Listen in as an esteemed industry panel discusses the ways AI is already being used and implemented in various facets of the semiconductor industry. Moderated by Gartner, the panel took place during the SEMICON West/DAC 2023 Conference in San Francisco and included industry experts such as Renesas, TinyML, Synopsys, and Advantest. The panel discussion focuses on how AI is reshaping the semiconductor industry and provides a 360-degree view of the ways AI is being implemented in the chipmaking process, and how its adoption by end customers is changing the face of the electronics industry.

Listen in as an esteemed industry panel discusses the ways AI is already being used and implemented in various facets of the semiconductor industry. Moderated by Gartner, the panel took place during the SEMICON West/DAC 2023 Conference in San Francisco and included industry experts such as Renesas, TinyML, Synopsys, and Advantest. The panel discussion focuses on how AI is reshaping the semiconductor industry and provides a 360-degree view of the ways AI is being implemented in the chipmaking process, and how its adoption by end customers is changing the face of the electronics industry.

In this webinar, we will explore how active beamforming ICs can simplify phased array antennas for 5G, Satcom and Radar applications. Three generations of active beamforming ICs based on highly integrated silicon technology have led to the commercialization of active phased array antennas for a variety of systems. This session will review common antenna architectures and design challenges of phased array antennas. We will delve into the features that simplify product design and reduce time to market, such as compact size, high power efficiency, Dynamic Array Power (DAP™), ArraySense™ and RapidBeam™ technologies.

During this webinar we’re going to: ●Highlight mikroBUS and the DA14531 Module - what is it? ●Show how easy it is to work with a mikroBUS accelerometer sensor click board plugged into a DA14531 TINY™ Click board ●Show how to add a Bluetooth LE data pipe to an MCU ●Demonstrate how simple it is to start prototyping, using the TINY BLE Click board

During this webinar, you will learn about what makes Storyboard different for your embedded GUI development​. You will also learn different techniques for asset, memory, and resource optimization​, how to fine-tune GUI performance​, and how to deploy our demo image onto the Renesas RA6M3 platform.

This webinar revolves around Wi-Fi 6 TWT, followed by DA16200's Universal-TWT feature, which is an excellent way for battery-powered devices to conserve power with no strings attached. The webinar also covers the similarities between Universal-TWT and Wi-Fi 6 TWT, as well as the advantages of Universal-TWT over Wi-Fi 6 TWT.

In this webinar, we will discuss the modular design of Utthunga's Modbus TCP Stack, how to connect your process controllers, and we'll show a demo of Modbus TCP with Renesas RA6M4. You will learn about: 1. Problems faced in Modbus TCP communication. 2. How to connect your process controllers. 3. Easy communication, fixed memory requirement & portability. 4. An easy-to-install and more scalable Stack. 5. Modbus as a popular communication standard to transfer discrete/analog I/O information between industrial devices

In this webinar we will: - Provide various frameworks that will help you decide what makes sense for your next IoT product - Review hidden costs that you might encounter for in-house module development such as RF design resources, antenna matching, regulatory approvals, and more - Provide breakeven analysis templates to enable financial analysis of building in-house vs. buying from a chip vendor or a third party

During this webinar, you will learn how the DA16200 can achieve battery lifetime measured in 'years' due to its incredible low power operation and sleep currents. We'll also demonstrate the tools and evaluation kits which can be used to achieve this great performance.

Electrical Fast Transients (EFT) can damage the RS-485 bus transceivers of industrial networks. In RS-485 networks, the transceivers are connected in parallel, so damage to a single bus node can bring down the entire network. The cost of network downtime is the total cost of lost productivity, lost revenue, recovery costs, and intangible costs associated with downtime. It is currently estimated with about $340,000/hour (source Gartner Inc.). In this webinar, we will briefly review EFTs and the issues they can cause, and then look at how Renesas' RAA78815x transceivers have the industry's highest EFT immunity and are thus the perfect solution for EFT issues.

Three industry experts will show you how to cut the cost and complexity of IoT edge-to-cloud connectivity, and how to introduce best practices for secure management of your IoT networks by answering these questions and many more: 1. What are the risks involved in the Internet of Things? 2. Why, if I’m designing an IoT product, should I add the cost and complexity of security into my devices? 3. How do I implement seamless security throughout the supply chain – in design, production and in the field?

本セミナーでは、DSP(デジタル信号処理)の基礎知識、RXでDSP処理を行うメリットの理解やDSPシステムをRXマイコンで開発する手法を演習とともに説明します。 ・DSP(Digital Signal Processing)とは. ・RX MCUをDSPに適用するメリット. ・RX製品選定、資源見積りのヒント. ・演習用システム. ・演習、DSPを体感

IoT applications connecting to networks are becoming a commonplace in industrial and consumer applications. To progress to higher capabilities, designers need to continuously improve the applications from a variety of perspectives. However, the following difficulties stand in the way of achieving these improvements. • Trade-off between performance and power consumption • Trade-off between functionality and product size • Contactless control required in the new normal • Protection against various attacks from networks The newly launched RX671, which is the latest RX family MCU can solve all these difficulties with a single chip. Join this webinar and learn to: ● Solve the various difficulties in enhancing IoT applications with RX671 new features. ● Utilize the available boards to shorten your evaluation and development time.

今日ではネットワークに接続するIoT機器は珍しいものではなく、産業、民生などの様々な分野で一般的になりつつあります。IoT機器を将来にわたり進化させ続けていくためには、設計者はアプリケーションを様々な観点から継続的に改善しなければなりませんが、その実現に向けては以下のような課題が立ちはだかります。 ・ 性能と消費電力のトレードオフ ・ 機能性と製品サイズのトレードオフ ・ ニューノーマルで求められる非接触制御 ・ ネットワークからの様々な攻撃への対策 ルネサスが新たに発売したRXファミリマイコン「RX671」は、これら全ての課題を1チップで解決します。 このウェビナーでは以下の情報を入手できます。 ・IoT機器の改善に向けた様々な困難を解決するRX671の特長 ・開発に役立つ2種類のRX671評価ボード

Currently, around 25 million devices exchange data via BACnet, which appeared in its first version in 1995. Now the manufacturer-independent communication standard is fit for the requirements of digitalisation with a secured communication structure based on TLS 1.3. Manufacturers face the challenge of integrating the new structures with encrypted communication into new product series. In this webinar, you will learn more about BACnet/SC and get an answer to the question why Renesas offers unique advantages with the RA series together with the BACnet stack powered by MBS.

Most IoT devices are made of the same basic elements. You have sensors to collect analog or real-world data. You then feed this data to a processing unit like a microcontroller or microprocessor to synthesize the data. Finally, you apply power to the entire system via line power or a battery. If it is so simple though, why is the development effort mired in issues like incompatible sensors, lack of dev kits or missing and incomplete software? The Renesas Quick Connect IoT system is a revolutionary new modular building block system that simplifies integration of sensors, connectivity, and processing, not only in hardware, but also in software. The hardware modules can be daisy chained, meaning you can easily integrate multiple devices on one platform. The software is integrated directly into Renesas’ most popular development environments like the Flexible Software Package and e² studio. This powerful hardware and software combination will usher in a new era of ease-of-use and de

Designing stylish graphical user interfaces requires artistic and engineering skills, but artists aren't engineers and engineers aren't artists. Teamwork is required and Guiliani, along with its WYSIWYG tool GSE, is designed to keep everybody happy; even management because Guiliani helps to keep projects on time and on budget. This webinar will focus on the RA6M3 MCU, which is perfect for GUI because it has dedicated GUI features such as the 2D-Drawing-Engine from TES Electronic Solutions.

RZ/A2M is suitable for mobile devices with a MIPI camera. RZ/A2M can process images very fast by using DRP(Dynamically Reconfigurable Processor). DRP is a special hardware accelerator built in some RZ MCUs. Today, I'll show you the real time image processing on GR-MANGO board with Free-RTOS packages and DRP Library.

Years of experience with smartphones has taught us to expect a fluid and intuitive user interface on a touchscreen. As touch user interfaces spread to a wider range of devices, device manufacturers are facing challenges as they struggle to deliver a smartphone-like user experience, especially in lower-cost products and markets. Nothing is more likely to break a user’s trust in a device than a touch interface whose response lags their input by too long, or which cannot react consistently to multiple touches. This webinar takes a look at how Qt on Renesas RA6 MCUs can address these concerns.

In today's fast paced world, time-to-market is a key ingredient for the success of a product. Learn about Renesas' Winning Combinations, product combinations that help our customers accelerate their designs to get to market faster. In this webinar, participants will learn about a new technology to evaluate a device or system remotely over the cloud: Renesas' Lab on the Cloud, an online platform to access and evaluate Renesas devices and solutions from the comfort of your home. Lab on the Cloud connects users to Renesas evaluation boards and solutions in a one-stop-shop and gives users the capability to perform relevant tests on boards remotely.

R-IN32M3モジュールは、当社LSI（R-IN32M3-EC）を搭載した 産業用イーサネットモジュールです。小型パッケージに産業用イーサネットに必要なハードウェアおよび、PROFINET、EtherNet/IP、EtherCATプロトコルスタックを実装したオールインワンなソリューションです。産業用ネットワークの専門知識を意識することなく、ハードウェア設計、通信プロトコルの実装、コンフォーマンステスト実施という製品開発における負担を大幅に軽減し、アプリケーション開発に注力することができます。 本セミナーでは、産業機器ネットワークの市場動向から本製品の特長と、ソリューションキットを使用した通信デモを紹介します。産業イーサネット対応製品を検討中、開発予定の方はぜひご視聴ください。

Voice User Interfaces (VUIs) have the potential to greatly improve the experience of interacting with appliances; however, delivering an optimal VUI is not easy. Many appliance product design factors such as functionality, safety, energy efficiency, and aesthetics can greatly affect overall voice performance, so an understanding of voice systems is required. In addition, uncertainties around software/hardware requirements make voice integration even more daunting. In cooperation with Sensory and Future Designs, DSP Concepts and Renesas created the RA6M5 MCU + TalkTo Audio Front End solution. This solution greatly simplifies the complex VUI integration process by providing an integrated reference design solution, incorporating the hardware (including microphones and MCU) and software (audio front end and voice recognition engine), as well as tools to characterize end product hardware and tune the system for optimal voice performance. In this webinar you will learn about the fo

High-awareness of the health effects of air quality, especially with the latest news on its positive health effects against the COVID-19 virus, has increased interest and demand for topics such as ‘air environment.' Technology industries are reacting to such demands with new products that measure the actual air quality, indoors and outdoors, activate and control the ventilation of appliances, such as HVAC or kitchen hoods, or simply alert the user. In this webinar, we provide you with insights and how-to's of “good air” based on different standards, plus Renesas solutions based on AI-algorithms. The webinar will also show a live demo for typical air-quality applications.

In this webinar, we will identify the top challenges for clock tree designers of industrial applications and present how silicon timing addresses these concerns. Participants of the webinar will learn about: • How silicon timing helps optimize these designs by simplifying frequency planning and maintaining signal integrity • The importance of standard compliance and how silicon timing solutions make it easier • How evaluation tools, phase noise measurement tools, and the ability to procure factory pre-programmed products can accelerate design cycles and reduce time to market

Designers facing development issues late in the project are often in the unenviable position of having to impose significant delays and expenses to address those problems. It would be great if there was an alternative which could be implemented without requiring a reconfiguration of a significant portion of the board. In this webinar, you will learn how the new FemtoClock2 'point-of-use' clock devices from Renesas solve these problems, either by dropping a landing spot right along the clock trace, or even planning in advance, leaving a place where it could be populated if needed. Available in a tiny 4x4 mm package and able to deliver ~ 80 fs of integrated RMS jitter, they can be liberally used throughout a system where board space is tight and coupled noise is a hurdle.

This webinar delves into integrated clock solutions implementing 5G synchronization requirements and presents solutions for the presented scenarios including filtering the clock from CPRI/eCPRI, steering frequencies for IEEE1588, data converter synchronization and delivering exceptionally-low phase noise and jitter. In this webinar you will learn about: - Renesas single-chip radio synchronizer resolving 5G RAN synchronization challenges - Latest state-of-the-art jitter attenuators and features supporting best possible signal-to-noise ratio in wireless and data converter applications

This webinar delves into integrated clock solutions implementing 5G synchronization requirements and presents solutions for the presented scenarios including filtering the clock from CPRI/eCPRI, steering frequencies for IEEE1588, data converter synchronization and delivering exceptionally-low phase noise and jitter. In this webinar you will learn about: - Renesas single-chip radio synchronizer resolving 5G RAN synchronization challenges - Latest state-of-the-art jitter attenuators and features supporting best possible signal-to-noise ratio in wireless and data converter applications

このオンラインセミナーでは、バッテリ駆動によるBLDCモータをターゲットとしたアプリケーションを例としてモータ制御の最適化に向けた提案をさせて頂きます。電力効率の改善とよりトルクを発揮できる、BLDCモータアプリ向けのALL in Oneソリューションを紹介致します。

The expansion of IoT devices in our homes and portable applications make it challenging to protect sensors from varying environmental elements. The same sensor may be designed into a smart home appliance and a smart speaker that can be used outside the home. In order to protect sensor devices from expanding and emerging applicaiton environments, selective specialty materials and packaging are needed. These specialty materials are adopted from traditional semiconductor and medical applications, and are now implemented into wider use in consumer and industrial sensor applications. Renesas' sensor products utilize these specialty materials, such as parylene coatings and hydrophobic membranes, to expand usage in harsh environments. These materials and packaging methods are integrated on the sensing element to the module form.

在物联网时代，有需要感知各种事物并将安全信息发送到云。 IoT Edge设备需要在降低功耗的同时提供更高的性能。确保IoT Edge设备的安全性以防止信息被黑客入侵或窃取也很重要。除了这些功能，最终产品还很注重小尺寸。 RL78/G23产品群是最适合此类市场趋势的微控制器。 RL78/G23产品群配备了SNOOZE Mode Sequencer (SMS)，以减少间歇操作时的电流消耗，并具有安全防欺骗功能。 RL78/G23内置于电容式触摸感应单元和遥控接收电路中，可实现更紧凑的PCB设计。 网络研讨会的参加者将学习如何： ●通过实施外围功能和安全性来提高IoT Edge性能 ●使用RL78 / G23保持低功耗 ●使用增强的外设功能轻松地从现有的MCU迁移 ●通过易于使用的开发环境（智能配置器）加快开发进度

Most 1EEE1588 synchronization solutions are provided as a black box and the details are not well undersood. In this webinar, we will open that box and see that the contents are less intimidating than most presume. Learn about a software solution which works in the Linux open source environment, is easy to use, and user customizable.

Most 1EEE1588 synchronization solutions are provided as a black box and the details are not well undersood. In this webinar, we will open that box and see that the contents are less intimidating than most presume. Learn about a software solution which works in the Linux open source environment, is easy to use, and user customizable.

As the 5G transition picks up speed, customers need to upgrade their current system architecture to be ready for 5G while still meeting the needs of today's bandwidth demands. Renesas continues to advance our Macro BTS portfolio of receive and transmit chain components with higher performance and higher integration. We are committed to bringing new circuit design advancements to the market and this webinar will provide an overview of these new devices that address the complete RF signal chain and enable customers to be 5G ready as they bring their next-generation Macro BTS systems to market.

In this session, we will use examples of target BLDC motor drive applications powered from high-capacity batteries to learn how to optimize performance. We will review critical specifications for improving power efficiency and how to get more horsepower, leveraging a mix of integrated analog circuitry and software.

From this webinar, users will be able to: - Raise IoT Edge performance by implementing peripheral functions and security - Keep power consumption low with RL78/G23 - Migrate easily from existing MCU using enhanced peripheral function - Speed-up development by utilizing easy to use development environment (Smart configurator)

In this webinar, we will explore the newest member of the RA family. The RA4M2 MCUs offer lowest active power and 100MHz performance simultaneously. This is making the RA4M2 Group ideal for an IoT application platform with a rich variety of different end-products all based on the RA family of microcontrollers. In addition, we will touch on how you can realize Secure Element Functionality and benefit from better performance, unlimited secure key storage, key management, and lower system cost. We study how to get more out of your MCU design through high integration allowing rich connectivity and endless communication options and up to 512kB of code flash. By using the Flexible Software Package (FSP), we will review a quick and versatile way to build secure connected Internet of Things (IoT) devices.

This webinar delves into integrated clock solutions implementing 5G synchronization requirements and presents solutions for the presented scenarios including filtering the clock from CPRI/eCPRI, steering frequencies for IEEE1588, data converter synchronization and delivering exceptionally-low phase noise and jitter. In this webinar you will learn about: - Renesas single-chip radio synchronizer resolving 5G RAN synchronization challenges - Latest state-of-the-art jitter attenuators and features supporting best possible signal-to-noise ratio in wireless and data converter applications

The rapid rise of smart speakers has made us comfortable with using our voices to communicate with our devices. The adoption of voice-based technology has been further accelerated by COVID-19, driven by the rising demand of contactless human-machine interfacing. Enabling voice user interface in IoT devices that are compute, memory, and power constrained, and often not connected to the cloud, is a challenge. Furthermore, implementing voice control in your design can often be time-consuming and expensive. In this webinar you will learn: Key design considerations for implementing voice in your constrained IoT applications How to get started with your design using Renesas RA MCUs and the powerful Cyberon DSpotter toolchain

Most 1EEE1588 synchronization solutions are provided as a black box and the details are not well undersood. In this webinar, we will open that box and see that the contents are less intimidating than most presume. Learn about a software solution which works in the Linux open source environment, is easy to use, and user customizable.

For several years, the Renesas MCU product portfolio has offered state-of-the-art capacitive touch interfaces for applications with buttons, sliders, wheels and more. Our experience and know-how in this area has enabled us to develop new IPs to adapt and improve our solutions. The new Renesas RA family embeds this latest technology, offering innovative features such as fast scan, and advancements in the areas of noise immunity, sensibility and accuracy. Our technology is perfect for the design of more traditional touch-like buttons, wheels and sliders, but now designers can also embrace touchless control or material detection applications too! The COVID-19 pandemic has created a strong demand for ‘non-contact HMI’ to avoid further contamination, and Renesas has developed multiple solutions to address this need. Renesas Capacitive Touch technology can detect proximity, gestures and materials, for applications such as power switches or door-opening systems, and it’s served by solutio

This webinar discusses how Renesas makes optical sensing correct, consistent, complete and timely. Renesas integrate optical biosensing into a complete system solution including field validated clinical grade algorithms.

This webinar will introduce the space community to the newly released ISL73141SEH, which is the first radiation hardened Analog-to-Digital Converter from Renesas. The ISL73141SEH brings to market the highest performance space grade ADC available. This will allow system designers to increase the accuracy of their sensor measurements and improve the accuracy of telemetry data.

对成本敏感和空间受限应用的需求持续急剧增长，这些应用可以在降低功耗的同时完成更多任务，提供更强性能。服务于消费类设备、工业传感器和医疗保健市场的客户正在努力生产更加小巧、便携的低功耗设计。 在这种市场趋势的背景下，安装在这些应用上的微控制器需要更高的集成度、更低的功耗，并且必须更加紧凑。推动这一进步的关键因素是能效更高的新一代32位单芯片微控制器，例如RA2L1/RA2E1 MCU产品群。 在这场网络研讨会中，我们将提供RA2L1/RA2E1 MCU产品群的完整基础知识。我们将介绍： 主要特性和优势 易于使用的开发环境 适合成本敏感和空间受限应用的解决方案

Large corporations have suffered damaging and expensive losses from cybersecurity attacks through IoT devices. There are many point-solutions for security, but system architects need a complete endpoint-to-cloud solution. Building on the hardware security foundation in Renesas RA MCUs and RZ MPUs, SmartAxiom uses light embedded blockchain technology to deliver such an endpoint-to-cloud solution in a responsive, scalable, and reliable manner. The SmartAxiom solution also eases mass provisioning, reduces operational costs by minimizing the number of keys and certificates, and satisfies the requirements of a Zero Trust environment. Come join our webinar on February 22, 2021 to learn all about it.

The trend towards digitalization and IoT is progressing rapidly in recent years. As a result, our lives have changed to become more convenient and enriched, but the valuable data and information exchanged are facing security threats. Implementing autonomous security in each IoT device can counter security threats. With Renesas' RX Security solution, the implementation becomes easier than imagined. Implementing security in the MCU will further strengthen the system security as it is the starting point of the IoT device operation. Learn about the following information from the webinar: 1. Challenges for achieving security 2. RX MCU security solution based on the hardware security function 3. Partner solution supporting the implementation of security functions using the RX MCU

近年のデジタル化、IoT化の流れはこれまでにないスピードで進んでいます。これに伴い我々の生活は便利で豊かになっていく一方、そこで使われる価値あるデータ・情報にはセキュリティの脅威が迫ってきています。 この脅威に対抗するためIoTデバイスは自律したセキュリティが必要であり、RX MCUのセキュリティソリューションを活用すればそれを簡単に実現できます。また、IoTデバイスの動作の起点となるMCUを活用したセキュリティの実現は、安全性を強化できます。 本セミナーから、以下の情報が取得できます。 1．セキュリテイ実現に向けた課題 2．課題を解決するRX MCUのハードウエアセキュリティ機能を起点としたセキュリティソリューション 3．RX MCUと連携したセキュリティ機能の実現をサポートするパートナーソリューション

近年来，数字化和物联网的趋势正在迅速发展。我们的生活也变得更加便捷和丰富，但是数据的保护和信息的交换却面临安全威胁。 在每个物联网设备中实施自主安全性可以应对安全威胁。借助瑞萨RX安全解决方案，安全性的实施变得比想象中容易。MCU是IoT设备操作的起始点。因此在MCU中实施安全性将进一步增强系统的安全性。 从该网络研讨会中可了解以下信息： 1.如何应对安全的挑战 2.基于硬件安全功能的RX MCU方案解决了所面临的挑战。 3.合作伙伴基于RX MCU安全功能的安全解决方案

In this webinar, we will explore the newest member of the RA family. The RA4M2 MCUs offer lowest active power and 100MHz performance simultaneously. This is making the RA4M2 Group ideal for an IoT application platform with a rich variety of different end-products all based on the RA family of microcontrollers. In addition, we will touch on how you can realize Secure Element Functionality and benefit from better performance, unlimited secure key storage, key management, and lower system cost. We study how to get more out of your MCU design through high integration allowing rich connectivity and endless communication options and up to 512kB of code flash. By using the Flexible Software Package (FSP), we will review a quick and versatile way to build secure connected Internet of Things (IoT) devices.

Demand continues to rise dramatically for cost-sensitive and space-constrained applications that do more and perform better while consuming less power. Customers serving consumer devices, industrial sensors, and medical/healthcare markets are striving to produce very low power designs that are smaller and more portable. In the context of this market trend, microcontrollers mounted on these applications require higher integration, lower power, and must be more compact. The key enablers of such progress are a new generation of 32-bit single chip microcontrollers that are much more power-efficient, such as the RA2L1/RA2E1 MCU groups. In this webinar, we will provide a complete foundation level understanding of the RA2L1/RA2E1 groups. We will go over: - Key features and benefits - The easy-to-use development environment - Solutions for cost-sensitive and space-constrained applications

開発コストと消費電力を抑えながら、より多くの機能と高い性能を発揮する小型・薄型アプリケーションの需要は年々増加し続けています。コンシューマ機器、IoT/産業用センサー、医療/ヘルスケア分野等の開発設計者は、より小型で低コスト・低消費電力を実現するアプリケーションの開発に努めています。 このような市場動向の中で、これら小型・薄型機器に搭載されるマイクロコントローラも性能を最大限発揮しながら、同時に高集積化・低消費電力化が強く求められています。 ルネサスはこの度高い性能を実現しながら機器の省スペース・低コスト化に貢献する32ビット・シングルチップ・マイクロコントローラRA2L1/RA2E1をリリースしました。このウェビナーでは、RA2L1/RA2E1グループの特長機能とメリットを詳しくご紹介していきます。

User Experience (UX) is a key differentiator for popular products, especially in the consumer market. Smartphone abundance and their slick interfaces have raised the bar for consumer's UX expectations. Designing, developing, and deploying a high-quality graphical UX that doesn't adversely impact the profit margin or shelf price is a significant challenge. If a graphics toolkit could deliver smartphone-like UX, and scale across different product lines (from MCUs to MPUs), manufacturers can drive higher sales and reduce costs. In this webinar, we will discuss how the Qt graphics toolkit can extract excellent performance from a complete range of embedded hardware, focusing on simple microcontrollers. We will explore how a low-cost chip can substitute a higher-end board without any perceptible impact on the UX, and why this is such a big deal.

Long gone are the days when designing a motor control application was focused on just getting the motor turning. Engineers are now challenged to add additional features on increasingly complex and multifunctional motor control equipment, while reducing time-to-market, minimizing end-product and maintenance costs, and ensuring safe and secure operation of their designs. One such feature, predictive maintenance based on AI, has become a common requirement for IoT motor control designs because of its ability to enable preemptive corrective actions, reduce maintenance costs, increase asset life, and ensure safety compliance. In this webinar, we will explore: • The RA6T1 single-chip MCU optimized for motor control to help lower overall BOM cost • A full RA6T1 motor solution to easily evaluate and debug motor control applications and reduce development time and effort • A predictive maintenance solution with AI using the Google TensorFlow™ Lite for Microcontrollers framework to reduce m

現在、モータ制御機器の設計は、モータを回転させるだけでなく、付加価値を実装するという課題に直面しています。これは、モータ制御機器のスマート化によるものであり、多機能化と低コスト化の両立、開発工数の肥大化、メンテナンスコストの増加といった問題が生じています。 これらの問題を解決する項目として注目されているのが、AIを用いた予知保全機能です。これはメンテナンスコストの軽減、機器の使用期間を延長させ、安全性のコンプライアンスを確保することが可能なため、現在のモータ機器において強く求められています。 このウェビナーでは、下記の内容に終焦点を当てご説明致します。 •モータ機器のBOMコストを削減可能な、モータ制御に最適化したRA6T1シングルチップMCUのご紹介 •モータ制御の評価・デバッグを迅速かつ容易に開始でき、開発期間の短縮に貢献できるRA6T1モータソリューションのご紹介 • メンテナンスコストを削減に貢献できる、Google TensorFlow™ Lite for Microcontrollersフレームワークを使用した、エンドポイントAIによる予知保全ソリューションのご紹介

User Experience (UX) is a key differentiator for popular products, especially in the consumer market. Smartphone abundance and their slick interfaces have raised the bar for consumer's UX expectations. Designing, developing, and deploying a high-quality graphical UX that doesn't adversely impact the profit margin or shelf price is a significant challenge. If a graphics toolkit could deliver smartphone-like UX, and scale across different product lines (from MCUs to MPUs), manufacturers can drive higher sales and reduce costs. In this webinar, we will discuss how the Qt graphics toolkit can extract excellent performance from a complete range of embedded hardware, focusing on simple microcontrollers. We will explore how a low-cost chip can substitute a higher-end board without any perceptible impact on the UX, and why this is such a big deal.

Introducing Renesas' Human Machine Interface (HMI) solution, improving usability for machine-to-human and human-to-machine connections. In recent years, it has become increasingly common to operate equipment intuitively, without looking at the manual. The demand for contact-less equipment operations has also increased due to COVID-19 pandemic. The HMI requirements have become more complicated and there is a limit to usability improvement in device operation by using hard keys, the mainstream methodology for embedded devices. In this webinar, we will introduce technologies such as capactive touch keys, contact-less interfaces, and GUI (Graphical User Interface) that holds the keys to breakthrough the current methodology and improve usability. Renesas will address the challenges and solutions for each technology.

介绍瑞萨人机界面 （HMI） 解决方案，提高人机/机对机连接的可用性。 近年来，直观的界面操作设备越来越普遍，无需查看手册。由于COVID-19大流行，对非接触式设备的需求也增加了。HMI 要求变得更加复杂，使用机械按键（嵌入式设备的主流方法）对设备的操控性改进是有限度。 在此网络研讨会中，我们将介绍诸如触摸按键、非接触式技术和 GUI（图形用户界面）等技术，这些技术是突破当前机械按键方法和提高操控性的关键。瑞萨将针对每种技术提供解决方案。

機械と人とのコネクションに対するユーザビリティを向上させる、ルネサスのHMI (Human Machine Interface) ソリューションをご紹介します。 近年では、マニュアルを見ずとも直観的に機器操作が出来ることが当たり前となり、またCOVID-19のパンデミックにより非接触での機器操作の需要が高まるなど、HMIに求められる要求がより複雑になってきています。これによって、組込機器では主流となっていたハードキーによる機器操作ではユーザビリティの向上に限界が見えつつあります。 そこで、本オンデマンドセミナーでは、ユーザビリティ向上の鍵となる静電容量タッチキーや非接触インターフェース、GUI (Graphical User Interface) などの技術を紹介し、これらを導入する上での課題に対して、ルネサスが提供するソリューションをご紹介していきます。

Motor control designers are faced with many challenges including increasing system and power efficiency, enhancing functionality, maintaining, or even increasing the quality grade and accelerating time-to-market. With such demanding requirements, it becomes increasingly difficult to achieve target pricing while accommodating constantly shrinking development schedules. In this webinar, we will explore an out-of-the-box motor control solution that fulfills a wide range of various application requirements within the 3-phase BLDC, PMSM, and AC induction motor driven applications. You will learn how the BFG motor control solution with the Renesas RA6T1 MCU enables quick and easy evaluation and development of motor control designs while delivering the highest level of quality and performance. Key benefits include: Increased system and power efficiency Design flexibility Simplified implementation Enhanced functionality Faster time-to-market Decreased system cost

In this webinar, hardware security expert Cesare Garlati will show how to use Renesas e² Studio IDE and Renesas Flexible Software Package FSP to quickly build fully functional secure IoT firmware for the RA Family of 32-bit MCUs. The secure IoT firmware is based on the innovative MultiZone Trusted Execution Environment optimized for Renesas Cortex-M MCUs with Memory Protection Unit PMP or TrustZone. The webinar covers all software and hardware components necessary to build a complete IoT application that securely controls a robotic arm via a cloud MQTT broker. The e² Studio project includes FSP drivers, the Trusted Execution Environment, TCP/IP connectivity, TLS/ECC cryptography, and MQTT client providing telemetry, and OTA applications deployment and remote firmware updates. The secure IoT firmware is built on free and open standards, its open source components are distributed under permissive licensing for commercial use.

機器のIoT化が進む中、セキュリティ対策への意識も高まっています。機器をクラウドに安全に接続するには、鍵や証明書を保管するセキュアエレメントが必要です。しかし、コストや実装面の課題から対策が進んでいないという話もあります。ルネサスの新製品RA6M4マイコンではTrustZoneと独自のセキュリティエンジンにより、そうした課題を解決しています。本ウェビナではその内容を詳しく解説しています。

Renesas as one of the top tier semiconductor manufacturers is releasing its latest power management IC solutions for the emerging 48V architecture in 5G telecom, computing and beyond. ISL81801 is a 80V bi-directional buck-boost controller, while ISL81802 is a dual output / two-phase sync buck controller with a lot exciting features. They both have constant current and constant voltage regulation capability, making them ideal for applications like battery charging, renewable energy, automotive power, and other wide input or wide output industrial applications.

作为国际领先的半导体芯片公司，瑞萨即将推出一系列针对新兴的48伏电信和数据中心应用的电源芯片产品，本次网络会议将分享此系列中最近推出的两颗芯片，ISL81801是80伏，双向buck-boost控制器，ISL81802是80伏，双路输出或两相同步buck控制器，有很多业界首创或领先的性能和参数。ISL81801和ISL81802同时具有恒压和恒流控制功能，使其还适用于电池管理，可再生能源，汽车，与其他宽输入或宽输出的工业应用

The explosive growth of IoT wireless connectivity applications creates a demand for ultra-low power consumption capabilities to drive fast transitions from no load to full load in battery-powered devices. Ultra-low Iq buck-boost regulators are key components for these always connected, low-power IoT devices. This webinar shows examples of design considerations for a variety of ultra-low Iq system designs including wireless earbuds, fitness bands, smart watches, water and gas meters, portable medical devices, as well as battery-powered smart IoT devices.

The explosive growth of IoT wireless connectivity applications creates a demand for ultra-low power consumption capabilities to drive fast transitions from no load to full load in battery-powered devices. Ultra-low Iq buck-boost regulators are key components for these always connected, low-power IoT devices. This webinar shows examples of design considerations for a variety of ultra-low Iq system designs including wireless earbuds, fitness bands, smart watches, water and gas meters, portable medical devices, as well as battery-powered smart IoT devices.

In this webinar, we will explore the benefits of Secure Element functionality on your embedded designs using the RA6M4 group with Arm TrustZone in concert with the Secure Crypto Engine. Integrated Secure Element functionality benefits include: - better performance - unlimited secure key storage - key management - lower BOM cost In addition, we will explore how to get more out of your MCU design through high integration which allows rich connectivity and endless communication options, and up to 1MB of code flash with dual bank functionality. By using the Flexible Software Package (FSP), we will review a quick and versatile way to build secure connected Internet of Things (IoT) devices.

Wireless power sharing or reverse wireless power charging has been prominent in television ads and online promotion, but it’s not just for premium smartphones. See how your wireless power receiver design can change the power flow direction and deliver power to other Qi-certified devices. In this webinar, Gopi will explain how the WattShareTM feature works, applications of WattShare technology, hardware and software design considerations, and how to prototype your next WattShare design with P9415-R evaluation board. P9415-R is the world’s first broadly available 15W wireless power receiver with WattShare™ technology, the latest advancement in the Renesas wireless power solutions portfolio. In WattShare mode, the P9415-R delivers up to 5W of power to charge other Qi-certified devices using the same wireless power coil and circuitry to both receive and transmit power wirelessly.

Please join wolfSSL as they take you through the challenges and successes of securing applications, devices, IoT and the cloud. Today, security is at the heart of IoT—a web of connected devices and applications. Utilizing wolfSSL’s expertise in securing over 2 billion connections worldwide, the wolfSSL product portfolio offers customers optimal performance, rapid integration, standards compliance, hardware crypto support and Engineering support up to the 24x7 level. wolfSSL takes pride in being the most comprehensively tested and supported cryptography available. In this session, users will learn how wolfSSL's products are designed for quick and easy integration with an RA Ready project. The integration allows users the ability to leverage hardware crypto solutions, and support for the most current standards. All products are designed for ease-of-use with clean APIs and are backed by a dedicated and responsive support and development team.

Please join this unique and latest webinar co-hosted by Renesas and wolfSSL. This session will illustrate how Renesas’s new RX products and Trusted Secure IP (TSIP) can help you implement robust security and how that align with wolfSSL, TLS 1.3 supported embedded SSL/TLS library. In this session, we also show the most recent benchmarking data of wolfSSL comparing that as software implementation versus that is with TSIP hardware acceleration. Contents： 1. Introducing Renesas RX MCU with dedicated security hardware ‘Trusted Secure IP’ features - By Renesas 2. Experiencing the outstanding security performance of RX MCU with wolfSSL’s SSL/TLS security - By wolfSSL

Functional safety in the industrial field is a high priority. This is to prevent the adverse effect of breakdowns and accidents inside plant operation, injuries to operators, and the associated economic losses. The European Union’s Machinery Directive and workplace safety laws, in many countries, require equipment to meet functional safety standards. To reduce the development time and burden on customers, as the application of functional safety standards is extended to many industrial fields, Renesas offers functional safety solutions and development tools certified by TUV Rheinland (IEC61508). In this webinar, find out more about the latest Renesas Functional Safety Solution overview together with the application example for industrial drives (AC Drive, GP Inverter).

アプリを止めずにデバイス内部を可視化できる、新しい開発ツールをご紹介します。 本セミナーでは、ルネサス製品RZ/Tをはじめとする様々なデバイスの組み込みソフトウェア開発に必要な機能を包括的に統合した、新しいArm純正統合開発環境「Arm® Development Studio」についてご紹介します。さらに、システムのふるまいの評価やデバックができる、DTSインサイト社製 RAM計測ツール「EVRICA」を使った動的検証の手法についてご紹介します。デバッグでお困りな方や開発効率upの手法をお探しの方は是非ご覧ください。

IoTやインダストリー4.0などの自動化プロセスは、工業生産の未来への鍵です。自動化プロセスを持つアプリケーションを構築するには、M2M通信が必要です。産業用イーサネットプロトコルと呼ばれる標準化された通信プロトコルが全てのデバイスに搭載される事になります。これらのプロトコルは、例えばドイツの"NAMUR"(User Association of Automation Technology in Process Industries)のような標準の要求事項に満たすことができます。 このモジュールによるアプローチは、次の観点でハードウェア開発のみならずプロトコルスタック開発の負担削減に貢献します。 1) ライセンスの費用無しで、複数のプロトコルをサポート 2) 標準的なハードウェア、ソフトウェアインターフェースによりインプリを容易化 3) 認証確認済みプロトコルスタック、サンプルアプリケーション、管理ツールにより開発期間を短縮 R-IN32M3 Moduleは、これらの要件を満たしています。また、ルネサスのASSP製品への移行も容易です。 R-IN32M3 Module並びにソフトウェアパッケージを含むソリューションキット(評価キット)は、お客様に「一石三鳥」のソリューションを提供致します。

今後ますます市場が拡大するIoT機器市場ですが、バッテリ充電や交換の手間やコストがかかる、電流供給能力が制限され高機能化することが難しいなど、様々な問題を抱えています。REファミリはEEMBCによって認証された世界トップクラスのエネルギー効率で、超低消費電力と高速動作を両立し、これらの問題を解決します。 本セミナーでは、バッテリメンテナンスレスのIoT機器の実現をサポートする、REファミリの特長、バリュー、評価キット、アプリケーションノートをご紹介します。

瑞萨ISL94216通过将所有模拟保护，监视，报告和平衡电路整合到一个设备中，从而解决了36V +电池的集成需求。 这种高度集成的电池前端IC可以实现安全，快速的电池开发，该IC通过集成省去了许多BOM选择和PCB尺寸，并且现在在IC级别上可以解决许多PCB验证和测试难题。

Reverse wireless power charging has been prominent in television ads and online promotion, but it’s not just for premium smartphones. See how your wireless power receiver design can change power flow direction and deliver power to other Qi-certified devices. The P9415-R is the world’s first broadly available 15W wireless power receiver with WattShare™ technology, the latest advancement in the Renesas wireless power solutions portfolio. In WattShare or reverse wireless charging mode, the P9415-R delivers up to 5W of power to charge other Qi-certified devices using the same wireless power coil and circuitry to both receive and transmit power wirelessly. This enables a whole new frontier of wireless charging experiences in smartphones, power banks, and portable industrial and medical equipment. Using P9415-R WattShare technology , powerbanks can include both wireless power receiver and transmitter functions at a low cost.

Although the IoT device market is expected to expand increasingly in the future, there are still various problems faced, such as the time and cost needed to charge and replace batteries and the difficulty in achieving high functionality with limited current supply capacity. Certified by the EEMBC, the RE Family solves these problems as the world's most energy efficient MCU. It combines ultra-low power consumption and high-speed operation features. In this webinar, we will introduce the features, values, and evaluation kits of the RE Family supporting the implementation of IoT devices without battery maintenance.

Ultra-low Iq buck-boost regulators are key components of always connected, low-power IoT devices. This webinar shows examples of design considerations for a buck-boost converter critical for ultra-low Iq designs.

在本次网络研讨会中，我们将探讨推动蓝牙®或真正无线立体声耳机应用增长的市场趋势。以及讨论将Qi标准无线接收器如何整合到耳机充电盒中，这将对消费者和产品设计师提供产品优势。在研讨会中我们也会包含采用无线充电的耳机盒的设计步骤，以便将无线充电功能集成到充电盒中。

Injecting security into an existing product can be costly and arduous, and the task of protecting your application needs to be solved in a satisfying and uncomplicated way. In this webinar, we will explore how to enable security into your software development flow with just a few steps. Security just moved from a specialist capability into mainstream development! Learn in a practical way how to implement security in your embedded application with C-Trust and Renesas RA devices. This webinar is for anyone interested in learning about security or needing to implement security in embedded systems.

Renesas ISL94216 solves the integration requirements for 36V+ batteries by bringing all the analog protection, monitoring, reporting and balancing circuits into a single device. Safe, rapid battery development is enabled from this highly integrated battery front end IC, which elminates many BOM selections and PCB size through integration, and many PCB verification and test challenges are now pre-addressed at the IC level.

Automated processes such as IoT or Industry 4.0 are identified as the keys to the future of the industrial production. A machine to machine communication will be necessary to build applications having automated processes and this will enforce all future devices to be able to communicate through standardized protocols known as Industrial Ethernet Protocols. These protocols fulfill the requirements of End-user organizations like the Namur which is easy commissioning and device replacement. A module approach is ideal to reduce development effort on the implementation of the Hardware interface, as well as the Industrial Ethernet Protocols to as low as possible, with the following offerings: 1.) Low entry barrier with a multiprotocol solution and all license include 2.) Easy implementation and migration path because standard hardware and software interfaces 3.) Fast time to market with tools, software package and certifications

Trusted Secure IP（TSIP）は、ルネサス製RX/RZファミリに搭載されたハードウェア暗号エンジンです。 このセミナーでは、wolfSSL社にて組み込み向けSSL/TLSプロトコルライブラリとRX65NのTSIPハードウェア暗号エンジンを使ったベンチマークを実際に行い、ハードウェア暗号化がもたらす性能改善について紹介します。 本セミナーは第1弾として5/26に開催した「GR-Rose/RX65NでSSL/TLSのクイックスタート（オンラインセミナー）」の続編になります。

Long before the birth of Industry 4.0 Ethernet based communication networks had been introduced to the world of Industrial Automation and Process Control applications. With I4.0 the border between the different Ethernet domains are blurring. But what makes Industrial Ethernet so specific, what are the standards used today and why is the new TSN standard so important? This webinar explains the basics.

Long before the birth of Industry 4.0 Ethernet based communication networks had been introduced to the world of Industrial Automation and Process Control applications. With I4.0 the border between the different Ethernet domains are blurring. But what makes Industrial Ethernet so specific, what are the standards used today and why is the new TSN standard so important? This webinar explains the basics.

GUIの開発にお困りですか？「PowerPoint®」で制作しませんか？ 「Aeropoint GUI for RX」は、RXマイコンを使った組み込み機器のグラフィカルUI（GUI）の部品配置を、普段から使い慣れた「PowerPoint®」で行うことで、誰にでもGUIの制作を可能にします。 今回、RXマイコンの機能をフルに引き出すこの「Aeropoint GUI for RX」を使い、講師によるリファレンスキットの操作を交えながらGUIの制作・評価をお見せするセミナーです。

Trends in battery operated IoT devices require increased battery consumption efficiency. This webinar examines cases for consumer and industrial applications where battery life can be extended using different power management techniques.

Trends in battery operated IoT devices require increased battery consumption efficiency. This webinar examines cases for consumer and industrial applications where battery life can be extended using different power management techniques.

セキュリティ対策は後付けではなく、設計段階から検討する必要があります。リアルタイムOSを使ったシステムにおいても、セキュリティ対策は免れません。 本セミナーでは、IoTセキュリティの基礎を学びながら、ウインドリバーのリアルタイムOS・VxWorks®によるセキュリティ対策を、デモを交えてご説明します。

Capacitive touch can be hard. With CapExt we have tried to fix this. In this webinar you will see how CapExt can easily simulate a whole PCB with minimal user interaction in just a few minutes, and how this can be used to make better capacitive touch, saving months of prototyping and possible in-field issues later. CapExt is built for electrical engineers, you only need to provide design files such as Gerbers, and CapExt will handle the rest for you.

An MRAM is a non-volatile Magnetoresistive Random-Access Memory. It stores data in a magnetic domain, unlike other RAM that stores in the form of electrical charge or current. Compared to other non-volatile technologies, MRAM excels in applications that require lower power and fast access to back-up data retrieval. Renesas offers the next generation of MRAM technology with the M1000/M3000 family series. With greater than 20 years of data retention and large memory density, the M1000/M3000 series fills growing non-volatile application needs. In this webinar, find out how MRAM compares to other memory technologies and key parameters that make it a better choice for your system.

Long before the birth of Industry 4.0 Ethernet based communication networks had been introduced to the world of Industrial Automation and Process Control applications. With I4.0 the border between the different Ethernet domains are blurring. But what makes Industrial Ethernet so specific, what are the standards used today and why is the new TSN standard so important? This webinar explains the basics.

Renesas has a complete portfolio of RF small signal devices for 5G sub-6GHz applications. While developing new technologies and products to meet changing market requirements, Renesas is committed to the continued support of its established broad product portfolio of standard RF products for our customers. This webinard will provide an overview of recently released products designed to help customer optimize their 5G sub-6GHz system designs with increased performance and reduced costs.

Renesas has a complete portfolio of RF small signal devices for 5G sub-6GHz applications. While developing new technologies and products to meet changing market requirements, Renesas is committed to the continued support of its established broad product portfolio of standard RF products for our customers. This webinard will provide an overview of recently released products designed to help customer optimize their 5G sub-6GHz system designs with increased performance and reduced costs.

Trends in battery operated IoT devices require increased battery consumption efficiency. This webinar examines cases for consumer and industrial applications where battery life can be extended using different power mamangement techniques.

Inductive position sensing is changing the game for industrial motor commutation as demands for high performance, high efficiency, and cost efficiency increase, particularly for multi-sector applications. The IPS2200 is a magnet-free, inductive position sensor IC that can be used for high-speed motor commutation as an absolute position sensor in industrial, medical, and consumer applications. Stray filed immunity, through-shaft capability, lower weight and smaller size, as well as a substantial BOM optimization make the IPS2200 the ideal alternative for resolver replacement. In this webinar, you will learn: -How sensors are used in motor commutation -The value of inductive position sensors and what problems they solve -Benefits of using the IPS2200 for motor commutation applications

Inductive position sensing is changing the game for industrial motor commutation as demands for high performance, high efficiency, and cost efficiency increase, particularly for multi-sector applications. The IPS2200 is a magnet-free, inductive position sensor IC that can be used for high-speed motor commutation as an absolute position sensor in industrial, medical, and consumer applications. Stray filed immunity, through-shaft capability, lower weight and smaller size, as well as a substantial BOM optimization make the IPS2200 the ideal alternative for resolver replacement. In this webinar, you will learn: -How sensors are used in motor commutation -The value of inductive position sensors and what problems they solve -Benefits of using the IPS2200 for motor commutation applications

コンパイル環境にe2 studioを使い、wolfSSLとその簡単なサンプルプログラムのソースコードをコンパイル、RX65Nを搭載した評価ボードGR-Roseの上で動作させてみます。自社製品にSSL/TLSあるいは暗号化機能の搭載を検討しているエンジニアの方々に、仕組みと使い方を40分で紹介いたします。

Bluetooth® Low Energy (BLE) has three main topology options to connect devices. The first option is a point-to-point topology, connecting one-to-one device communication optimized for data transfer and widely used in health management equipment. The second option is a broadcast topology, connecting one-to-many device communications and is ideal for direction searching. The third option is a Mesh topology, connecting many-to-many device communications optimized to control, monitor, and automate multiple systems securely, which is suitable to the current lifestyles that focus on convenience and efficiency. In our webinar, we are going to deep dive into the Mesh topology data transfer method which will demonstrate integration into a generic system. We will also show how to use the RX23W, the first MCU Group to support full functionality of Bluetooth Low Energy, and its complementary Bluetooth Mesh Software Package to develop a Smart Home with Mesh topology.

Bluetooth®Low Energyには、デバイスを接続するための3つの主要なトポロジオプションがあります。 最初のオプションはポイントツーポイントトポロジで、データ転送用に最適化され、ヘルス管理機器で広く使用されている1対1のデバイス通信を接続します。2番目のオプションはブロードキャストトポロジで、1対多のデバイス通信を接続し、方向検索に最適です。 3番目のオプションはメッシュトポロジで、複数のシステムを安全に制御、監視、自動化するために最適化された多対多のデバイス通信を接続します。これは、利便性と効率性に重点を置く現在のライフスタイルに適しています。 本セミナーでは、一般的なシステムへの統合を示すメッシュトポロジデータ転送方法について詳しく説明します。また、Bluetooth Low Energyの全機能をサポートするRX23Wと、メッシュトポロジを備えたスマートホームを開発するための補完的なBluetooth Meshソフトウェアパッケージの使用方法も示します。

An MRAM is a non-volatile Magnetoresistive Random-Access Memory. It stores data in a magnetic domain, unlike other RAM that stores in the form of electrical charge or current. Compared to other non-volatile technologies, MRAM excels in applications that require lower power and fast access to back-up data retrieval. Renesas offers the next generation of MRAM technology with the M1000/M3000 family series. With greater than 20 years of data retention and large memory density, the M1000/M3000 series fills growing non-volatile application needs. In this webinar, find out how MRAM compares to other memory technologies and key parameters that make it a better choice for your system.

Functioning as the next webinar in this series, we will give more detailed guidelines and advice on how to protect data on the microcontroller, which is often unchanged, but stored long-term. Different use cases and data types demand varying security implementations. Potential security threats will also have certain influence on security implementation. With this webinar, a developer should be able to make a plan for their own project and implement the mandatory security measures.

Functioning as the next webinar in this series, we will give more detailed guidelines and advice on how to protect data on the microcontroller, which is often unchanged, but stored long-term. Different use cases and data types demand varying security implementations. Potential security threats will also have certain influence on security implementation. With this webinar, a developer should be able to make a plan for their own project and implement the mandatory security measures.

In this session, users will learn how Qeexo’s AutoML machine learning platform transforms the embedded AI (Artificial Intelligence) development process without users having to code. Qeexo AutoML is a fully-automated, end-to-end machine learning platform that builds lightweight machine learning solutions (tinyML) running locally on constrained environments such as a Cortex Arm M4 MCU. It augments the user experience and applicability of products like the RA Family of MCUs, adding intelligence with AI for many applications including Wearables, Industrial, Mobile, Smart Home/Appliance and other IoT markets.

Poor air quality can impact an individual's health and wellness, as well as the global economy. There is currently a lack of sufficient equipment in the consumer market addressing this issue and little expertise on how to design for air quality systems. We will walk through sensing solutions and technologies that integrate features and capabilities to measure air quality for smart HVAC systems. In this webinar, we will cover: -How to define parameters for air quality -How HVAC systems can be used to monitor and respond to Indoor Air Quality & Outdoor Air Quality changes (ie: detecting gas levels for CO2, TVOC, NOx, O3) -Design ideas and solutions to help customers get to market faster

The Internet of Things (IoT) has facilitated significant advancements in the way healthcare providers deliver care to their patients. As the dependence on connected medical devices such as blood glucose monitors, pulse oximeters, asthma inhalers, and other wearables increases, so does the risk for cyber-attacks and unlawful acquisition of patient data being transmitted through these medical IoT devices. Learn how the RA4W1 provides the security needed to combat these cyber threats in medical IoT devices. In this webinar we will explore: • How Bluetooth technology is used in medical IoT devices to o Help administer medication o Diagnose injuries o Transmit critical information securely from patients to providers • How RA4W1’s Secure Crypto Engine can protect personal data

Bluetooth® Low Energy (BLE) has three main topology options to connect devices. The first option is a point-to-point topology, connecting one-to-one device communication optimized for data transfer and widely used in health management equipment. The second option is a broadcast topology, connecting one-to-many device communications and is ideal for direction searching. The third option is a Mesh topology, connecting many-to-many device communications optimized to control, monitor, and automate multiple systems securely, which is suitable to the current lifestyles that focus on convenience and efficiency. In our webinar, we are going to deep dive into the Mesh topology data transfer method which will demonstrate integration into a generic system. We will also show how to use the RX23W, the first MCU Group to support full functionality of Bluetooth Low Energy, and its complementary Bluetooth Mesh Software Package to develop a Smart Home with Mesh topology.

Renesas' complementary product portfolios of Analog + Power + Embedded Processing are working together to deliver comprehensive solutions. Our product experts have developed reference designs called "Winning Combinations," compelling product combinations that help our customers accelerate their designs and go to market faster. These Winning Combinations focus on verticals, including industrial, infrastructure, building automation, health/medical and consumer segments to service more customers and partners worldwide. In this webinar, attendees will learn: -How Winning Combinations will help customer design challenges -Where to find the Winning Combinations & what segments they cover -How to contact Renesas about Winning Combinations

The latest RX 32-bit microcontrollers - RX72M, RX72N, and RX66N - realize equipment control and network function with a single chip for applications requiring high real-time performance, such as industrial robots, general-purpose inverters, programmable logic controllers (PLCs), and remote I/Os. Join us in this webinar to find out how the latest RX MCUs bring you outstanding real-time performance, network, and HMI functions with the following key features: - Industry's fastest on-chip flash memory with read operations at 120MHz - 4MB on-chip flash memory and 1MB on-chip SRAM, eliminating the need of external memory that slows down the read-speeds - Single-chip solution to support high-resolution graphics and wired/wireless network due to large on-chip memory

最新的RX 32位微控制器RX72M，RX72N和RX66N可通过单个芯片实现设备控制和网络功能，以用于需要高实时性能的应用，例如工业机器人，通用变频器，可编程逻辑控制器（PLC）， 和远程I / O。 随着工业自动化设备需要更多的功能和更高的性能，存储容量和读取速度是决定实时性能的关键因素。 参加我们的网络研讨会，了解MCU如何通过以下特点为您带来出色的实时性能，网络和HMI功能。 -业界最快的片上闪存，120MHz读取速度。 -4MB片上闪存和1MB片上SRAM，无需使用外部存储器因而降低读取速度。 -大容量的片上存储器，可支持高分辨率图形和有线/无线网络的单芯片解决方案。

最新のRX 32ビットマイコンRX72M、RX72N、RX66Nは、産業用ロボット、汎用インバータ、プログラマブルロジックコントローラ（PLC）、リモートI/Oなどの高いリアルタイム性能を必要とするアプリケーションにおいて、機器の制御とネットワーク機能をシングルチップで実現します。 高性能化と多機能化が進む産業オートメーション機器ではマイコンへの性能要求が高まっていますが、マイコンのリアルタイム性能を決める重要な要素として、プログラムを格納するフラッシュメモリの容量と読み出し速度があります。 このウェビナーに参加して、最新のRX72M、RX72N、RX66Nが備えている卓越したリアルタイム性能、ネットワーク、HMI機能についてご確認ください。 - 業界最速クラスの120MHzの読み出し動作が可能な内蔵フラッシュメモリ - 4MBのフラッシュメモリと1MBのSRAMを内蔵しているため、読み出し速度の遅い外部メモリの接続が不要 - 大容量の内蔵SRAMにより、高解像度グラフィックスと有線/無線ネットワークをシングルチップで実現可能

In today's connected world, security is a hot topic. But what does "security" mean for microcontrollers and the products that incorporate them? Governments and other regulatory bodies are drafting laws and specifications designed to protect consumers, but how does this impact the MCU realm? Please join us for an introduction to the practical application of security concepts, specifically targeted for microcontrollers.

In today's connected world, security is a hot topic. But what does "security" mean for microcontrollers and the products that incorporate them? Governments and other regulatory bodies are drafting laws and specifications designed to protect consumers, but how does this impact the MCU realm? Please join us for an introduction to the practical application of security concepts, specifically targeted for microcontrollers.

Personal Medication Adherence (PMA), or lack of PMA compliance, is a $337 billion problem annually in the U.S. that bogs down our healthcare system. Patients forget to take or may confuse their medication, which can result in being readmitted to the hospital, a skilled nursing home or assisted-living facility, or with another visit to the doctor’s office. The advent of the Internet of Things (IoT) has brought various technologies to the forefront that, when applied to PMA devices, can help resolve some of the issues we currently face. The webinar discusses the mandates, opportunities and solutions for Personal Medication Adherence.

The explosive growth of the IoT and Industry 4.0 has sparked the need for higher performance, smaller form factor connectivity modules that support the various security aspects required with IoT connectivity—such as confidentiality, data integrity and availability. The RX651 delivers on this need with smaller MCU package sizes that are ideal for compact IoT applications, without compromising performance, The 64-pin RX651 MCUs give customers the small footprint, high performance, and security features they need to safeguard their connected industrial and manufacturing systems against cyber-attacks.

As the next webinar of this row we will give more detailed guidelines and advices how to protect data on the microcontroller which is not changed frequently but stored for long time. The different use cases and data types demand different security implementations and also the potential security threads will have certain influence on the security implementation. Based on the webinar a developer should be able to make a plan for his own project and implement the mandatory security ingrediens to realize this plan.

使用Renesas的宽带18 GHz毫米波射频合成器改进您的高性能设计。8V97003器件是毫米波和波束形成应用的理想本地振荡器（LO），或高速数据转换器的精密参考时钟。该设备提供了优异的交流性能，改善了系统特性，如在射频应用中的信噪比和EVM，以及在数据转换器应用中的SFDR。 本次网络研讨会探讨： -在5G和无线电应用中使用8V97003的好处 -关键性能测试结果 -目标应用的好处 -快速成型工具