XMBP16008: In this module we will introduce the Renesas RX72M, RX72N, and RX66N are MCUs with outstanding real-time performance and designed for industrial equipment. All of these products are equipped with the latest RXv3 cores. The RX72M and RX72N operate at 240MHz while the RX66N operates at 120MHz. These products include internal flash memory with read access of 120MHz, which is the fastest in the industry, for stable performance. This course will cover the key features and benefits for these series and touch on target applications. This module will take approx 16 mins to complete.

XMBP16007: This module provides and introductory overview of the Renesas RX13T microcontroller optimized for controlling single motor solutions. This device is designed for use specifically in applications requiring motor control such as fans, pumps, refrigerators, vacuum cleaners, and compact robots. It can perform simultaneous sampling of three-phase current values and floating-point processing that are required to control motors. A single RX13T chip can perform vector control on brushless DC motors has enhanced functions such as a programmable gain amplifier, DataFlash, and oscillating circuit, it enables loading of external parts. It also supports 32-pin low pin count packages, contributing to Renesas customers who are trying to reduce board space. This session will cover the RX13T position in the RX-T family, target markets and a brief comparison with like devices in the market. This module will take approx. 11 mins to complete.

XMBP16006: This training introduces the Renesas RX23E-A with built-in high-precision analog front end (AFE) and RSSK and other sensors for high-precision system development and evaluation for sensor application equipment that needs increase with the automation of industrial equipment. The RX23E-A achieves the characteristics of the built-in AFE at a level that can replace competitive single AFE ICs, targeting high-end measurement equipment. RMS noise, offset drift, gain drift and other performances have been greatly improved compared to conventional AFEs with built-in microcomputers. At the same time, the built-in RXv2 core supports DSP and FPU to meet both analog and digital needs of sensor application equipment. When using the Renesas Solution Starter Kit (RSSK) of the released RX23E-A, it is possible to easily set up a highly accurate analog evaluation and development environment by making hardware and software into a kit. Learning time is about 12 minutes.

XMP16003: RX23W is a product equipped with abundant peripheral functions, strong security and Bluetooth5. System control, security, and wireless communication are realized with a single chip. As Bluetooth, it corresponds to Bluetooth 5.0 Low Energy, and it supports 2Mbps communication, Long Range and Advertising Extensions, which are the features of BT5. Together with it, it supports Bluetooth Mesh network. In addition, RXv2 core, 54MHz, DSP function is installed to achieve high performance and low power consumption at the same time, and the cryptographic hardware and key management module called Trusted Secure IP are installed as security functions. The learning time is about 12 minutes.

XMBP16002: This module introduces the RX65N Cloud Kit the latest Renesas evaluation kit which already has AWS qualification. We will review how Wi-Fi connection to the Amazon Web Services (AWS) safely and securely can be achieved using the RX65N MCU are covered in addition to the various sensors, user interfaces and communication functions used in the development and evaluation of various IoT applications. Also discussed are the two sample programs included in the kit and the application notes that help engineers understand the operation of the application.

XMBP16001: This module introduces the Renesas RX651 Low Pin Count (LPC) the new 64-pin MCU added to The RX651 MCU family. The course will explain how the PCB footprint is reduced for BGA and QFP packages and how this makes the RX651 LPC is the ideal device for designing smaller footprint IoT edge applications. We also look at the XMPB16001: RX651-LPC dual bank flash integration and how it supports both Background Operation (BGO) and SWAP function. Alos how adding this industrial leading feature added to the MCU makes flash firmware update easier through secure network communication. This module will take approx 15 mins to complete.

XMBP15006: This module provides you with the basics you need to get your RX hardware and software tools up and running quickly. It provides you with a visual tour of different tool installation processes, from debuggers and programmers to IDE's and compilers.

XMBP14001: This module takes a tour of the online services offered by Renesas to make designing with RX as easy and efficient for you as possible. From video tutorials to engaging in the Renesas engineering forums to collaborate and learn from others, you will learn what you can find and where to find it.

XMBP15002: This module takes you through a wide variety of application examples, from industrial automation to metering to advanced motor control and many more besides, to highlight how you can apply the impressive performance and feature integration of the highly scalable RX 32-bit in the real world.

XMBP14000: This module introduces the highly scalable, high performance RX 32-bit microcontroller development environment. You will take a guided tour of the hardware tools that let you evaluate, prototype, develop and manufacture. You will also see the wide variety of software support, from IDE's and compilers to code builders and RTOS support.

XMBP15001: This module provides an in-depth look at the features of the highly scalable, high performance RX 32-bit microcontroller family. You will learn about the core and system functions, on-chip memory and peripherals, including the impressive range of communication and timer units.

XMBP15000: This module will provide you with a foundation level overview of the highly scalable, high performance RX 32-bit microcontroller family. You learn about its key features, get a functional overview of each RX family group and where they fit, how to develop and where to find support.

XMBP16000: In this module you will be introduced to the new Renesas RX130 32-bit MCU. Beginning with an overview of the range of MCU's in the RX Family. You will cover key features of the RX130 MCU and then learn about low power consumption, high data processing performance as well as a wide range of target applications for this core. The module will also cover available solution and evaluation boards and close with a look at the development environment and Tools