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Figure 1: Basic Datapath Figure 2: Datapath with Control Signals Figure 3: Flash Read...

The design was made in Verilog, primarily targeting the von Braun Labs’ DevChipBoard, containing ...

Figure 1: Connections in the FPGA Figure 2:  General structure - 64-point FFT Figure ...

The design uses Verilog HDL on an FPGA, leveraging a Radix-2^2 FFT algorithm with single-path del...

1. About This rear-view camera system is developed using the ChipInventor platform and implement...

Figure 1: Connections in the FPGA Figure 2: Camera Figure 3: Camera

Figure 1 – CAN PWM Duty Cycle Selector input keys placement

The subprojects have led0 and led1 for visual confirmation of proper CAN communication, where bot...

Figure 1 – CAN DC Motor Controller input keys placement

The subprojects have led0 and led1 for visual confirmation of proper CAN communication, where bot...

Figure 1 – Internationally Standardise Braille dots arrangement Figure 2 – Internationally...

This digital Braille Machine is projected using the ChipInventor platform and implemented on the ...

Once the project has been successfully programmed onto the FPGA, it’s time to test it in real har...

After confirming your design is error-free in the Advanced Simulation: 1. Click on the Synthesiz...

1. Click on Choose FPGA.  Select the option Tang Primer 20k. 2. Click on the Simulate tab...

For this project, you will use three main blocks: uart_rx: Receives the byte sent via UART. u...

To test the frequency division, follow these steps: 1. Run the TestBench in ChipInventor: Cli...

Since we are not using the automated ChipInventor TestBench, we need to manually define input sig...

In this section, instead of using an external clock signal, we will manually generate input trans...

Welcome to our tutorial on TestBenches in ChipInventor. We’ll create a simple Flip-Flop circuit t...