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Hardware Validation
With the system programmed, perform the tests: View the values read from the ADC. Valid...
FPGA Synthesis and Programming
Access the Synthesis tab. Click Start Synthesis. If all items turn green, connect y...
Project Simulation
Access the Simulate tab. Click Advanced Simulation. Click Menu → Run Iverilog. ...
Assembling the Blocks in ChipInventor
Below are the connections that must be made between the blocks: Block: startAll Input: clk...
Understanding the Project Blocks
The main blocks used in this project are: Block Function startAll ...
Creating the Project in ChipInventor
In this tutorial, we will create a project that uses the I2C protocol to read data from an ADC (A...
Introduction to the I2C Protocol
The I2C (Inter-Integrated Circuit) protocol is one of the most used communication protocols in em...
Wrapping Up
Congratulations! You’ve implemented a complete UART system with receiving, comparison, and data e...
Hardware Validation
1. Access the Main tab. 2. Click on Serial Console. 3. Set the baud rate to 115200. 4. Send a ...
FPGA Synthesis and Programming
Once the simulation is validated: 1. Go to the Synthesize tab. 2. Click Start Synthesis. 3. Co...
Connecting the Blocks
Assemble the project with the following configuration: uart_rx Block Inputs: clk → system ...
Project Simulation
Go to the Simulate tab in the top menu. Select Advanced Simulation. Click on Run Iv...
Blocks Used in the Project
The project uses the following blocks based on the provided Verilog modules: uart_rx: Respon...
Creating Your Project in ChipInventor
In this tutorial, you will create a serial communication system using UART with three main blocks...
Understanding the UART Protocol
UART (Universal Asynchronous Receiver-Transmitter) is a widely used asynchronous serial communica...
Visual Resources
Figure 1: Basic Datapath Figure 2: Datapath with Control Signals Figure 3: Flash Re...
Implementation
The design was made in Verilog, primarily targeting the von Braun Labs’ DevChipBoard, containing ...
Project Summary
This project implements a RISC-V core packaged in a microcontroller, featuring the 32-bit base IS...
Visual Resources
Figure 1: Connections in the FPGA Figure 2: General structure - 64-point FFT Figure...
Implementation
The design uses Verilog HDL on an FPGA, leveraging a Radix-2^2 FFT algorithm with single-path del...