

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Begin Verification Earlier

HDL Verifier™ reuses your MATLAB and Simulink test environments to verify your FPGA design.

With cosimulation (5:35), you can automatically run your MATLAB or Simulink test bench connected to your Verilog or VHDL design running in a simulator from Mentor Graphics or Cadence Design Systems.

Export analog or digital models as SystemVerilog DPI (5:19) components for use as reference models, stimulus, or fast simulation models in SystemVerilog simulators from Synopsys, Cadence Design Systems, or Mentor Graphics.

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Production ASIC Design

Domain experts and hardware engineers use MATLAB and Simulink to collaborate on production FPGA and SoC design for wireless, video/image processing, motor and power control (24:20), and safety-critical applications.

Explore a broad range of architectural options, then use HDL Coder high-level synthesis optimizations to meet your implementation goals. Automatically generate readable RTL that is traceable back to the model and requirements. Along with synthesizable and design rule-compliant RTL, HDL Coder generates a variety of AXI4 interfaces for easy integration into your SoC.

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