Webinars

In this webinar, you will learn how the new FemtoClock®2 '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.

The integration of semiconductors into drive technology is opening up entirely new fields of application. In this part we will give insights into the motor control market and we will talk about latest trends. Latest informational Update about the Renesas RA Arm Cortex based on comprehensive and sophisticated Motor Control Line Up. Learn about the flexible and smart functionalities within. Check the easy to use motor control reference solutions provided by Renesas enabling acceleration of your own development, keeping your efficiency by increasing the same and helping you to get faster time to market.

Participants of this webinar will learn how to:

Raise IoT Edge performance by implementing peripheral functions and security
Keep power consumption low with the RL78/G23
Migrate easily from existing MCUs using enhanced peripheral functions
Speed-up development by utilizing the easy-to-use development environment (Smart Configurator)

Modern applications requires more and more user interfacing as well as improved User eXperience (UX). Graphical User Interface (GUI) together with touch screen capability are kind of “new standard” also in embedded applications. Going beyond traditional embedded programming experience many of the engineers still delay a decision of moving forward with embedded Real-Time Operating System (RTOS) as a prerequisite for real-time multitasked operations including GUI, touch interface, sensor readings, communication and various actuation controls.

In this webinar, 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.

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 solutions that simplify design, lower cost and reduce effects from external noise sources, such as light.

ONE Tech’s MicroAI™ technology brings the capability to locally train machine learning anomaly detection models directly on Renesas RA MCUs. This allows for OEMs to reduce data expenditures, while increasing the level of insight into the performance of their assets without the need for extensive data science.

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

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

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 IEEE 1588 synchronization solutions are provided as a black box and the details are not well understood. In this webinar, we will open that box and see that the contents are less intimidating than most presume. Learn about a software solution that works in the Linux open source environment, is easy to use, and is user-customizable.

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:

Challenges for achieving security
RX MCU security solution based on the hardware security function
Partner solution supporting the implementation of security functions using the RX MCU

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.

Building on the hardware security foundation in Renesas RA MCUs and RZ MPUs, this webinar will look at how 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.

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.