schedule

time

venue

Capacity

Application

Thursday, July 2, 2026

10:00 - 16:00

Your desk

300 people each

Here
※On the manufacturer's page
Linked

Friday, July 24, 2026

10:00 - 16:00

Your desk

300 people each

time

content

①July 2, 2026 (Thursday) 10:00~
②July 24, 2026 (Friday) 10:00~

What technologies support the evolving in-cabin sensing?

With the expansion of crash protection assessments in Euro NCAP and the continued strengthening of FMVSS (regulations including 208), the demands for passive safety are becoming even more sophisticated.
Consequently, the importance of occupant classification utilizing body size and posture detection is increasing, and such occupant condition detection is essential for optimizing airbag control.
Nuvoton's automotive sensors utilize real-time background light removal technology to achieve stable sensing from direct sunlight (approximately 120,000 lx) to nighttime and high-temperature environments. Furthermore, simultaneous acquisition of 2D/3D data enables highly accurate occupant classification. In addition, these sensors support a variety of in-vehicle applications, including gesture recognition, acoustic control, and HUD display control.
In the future, it is expected that the importance of adaptive control, which utilizes this sensing information to include not only safety functions such as optimizing airbag deployment and suppressing unnecessary deployment, but also comfort functions that integrate the in-car HMI, display, and sound, will increase even further.
This webinar will introduce solutions utilizing Nuvoton's automotive sensors, which contribute to improving safety and comfort within the vehicle cabin.
(Approximately 45 minutes)

①July 2, 2026 (Thursday) 11:00~
②July 24, 2026 (Friday) 11:00~

Advanced BMS requirements for next-generation EVs and the semiconductor technologies that meet them

With the accelerating adoption of EVs (electric vehicles), onboard batteries are rapidly becoming higher voltage and larger in capacity. In this changing environment, battery management systems (BMS) are required to not only cope with the increasing diversity and complexity of systems due to the growing number of battery cells, but also to provide safer and more reliable battery monitoring that takes into account the impact of noise from external factors. Furthermore, reducing the overall weight of the vehicle is also a crucial issue, and there is a growing need for new BMS architectures, including reduced wiring harnesses.
Nuvoton is researching and developing technologies to meet the increasingly sophisticated BMS requirements that accompany the evolution of the EV market. Nuvoton's next-generation technologies enable simultaneous, high-precision voltage measurement of all cells using parallel ADCs, and early detection and diagnosis of internal cell conditions through EIS functionality. Furthermore, by employing a highly reliable wireless BMS (WBMS) with a Dual-RF configuration, it achieves vehicle weight reduction through a reduction in wiring harnesses.
This webinar will introduce the concepts and features of Nuvoton's next-generation BMS technology, taking into account the latest trends in batteries in the EV market.
(Approximately 45 minutes)

①July 2, 2026 (Thursday) 14:00~
②July 24, 2026 (Friday) 14:00~

In-vehicle HMI solutions are becoming more multi-functional – achieving both high functionality and low cost.

In-vehicle HMI (Human-Machine Interface) devices, which are responsible for communication with drivers, are becoming more multi-functional through network connectivity, in addition to improvements in visibility and display functions. Furthermore, stricter safety regulations in various countries are also requiring enhanced security. These functions are needed not only in luxury cars but also in a wide range of vehicles, including motorcycles and small mobility vehicles, making it a major challenge to balance high functionality with low cost.
Nuvoton's Gerda series offers a high-performance HMI solution, incorporating multiple high-performance image processing engines and automotive-grade security technologies. Furthermore, its built-in large-capacity memory eliminates the need for external memory, contributing to reduced system costs.
In this webinar, we will introduce the features of the Nuvoton Gerda series, which achieves both high functionality and low cost, taking into account the increasingly multi-functional automotive HMI market.
(Approximately 45 minutes)

①July 2, 2026 (Thursday) 15:00~
②July 24, 2026 (Friday) 15:00~

Latest Technology Trends in Automotive Flash Memory

[New Flash Product Features] We will introduce the latest I/F trends for high-reliability NOR flash memory, including for automotive applications, and the new features incorporated in our latest products. We will also explain how these features can be utilized to more effectively ensure data robustness and security in systems requiring high reliability.

[Secure Flash & PQC] With the advancement of quantum computers, the security of conventional encryption is decreasing, increasing the risk of information leakage and tampering. Furthermore, NHDL (Harvest Now, Decrypt Later) attacks, which anticipate the realization of quantum computers, are becoming apparent, making the transition to post-quantum cryptography (PQC) an urgent necessity. In this webinar, we will introduce how to easily add PQC functionality to existing systems using Winbond's Secure Flash.
(Approximately 45 minutes)