AMBP11014: This module introduces the RA family's newest motor control MCUs, the RA4T1 and RA6T3. The RA4T1 and RA6T3 are ideal solutions for motor and inverter applications that require high performance in a small package. It has well-balanced performance, functions, and expandability, making it an ideal entry point for RA motor control MCUs. This course takes approximately 27 minutes.

AMBP11013: In this module we introduce the Renesas RA4E2 and RA6E2 groups and examine the key advantages of these devices and the unique features they offer. These devices are the most cost effective RA microcontrollers using the M33 operating at 100 or 200MHz, and are the smallest MCU in the RA family with on-chip CAN-FD and I3C interfaces with full speed USB available down to a 4x4 mm2 36 pin BGA package. This material will also explain the target applications for the RA4E2/6E2 groups and cover the development tools available at launch. This module takes approx. 15 mins to complete

AMBP11010: In this module we introduce the new Renesas RA6T2 32-bit MCU optimized for motor applications such as smart appliances and industrial automation. This device uses an ARM Cortex M33 core, is positioned in the Motor ASSP category at 240MHz operation, and is available in 512KB and 256KB flash and 48-pin-100-pin QFN & LQFP packages. This module takes approx. 21 minutes to complete.

AMBP11011: This module introduces RA4E1 and RA6E1. Both are new products of the RA 32-bit MCU product family. This new MCU product group is the first entry-level product in the RA4 and RA6 series with Arm® Cortex®-M33 core. By reducing and optimizing some specifications of traditional mainstream products, reasonable pricing can be achieved and evaluation can be easily started. Today you can learn the difference between two new entry-level products RA4E1 and RA6E1 and traditional mainstream products. It takes approximately 17 minutes to complete this module

AMBP11008: This module introduces RA6M5. The RA6M5 is a new addition to the 32-bit MCU RA family. This MCU group uses Arm® Cortex®-M33 as the core and operates at a maximum of 200MHz. It has a wealth of attractive peripheral functions such as an octa-memory interface and CAN-FD, and of course it has a full range of security functions such as TrustZone. It is a microcontroller that is positioned at the top of the current RA family. It will take approx. 17 minutes to complete.

AMBP11007: This module will introduce the RA4M2 the next MCU to release in the new family of RA 32-bit MCUs with state-of the-art Cortex-M33 cores based on the latest ARMv8-m architecture. This is the first product in the RA4 Series with the latest Core from Arm boosting performance with an operating frequency of 100MHz. The RA4M2 is suitable for IoT application requiring strong security, rich connectivity, large embedded RAM with parity/ECC and extreme low power consumption and more. This module will take approx. xx minutes to complete

AMBP11006: This module introduces the RA2E1, the latest member of the Renesas RA family of 32-bit MCUs. The RA2E1 is a new generation of low-consumption entry-level microcontrollers that combine the excellent 32-bit CPU performance of the Arm Cortex M23 with outstanding on-chip capabilities and packaging options. This module will take approx 20 minutes to complete.

AMBP11005: In this module we will introduce you to the newest member of the Renesas RA Family the RA4M3 32-Bit MCU. The RA4M3 MCUs boost operating performance up to 100 MHz using the Arm® Cortex®-M33 core based on Armv8-M architecture. Featuring industry-leading performance, Arm TrustZone® technology, Renesas’ Secure Crypto Engine, and a suite of new memory enhancements, the RA4M3 Group makes it easy to develop safe and secure IoT edge devices for low-power applications, such as security, metering, industrial, and HVAC applications. This course will take approximately 17 minutes to complete.

AMBP11004: In this module, we will introduce the newest member of Renesas Electronics’ 32-bit MCU RA family: RA2L1. This device is a new generation of energy-saving microcontrollers that combines the excellent 32-bit CPU performance of the Arm M23 with the advanced on-chip functions of Renesas Electronics. It will take approximately 21 minutes to complete this module

AMBP11003: In this module, we introduce the RA6T1. The RA6T1 is the first product for motor control to be added to the RA Family of 32-bit MCUs, with optimized peripheral functions. In addition, we have prepared the RA6T1 RSSK, sample programs, and a motor control development support tool that can be used to start evaluation immediately after unpacking. The RA6T1 supports a PWM timer that has various output modes, an analog function (PGA, comparator) that contributes to reduced BOM, and a safety function that protects the inverter circuit. In addition, using the motor control development support tool, the RA6T1 RSSK allows you to read and write variables and display waveforms while operating the motor, or automatically adjust the parameters that are necessary to control vector. This module requires about 12 minutes.

AMBP11002: This module will introduce the new member of Renesas Electronics’ RA product family, the RA6M4 MCU, which uses the latest Armv8-m architecture high-performance Arm Cortex M33 core and is the first Renesas Electronics Cortex-M33 MCU product that supports TrustZone. Learn how our customers can enjoy the functions of the security chip, and achieve better performance, unrestricted secure key storage, key management, and reduce BOM costs. Arm TrustZone technology allows customers to easily upgrade end products to a higher level of security. It will take aprox. 28 minutes to complete this module