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1. Introduction To record your project inside the FPGA, it is necessary to connect the Dev Chip ...

When using the Dev Chip Board on some Linux distributions, especially on Ubuntu, you may encounte...

In this tutorial, you will create your first project and learn about the ChipInventor design flow...

After testing and validating the ALU through simulation, you can move on to the synthesis stage, ...

1. Go to the Simulate tab and select Dynamic Simulation. 2. The automatically generated code wil...

Let’s create your project using the help from AI, follow these steps: 1. In the workspace, click...

Hello everyone! In this tutorial we’ll focus on how the AI assistant in the ChipInventor platform...

Congratulations! You’ve successfully created a MUX circuit and learned the fundamentals of DEMUX ...

Now it’s your turn. Create your own project using different blocks. We suggest a demultiplexer (D...

Now, it´s time to synthesize your project. 1. Open the Synthesize tab to transform the Verilog c...

Now we need to simulate the MUX circuit and observe how the selection input determines the output...

Now, follow these instructions to build your circuit: 1. Go to the Blocks tab to design your cir...

Welcome to this practical guide, where we’ll explore how to combine different logic blocks in the...

Return to the tool's dashboard by clicking Home on the top menu. Your project will appear under R...

1. Open the Results tab to access a summary of the synthesis process. 2. The results table provi...

1. On the top navigation bar, navigate to the View tab and select Interactive 3D Layout. 2. Use ...

1. On the top navigation bar, click the Synthesize tab to transform your Verilog hardware descrip...

1. On the top navigation bar, go to the Simulate tab and select Dynamic Simulation. 2. The Veril...

Now, it’s time to automatically generate the Verilog code for your project. On the top naviga...

From the left menu, drag the following blocks to the workspace: Input: Add two block...