RX Webinar Package
2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.
2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.
2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.
5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.
6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.
0:50
This module concludes the series and provides a wrap-up of the key features of RX microcontrollers covered throughout this video series.
5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.
6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.
0:50
This module concludes the series and provides a wrap-up of the key features of RX microcontrollers covered throughout this video series.
5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.
6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.
0:50
This module concludes the series and provides a wrap-up of the key features of RX microcontrollers covered throughout this video series.
Product

Product Introduction

2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.
2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.
2:22
This module provides an overview of the RX microcontroller families and the agenda of the video series.
10:60
This module provides details on the key features contained within the RX MCUs and shows the performance advantages of RX over Arm-based MCUs.
8:14
This module goes through the series of RX MCUs from the low-end RX100 to the high end RX700.

CPU/Function

Directly input analog signal to RX231 and perform FFT in real time.
Directly input analog signal to RX231 and perform FFT in real time.
Directly input analog signal to RX231 and perform FFT in real time.
Solution

Introduction

6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.
6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.
6:02
This module goes through a few application examples showing how RX MCUs enable IOT and embedded designs.

Safety/Security

3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.
3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.
3:05
This module describes the hardware features included in RX microcontrollers that provide enhanced security and protection of user data.

Motor

3:23
本文将对马达控制评估套件"24V Motor Control Evaluation System for RX23T",别名RSSK马达进行介绍
3:32
为您介绍电机控制评估套件 电机RSSK的安装方法
2:18
说明使用"电机开发支持工具Renesas Motor Workbench"所需环境的搭建方法
2:55
介绍本套件中可以使用的电机控制软件,从安装至开始使用的流程
3:23
本文将对马达控制评估套件"24V Motor Control Evaluation System for RX23T",别名RSSK马达进行介绍
3:32
为您介绍电机控制评估套件 电机RSSK的安装方法
2:18
说明使用"电机开发支持工具Renesas Motor Workbench"所需环境的搭建方法
2:55
介绍本套件中可以使用的电机控制软件,从安装至开始使用的流程
3:23
本文将对马达控制评估套件"24V Motor Control Evaluation System for RX23T",别名RSSK马达进行介绍
3:32
为您介绍电机控制评估套件 电机RSSK的安装方法
2:18
说明使用"电机开发支持工具Renesas Motor Workbench"所需环境的搭建方法
2:55
介绍本套件中可以使用的电机控制软件,从安装至开始使用的流程
4:16
下面就电机控制开发支持工具"Renesas Motor Workbench"的分析功能进行说明
4:59
下面就电机控制开发支持工具"Renesas Motor Workbench"的Tuner功能进行说明
5:37
介绍将电机控制开发支持工具"Renesas Motor Workbench" Analyzer与Tuner一起使用时的应用方法
2:13
Ch1 is the command speed and ch2 is the actual speed. The deviation between command speed and actual speed can be confirmed with che - ch2.
4:16
下面就电机控制开发支持工具"Renesas Motor Workbench"的分析功能进行说明
4:59
下面就电机控制开发支持工具"Renesas Motor Workbench"的Tuner功能进行说明
5:37
介绍将电机控制开发支持工具"Renesas Motor Workbench" Analyzer与Tuner一起使用时的应用方法
2:13
Ch1 is the command speed and ch2 is the actual speed. The deviation between command speed and actual speed can be confirmed with che - ch2.
4:16
下面就电机控制开发支持工具"Renesas Motor Workbench"的分析功能进行说明
4:59
下面就电机控制开发支持工具"Renesas Motor Workbench"的Tuner功能进行说明
5:37
介绍将电机控制开发支持工具"Renesas Motor Workbench" Analyzer与Tuner一起使用时的应用方法
2:13
Ch1 is the command speed and ch2 is the actual speed. The deviation between command speed and actual speed can be confirmed with che - ch2.
2:12
The color of the rotating light has changed depending on the conditions.
00:55
The display settings remain even if the Use check is disabled, so display variables can be easily switched.
1:33
Selecting Change Display to Alias Name switches the display alias.
2:12
The color of the rotating light has changed depending on the conditions.
00:55
The display settings remain even if the Use check is disabled, so display variables can be easily switched.
1:33
Selecting Change Display to Alias Name switches the display alias.
2:12
The color of the rotating light has changed depending on the conditions.
00:55
The display settings remain even if the Use check is disabled, so display variables can be easily switched.
1:33
Selecting Change Display to Alias Name switches the display alias.

IoT Cloud

03:38
瑞萨电子RX65N云套件简化了与亚马逊云服务(AWS)的安全物联网端点设备连接,使嵌入式设计人员可以轻松快速地开始设计并连接到AWS云。
10:13
使用瑞萨电子RX65N云套件连接到AWS云的步骤。
03:38
瑞萨电子RX65N云套件简化了与亚马逊云服务(AWS)的安全物联网端点设备连接,使嵌入式设计人员可以轻松快速地开始设计并连接到AWS云。
10:13
使用瑞萨电子RX65N云套件连接到AWS云的步骤。
03:38
瑞萨电子RX65N云套件简化了与亚马逊云服务(AWS)的安全物联网端点设备连接,使嵌入式设计人员可以轻松快速地开始设计并连接到AWS云。
10:13
使用瑞萨电子RX65N云套件连接到AWS云的步骤。

Capacitive Touch

2:03
Evaluation may be started immediately after purchase of our capacitive touch solution products.
1:00
Keys are detected well without malfunctions despite exposure to running water.
2:00
Wood, stone, cloth, and paper may be used as cover panels of capacitive touch sensors.
2:49
LED dimming remote control using Bluetooth® low energy and a touch panel that displays characters.
2:03
Evaluation may be started immediately after purchase of our capacitive touch solution products.
1:00
Keys are detected well without malfunctions despite exposure to running water.
2:00
Wood, stone, cloth, and paper may be used as cover panels of capacitive touch sensors.
2:49
LED dimming remote control using Bluetooth® low energy and a touch panel that displays characters.
2:03
Evaluation may be started immediately after purchase of our capacitive touch solution products.
1:00
Keys are detected well without malfunctions despite exposure to running water.
2:00
Wood, stone, cloth, and paper may be used as cover panels of capacitive touch sensors.
2:49
LED dimming remote control using Bluetooth® low energy and a touch panel that displays characters.
1:52
Touch switch + motor control + audio playback + LED control on a single chip!
4:02
Apply Renesas' capacitive touch solution to realize an HMI that detects gesture motions of a hand in three-dimensional space.
1:52
Touch switch + motor control + audio playback + LED control on a single chip!
4:02
Apply Renesas' capacitive touch solution to realize an HMI that detects gesture motions of a hand in three-dimensional space.
1:52
Touch switch + motor control + audio playback + LED control on a single chip!
4:02
Apply Renesas' capacitive touch solution to realize an HMI that detects gesture motions of a hand in three-dimensional space.
4:22
For the development of embedded systems that are work with capacitive touch sensors, this tool simplifies the initial settings of the touch user interface and the tuning of the sensitivity, thus shortening developing times.
4:58
This video explains the software settings required for touch sensor detection.
3:39
This video explains the procedure for very simple sensitivity tuning.
3:49
This video explains the procedure for sensitivity monitoring and adjustment.
4:22
For the development of embedded systems that are work with capacitive touch sensors, this tool simplifies the initial settings of the touch user interface and the tuning of the sensitivity, thus shortening developing times.
4:58
This video explains the software settings required for touch sensor detection.
3:39
This video explains the procedure for very simple sensitivity tuning.
3:49
This video explains the procedure for sensitivity monitoring and adjustment.
4:22
For the development of embedded systems that are work with capacitive touch sensors, this tool simplifies the initial settings of the touch user interface and the tuning of the sensitivity, thus shortening developing times.
4:58
This video explains the software settings required for touch sensor detection.
3:39
This video explains the procedure for very simple sensitivity tuning.
3:49
This video explains the procedure for sensitivity monitoring and adjustment.
2:37
This video introduces 2D Gesture Demo by Renesas Capacitive Touch MCU.
2:37
This video introduces 2D Gesture Demo by Renesas Capacitive Touch MCU.
2:37
This video introduces 2D Gesture Demo by Renesas Capacitive Touch MCU.

e-AI

1:44
This demonstration shows motor control and fault detection with a Renesas MCU.
1:15
嵌入式AI(e-AI)使电机控制更加智能化。 该演示使用瑞萨电子MCU实现电机控制和故障检测
1:44
This demonstration shows motor control and fault detection with a Renesas MCU.
1:15
嵌入式AI(e-AI)使电机控制更加智能化。 该演示使用瑞萨电子MCU实现电机控制和故障检测
1:44
This demonstration shows motor control and fault detection with a Renesas MCU.
1:15
嵌入式AI(e-AI)使电机控制更加智能化。 该演示使用瑞萨电子MCU实现电机控制和故障检测

[NEW] Voice Recognition

1:30
This video introduces the Renesas Voice Recognition Solution.
1:43
This video demonstrates the operation of a doorway using the Renesas Voice Recognition Solution.
1:30
This video introduces the Renesas Voice Recognition Solution.
1:43
This video demonstrates the operation of a doorway using the Renesas Voice Recognition Solution.
1:30
This video introduces the Renesas Voice Recognition Solution.
1:43
This video demonstrates the operation of a doorway using the Renesas Voice Recognition Solution.
Development Tool

Introduction

5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.
5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.
5:59
This module explains the tool offerings that support the RX MCU family, including development environments, compilers, debuggers, third-party tool offerings, development kits, and boards.

IDE Easy Installation

5:15
Startup guide video of e² studio. Demonstrated installation of e² studio and complier(s).
5:15
Startup guide video of e² studio. Demonstrated installation of e² studio and complier(s).
5:15
Startup guide video of e² studio. Demonstrated installation of e² studio and complier(s).

IDE How to Use

1:53
This short video explains the import of an existing HEW project
3:05
Video shows how to quickly create loops in your C code
2:54
Video about creating gauges & other visual feedback
1:53
This short video explains the import of an existing HEW project
3:05
Video shows how to quickly create loops in your C code
2:54
Video about creating gauges & other visual feedback
1:53
This short video explains the import of an existing HEW project
3:05
Video shows how to quickly create loops in your C code
2:54
Video about creating gauges & other visual feedback
1:47
This video explains how to display and configure Hot Keys (keyboard shortcuts).
2:21
This video explains how to export and import an e² studio project to/ from a .zip file
0:48
This short video shows you how to quickly indent your code into a neat and easily readable format.
1:47
This video explains how to display and configure Hot Keys (keyboard shortcuts).
2:21
This video explains how to export and import an e² studio project to/ from a .zip file
0:48
This short video shows you how to quickly indent your code into a neat and easily readable format.
1:47
This video explains how to display and configure Hot Keys (keyboard shortcuts).
2:21
This video explains how to export and import an e² studio project to/ from a .zip file
0:48
This short video shows you how to quickly indent your code into a neat and easily readable format.

Smart Configurator

6:01
The Smart Configurator (SC) is a GUI-based tool that can generate code for drivers and middleware and ease the configuration of pins.
7:10
The objective of this video is to create a LED blinking program using the Smart Configurator.
6:00
The objective of this video is to create an A/D converter program (potentiometer to control LED blinking) using the Smart Configurator.
6:01
The Smart Configurator (SC) is a GUI-based tool that can generate code for drivers and middleware and ease the configuration of pins.
7:10
The objective of this video is to create a LED blinking program using the Smart Configurator.
6:00
The objective of this video is to create an A/D converter program (potentiometer to control LED blinking) using the Smart Configurator.
6:01
The Smart Configurator (SC) is a GUI-based tool that can generate code for drivers and middleware and ease the configuration of pins.
7:10
The objective of this video is to create a LED blinking program using the Smart Configurator.
6:00
The objective of this video is to create an A/D converter program (potentiometer to control LED blinking) using the Smart Configurator.

Evaluation Kit

6:35
介绍了瑞萨电子RX65N Envision Kit的组成和内容
6:35
介绍了瑞萨电子RX65N Envision Kit的组成和内容
6:35
介绍了瑞萨电子RX65N Envision Kit的组成和内容
31:48
This tutorial guides you in a step by step approach building your own TFT solution in an easy manner using the Segger emWin software package.
31:48
This tutorial guides you in a step by step approach building your own TFT solution in an easy manner using the Segger emWin software package.
31:48
This tutorial guides you in a step by step approach building your own TFT solution in an easy manner using the Segger emWin software package.
Renesas Electronics RX130 Starter Kit | New Product Brief
1:00
Renesas Electronics’ RX130 Starter Kit is a compact development kit for the RX130 Group of ultra-low power, cost-optimized MCUs for touch-based applications.
Renesas Electronics RX130 Starter Kit | New Product Brief
1:00
Renesas Electronics’ RX130 Starter Kit is a compact development kit for the RX130 Group of ultra-low power, cost-optimized MCUs for touch-based applications.
Renesas Electronics RX130 Starter Kit | New Product Brief
1:00
Renesas Electronics’ RX130 Starter Kit is a compact development kit for the RX130 Group of ultra-low power, cost-optimized MCUs for touch-based applications.

Partner

 
 
 
Renesas RX65N Embedded Trust Training Video
14:55
This video demonstrates how to use the Secure Thingz Embedded Trust security development tool when targeting the Renesas RX65 micro-controller.
 
 
 
Renesas RX65N Embedded Trust Training Video
14:55
This video demonstrates how to use the Secure Thingz Embedded Trust security development tool when targeting the Renesas RX65 micro-controller.
 
 
 
Renesas RX65N Embedded Trust Training Video
14:55
This video demonstrates how to use the Secure Thingz Embedded Trust security development tool when targeting the Renesas RX65 micro-controller.
Event
1:25
Impressions from the MCU Car Rally during "Embedded World" fair in Nuremberg 2019.
3:59
This video shows the 5th European Renesas MCU Car Rally held on 28th February 2019 at the embedded world exhibition in Nuremberg, Germany.
1:25
Impressions from the MCU Car Rally during "Embedded World" fair in Nuremberg 2019.
3:59
This video shows the 5th European Renesas MCU Car Rally held on 28th February 2019 at the embedded world exhibition in Nuremberg, Germany.
1:25
Impressions from the MCU Car Rally during "Embedded World" fair in Nuremberg 2019.
3:59
This video shows the 5th European Renesas MCU Car Rally held on 28th February 2019 at the embedded world exhibition in Nuremberg, Germany.