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This project implements a 64-point FFT-based audio processing system that captures audio from an ...

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

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

Figure 1 – CAN DC Motor Controller input keys placement  

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

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

Implement a rear-view camera system using the Tang Primer 20K FPGA. The project utilizes the capa...

Figure 1 – CAN PWM Duty Cycle Selector input keys placement

This project allows users to adjust the PWM duty cycle by incrementing or decrementing it in step...

This project is about a motor control unit that receives the PWM duty cycle via CAN, generates a ...

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

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

The objective of this project is to simulate the FPGA (Tang Primer 20K) as a HID keyboard via USB...

To test the INOUT block, we recommend that you access the "Accelerometer Reader" project within t...

In this tutorial, you learned how to configure and connect blocks in ChipInventor to create an SP...

After programming the FPGA, let’s test the hardware: On the top menu, click Main. Acces...

After confirming your design is error-free: Click the Synthesize tab. Select Start Synt...

Click the Simulate tab on the top menu. Select Advanced Simulation. In advanced mod...

spi_ctrl Block Input: clk (System clock) Outputs: acc_mosi (sends commands to ...

For this project, we will use four main blocks: spi_ctrl: Controls SPI communication with th...