RE Family Software & Tool Course

In this video, we will show you how to install e² studio and install the SDK if you are using it for the first time.

This video shows you how to create a Project for the RE Family using the SDK and e² studio.

In this video, we will show you the steps required to debug with the RE Family using e² studio.  

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chevron_rightDriver Configuration Tool

This video demonstrates an easy way to find and import sample code that works for your device.

This video shows how to export and import an e² studio project in .zip format in e² studio.

This short video shows you how to quickly indent your code into a neat and easily readable format.

This video explains how to display and configure Hot Keys (keyboard shortcuts). This allows you customize e² studio to improve your workflow.

This video introduces to the e² studio Smart Browser feature offering immediate access to user manuals, application notes and sample code.

Simple debugging can be achieved by writing printf statements in the source code. If you change the source code, you need to rebuild and restart the program, which is time-consuming. This video will show you how to use printf debugging without changing the source code.

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In this video, we will use the ADC driver to create a program that continuously converts the output of the EK-RE01 potentiometer using the A/D in scan mode.
STEP 1: RE01-1500KB SDK Configuration settings (*Explained in (1/2))
STEP 2: Coding using the ADC driver API (*Explained in (2/2))
STEP 3: Debugging the ADC sample program (*Explained in (2/2))

In this video, we will use the ADC and DTC driver to create a program that continuously converts the output of the EK-RE01 potentiometer using the A/D in scan mode and reads it with the DTC.
STEP 1: RE01-1500KB SDK Configuration settings (*Explained in (1/2))
STEP 2: Coding using the ADC driver API (*Explained in (2/2))
STEP 3: Debugging the ADC sample program (*Explained in (2/2))

In this video, we will use the I2C driver to create a program that performs I2C communication.
STEP 1: RE01-1500KB SDK Configuration settings (*Explained in (1/2))
STEP 2: Coding using the I2C driver API (*Explained in (2/2))
STEP 3: Debugging the I2C sample program (*Explained in (2/2))

In this video, we will use the SPI driver to create a program that performs master transmission and slave reception.
STEP 1: RE01-1500KB SDK Configuration settings (*Explained in (1/2))
STEP 2: Coding using the SPI driver API (*Explained in (2/2))
STEP 3: Debugging the SPI sample program (*Explained in (2/2))

In this video, we will create a program to synchronize the USART driver with the PC for synchronization.
STEP 1: RE01-1500KB SDK Configuration settings (*Explained in (1/2))
STEP 2: Coding using the USART driver API (*Explained in (2/2))
STEP 3: Debugging the USART sample program (*Explained in (2/2))

In this video, we will use the SPI driver, DMAC driver, and DTC driver to create a program that performs master transmission and slave reception.
This video explains how to use the SPI driver in three steps. In this video, you will learn STEP 1.
STEP 1: RE01-1500KB SDK Configuration settings
STEP 2: Coding using the SPI driver API (>> RE Tutorial : How to Use SPI Driver in Smart Configurator (2/2))
STEP 3: Debugging the SPI sample program (>> RE Tutorial : How to Use SPI Driver in Smart Configurator (2/2))

In this video, we will create a program that uses a USART driver (using DMAC) to synchronize with a PC.
This video explains how to use the USART driver in three steps. In this video, you will learn STEP 1.
STEP 1: RE01-1500KB SDK Configuration settings
STEP 2: Coding using the USART driver API (>> RE Tutorial: How to Use USART Driver in Smart Configurator (2/2))
STEP 3: Debugging the USART sample program (>> RE Tutorial: How to Use USART Driver in Smart Configurator (2/2))

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