ウェビナー

このセッションでは、主要なコネクテッド インフラストラクチャ アプリケーションと、これらのアプリケーションで利用可能なルネサスのコネクティビティ ソリューションについて、幅広い情報を提供します。
このウェビナーでは、以下について学びます：
・小売と決済
・スマートシティ：照明、スマートサイネージ
・スマートグリッド、メータリング、電気、街路照明、EV充電など

This session will provide broad information on some of the major Connected Infrastructure Applications and Renesas Connectivity Solutions available for these applications.
In this webinar, you will learn about:
・Retail & Payment
・Smart City: Lighting, Smart Signage
・Smart Grid, Metering, Electric, Street Lighting, EV Charging and more

This session will also include updates on our Crowd-sourced Locationing and phase-based proximity ranging (WiRa) solutions.
・ATLAS / Real Time Locationing with AoA
・Wireless Ranging: WIRA™ /Real Time Locationing
・Crowd-Sourced Locationing (CSL)
・Locationing Application Examples

In this webinar, you will learn about:
- How Connectivity is transforming Connected Health and Fitness Applications
- Key target applications
- Customer references

In this webinar, you will learn about:
・Connectivity’s place in the connected home and building
・Key target applications and Renesas Connectivity portfolio
・Our customers success stories

In this webinar session, we will show you how to make your products smarter with sensors and TinyML. You will learn how Renesas low-power, general purpose MCUs with TinyML can enable your products to:
- Recognize and localize sounds
- Recognize non-visual gestures (capacitive, radar, motion, etc.)
- Detect anomalies in smart equipment

In this webinar, you will:
- Hear directly from engineers on how to use the compact and cost-effective dual-core Arm® Cortex®-A55 RZ/V2L microprocessor-based Single Board Computer (SBC), tailored for embedded Vision and Vision AI applications.
- Learn how this SBC can help to accelerate your system design and the available options to use this SBC directly in your product.

本ウェビナーでご紹介するリファレンスボードは、機能安全設計のノウハウが詰まった評価ボードです。 機能安全規格の要件に基づいた診断回路と監視回路を含むデュアル構成システムにより、ユーザーはすぐにプロトタイプおよびソフトウェア開発を開始できます。
このウェビナーでは、以下について学びます。
- リファレンスボードを使用する利点
- ボードのセットアップ方法、ルネサス無償評価版機能安全ソフトウェアの使用方法

Register now to listen to the on-demand panel discussion
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.

本セミナーでは、効率的にローエンドからハイエンドまでの高性能サーボ制御システムの開発方法を紹介します。
本ウェビナーを閲覧いただくと、以下の点をご理解いただけます。
1) EtherCATなど産業イーサネットに対応したスケーラブルで高性能なサーボ制御システムの開発方法
2) RZ/T2Lの高性能なアーキテクチャ
3) エコシステムや RenesasのFlexible Software Package（FSP）、機能安全ソリューション、セキュリティソリューション、エンコーダインタフェースなどを含むソフトウェアの広範囲なサポート

The SmartBond™ app by Renesas is a generic Bluetooth® LE mobile app, which aims to provide access to all features that are available by the Android and iOS Bluetooth APIs.
This webinar will provide a demonstration of the SmartBond™ app key features and functionality.

In this webinar, we cover:
- Graphics in IoT applications with DA1470x
- Graphics scenario management
- Graphics subsystem architecture
- Wearable UI example application

In this free, 60-minute webinar, Dr Marta Martínez Vázquez of Renesas will present the basics of mmWave radar for automotive applications and underline the challenges and trade-offs in radar design.
Key topics and takeaways:
・Understand the basics of mmWave automotive radar
・Discover the trade-offs that must be considered during the design process
・Explore different radar architectures
・Learn how to implement various radar applications with practical 4D radar detection and imaging radar examples

Renesas is designing and manufacturing Microcontrollers, Analog, Power and Sensor devices for Automotive applications. To bring out the full capabilities of our devices and make the designers’ life easy, we build solutions using our winning combinations of our products/ICs. For the demanding applications in Electric Vehicles, we have built solutions for Inverters using Inductive Position Sensor (IPS). In today’s fast paced & short design cycles, building everything from scratch in conventional method is time consuming. Hence, we, at Renesas have built Models and software to support design engineers to bring out solutions quicker to market. Renesas has made complete hardware solution of these important blocks in EV for Two-wheeler as well as for Four-wheeler.
Our xEV inverter application model & software solution reduces research and development effort. With the use of inductive position sensor we saves the cost and enhances the performance of the solution.

In this session, we will provide instruction for you to create a project that will sample ADC values periodically using a timer. Learn about adding a timer driver and configuring it, adding an ADC driver, and reading the ADC value in call back, adding ELC and transfer drivers and configuring it. In addition, we will go through the FSP configurator, generated code, POR‑to‑main‑code flow, using developer assistance and the smart manual.