Unlock the Power of Intel 1 API for FPGAs on Windows

Table of Contents

1. Introduction
2. Installing Intel 1 API
   1. Installing Intel Cordis Prime and Dependencies
   2. Installing Visual Studio
   3. Installing Intel 1 API Toolkit
   4. Configuring Visual Studio Code
3. Using Intel 1 API
   1. Launching Intel 1 API Command Prompt
   2. Opening Development Environment with Visual Studio Code
   3. Compiling the Design
4. Conclusion

Introduction

Welcome to the Introduction to Intel 1 API for FPGAs! In this video Tutorial, we will walk you through the process of getting started with Intel Cordis Prime and the Intel 1 API Base Toolkit on Windows operating systems. This tutorial is specifically designed for users running a Windows OS. Let's dive in!

Installing Intel 1 API

Installing Intel Cordis Prime and Dependencies

Before we can begin working with the Intel 1 API, we need to install Intel Cordis Prime Pro Edition and its related software dependencies. These dependencies include Intel FPGA Edition for Simulation and Synthesis, as well as Intel QuestaSim Intel FPGA Starter Edition simulator software. These can usually be obtained through the Intel Cordis Prime Pro download. Additionally, make sure to install Visual Studio version 2017 or later. You can use the Community Edition or the Professional/Ultimate Edition.

Pros:

• Intel Cordis Prime Pro Edition provides comprehensive FPGA development capabilities.
• Integrated support for simulation and synthesis with Intel FPGA Edition and QuestaSim Intel FPGA Starter Edition.
• Visual Studio offers a powerful development environment with a wide range of tools and features.

Cons:

• Requires additional software installations, which might take up disk space.

Installing Visual Studio

Once you have installed Intel Cordis Prime and its dependencies, it is time to install Visual Studio. During the installation process, make sure to configure Visual Studio as shown on the screen. This will ensure that it is properly set up to work with the Intel 1 API.

Installing Intel 1 API Toolkit

The next step is to install the Intel 1 API Base Toolkit. During the installation, you can customize the options to save some space. Select the minimal options that are necessary for your project.

Configuring Visual Studio Code

Finally, you can enhance your development experience by installing Visual Studio Code and configuring it with some useful extensions. Visual Studio Code provides a lightweight and versatile code editor that can be integrated into your workflow. Install the necessary extensions to boost your productivity.

Using Intel 1 API

Launching Intel 1 API Command Prompt

To start using the Intel 1 API, you need to launch the Intel 1 API Command Prompt. Search for "one API command prompt" in the Start menu, and select the appropriate version for your Visual Studio installation. This will open a command prompt with the Intel 1 API environment initialized. You can verify the initialization by running the "dpcp" executable.

Opening Development Environment with Visual Studio Code

Now it's time to open the development environment. Make sure Visual Studio Code is installed and added to your system's PATH environment variable. You can use the 1 API Sample Browser to explore and download code samples. Open Visual Studio Code, and navigate to the code sample you wish to work on.

Compiling the Design

In order to compile the design, open a terminal in Visual Studio Code and navigate to the build directory. Since we are using Windows, we need to use the nmake make files generator. Generate the build system and compile the design using the "nmake" command. You can start by compiling it for emulation. Once the compilation is complete, run the generated emulation executable to verify its successful execution.

Conclusion

Congratulations! You have successfully learned how to install and use the Intel 1 API for FPGAs on Windows. This powerful toolkit, along with Intel Cordis Prime, Visual Studio, and Visual Studio Code, provides a robust development environment for FPGA programming. Experiment with different code samples, explore the capabilities of the Intel 1 API, and unleash the full potential of your FPGA applications.

Highlights

• Get started with Intel 1 API for FPGAs on Windows.
• Install Intel Cordis Prime and related software dependencies.
• Configure Visual Studio for Intel 1 API development.
• Install the Intel 1 API Base Toolkit and necessary extensions.
• Launch the Intel 1 API Command Prompt and verify the environment.
• Use Visual Studio Code to explore and download code samples.
• Compile and execute FPGA designs using the Intel 1 API.

FAQ

Q: Can I use Intel 1 API on other operating systems? A: While this tutorial focuses on Windows, Intel 1 API is also compatible with Linux and other operating systems. Make sure to follow the appropriate installation steps based on your chosen OS.

Q: Do I need a paid license to use Intel 1 API? A: Intel offers both paid and no-cost licenses for the Intel 1 API. You can choose the licensing option that suits your needs. Visit the Intel Self-Service License Center to obtain the appropriate license.

Q: Can I compile FPGA designs for deployment using the Intel 1 API? A: Yes, the Intel 1 API provides tools and capabilities for compiling FPGA designs for deployment on supported devices. Experiment with different FPGA configurations and optimize your designs for performance.

Resources:

• Intel Cordis Prime Pro Edition
• Intel OneAPI
• Visual Studio
• Visual Studio Code