SMBP09016: In this module you will be introduced to the Synergy S5D3 MCU Solution Group. The S5D3 is the latest addition to the S5 High Integration series of the Renesas Synergy Platform. The material in this module will provide explanation of the key features and benefits of these devices as well as target markets and applications. Tools and Kits that support this group will be covered as well as the location of documentation. This module will take approx 21 minutes to complete.

SMBP09014: In this module you will be introduced to the new ultra-low power S1JA MCUs. This group features the 48 MHz Arm® Cortex®-M23 core and integrate best-in-class programmable analog and security functions for high-accuracy sensor signal acquisition and conditioning. This module will take approx 12 minutes to complete.

SMBP02013: In this module you will be introduced to the Renesas AECloud2 Kit. As a complete hardware and software reference design you will also learn how AECloud2 helps developers to quickly evaluate cellular connectivity options and build Low Power Wide Area (LPWA) cellular Internet of Things (IoT) applications. The material will touch on the critical factors for embedded designers in relation to IoT application development. Students will also learn about various cellular technologies and connection options available for embedded IoT applications designs. This module will take approx 12 minutes to complete.

SMBP09013: During this course you will be introduced to an overview of the new features and enhancements in the Synergy Software Package v.1.4.0. You will become familiar with the elements in SSP 1.4.0. that includes Cellular Framework Enhancements, Cryptographic Enhancements, Graphics Enhancements, NetX Duo SNMP, USBX Enhancements, Block Media Support, S3A1 MCU Group Support and Platform Installers. This module will take approx. 15 mins to complete.

STBP01012: In this module you will learn how Renesas Synergy™ strengthens its position as the most efficient platform for embedded IoT development by introducing cloud connectivity reference design and high-performance development tool integration. This material will cover detailed overviews of the Enterprise Cloud Toobox, IoT Sandbox and the AE-Cloud1 Kit. This module will take approximately 11 minutes to complete.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STIL10003: This course is designed to teach you how to create a graphical user interface, or GUI using the Synergy Software Package in e2 studio. You will learn how to configure the LCD panel using e2 studio, create a GUI using GUIX™ Studio, generate GUIX™ source code into the Synergy project, and use the Synergy Messaging Framework to pass events between the GUI thread and the hardware. Next, the student will complete a lab to gain a working understanding of GUIX™. This module will take approximately 2hrs to complete including labs.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBP00001: This module provides a deeper technical investigation of the Synergy device features . Including technical overview of fundamental MCU components like bus structures, flash features including MMF, clocks. Some key items to highlight -CPU (cortex M4F/M0+) This module will take approximately 20 minutes to complete.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBP15000: In this module we will take an in depth look at the Ports on Renesas Synergy™ Microntrollers, including the multiple ways to use them.  Then we will look at the wide variety of general purpose timers and what they are each capable of, and then we will finish up by looking at the Asynchronous General Purpose Timer.  At the end of this module, you will be capable of choosing a timer that is appropriate for your application and the performance that you can expect from that timer. Also, you will have a working knowledge of the I/O port structure on the Synergy Microcontrollers, the registers involved, and how to use them. This module will take approximately 35 minutes to complete.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBP14002: This module will provide an introduction to using IAR™ Embedded Workbench for Renesas Synergy™. Learn about the powerful combination of the world’s most widely used embedded development tool and Synergy when you take this modules hands-on Lab. This module will take appoximately 23 minutes to complete.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBL10020: In this module you will learn about the Renesas Synergy™ Wi-Fi framework and see how easy it is to achieve wireless TCP/IP network communications in your Synergy program. The Synergy Wi-Fi framework makes it incredibly easy to incorporate Wi-Fi communications into your Synergy program. It allows easy integration with any of the NetX and NetX Duo networking components. Time Investment for this is approximately 35 minutes. A 13 minute presentation followed by a 30 minute hands-on lab.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBL10006: This module will look at how to use X-Ware components and explore the architecture as well as how they fit into Synergy Software Package (SSP) frameworks. The X-Ware components are an integral part of the SSP. They provide a multitude of functionalities such as File Systems, USB host and device classes, graphical user interface and network connectivity. At the end of this module you will be able to Identify and explain each X-Ware™ component and understand its function. You will understand the source code accessibility for various elements of the SSP. This module will take approximately 15 minutes to complete (not including the hands on lab).

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STIL14001: In this module you will dive deeper into the IDE and look at three powerful and unique features within EW SYN: 1) ThreadX® RTOS awareness is the ability for the debug environment to provide real-time operating system information during debugging. 2) Static Analysis provides a tool that focus on portions of code that just don’t look right. Sure they may compile and even work, at times… A good static analysis tool can save hours, days, even weeks of frustrating debugging time. 3) Runtime Analysis takes static analysis one step further, identifying areas of suspicious code while the program is actually executing. At the end of this module, we encourage you to download the hands-on lab material so you can experience these tools further. This module will take approx 45 minutes to complete, including the hands-on Lab.

The content and hands on lab in this module have been developed using Renesas Synergy Software Package (SSP) v1.3.1.

STBP04001: In this module you will learn about power profiles available in the Renesas Synergy™ Microcontroller Family. You will also cover basic description of the low power modes and how each one operates; cover the key benefits of each low power mode, as well as the drawbacks for each level. This module will take approximately 24 minutes to complete, not including hands-on lab.