Do you know that you can prototype your algorithms on FPGA-based hardware, regardless of how much FPGA design experience you have?

With MATLAB^® and Simulink^®, you can:

• Build a hardware-ready design using proven IP blocks and subsystems

• Simulate system-level hardware behavior to eliminate bugs before deploying to the FPGA

• Generate HDL and C code that can target any FPGA or SoC device

• Automatically deploy to Xilinx^® and Intel^® FPGA and SoC boards and kits

• Probe and capture signals running in hardware

Highlights:

In this webinar, you will learn about the workflow for implementing a MATLAB algorithm on an FPGA using HDL Coder and Simulink. The demonstration will include:

• Defining a MATLAB pulse detection algorithm commonly used in digital communications and radar applications
• Implementing a streaming, fixed-point architecture in Simulink
• Simulink modeling best practices for creating efficient hardware
• Generating and synthesizing HDL for an FPGA device like XILINX ZCU104 or Zedboard

You will also learn about real-time FPGA prototyping and debugging solutions in HDL Coder and HDL Verifier.