Kyocera AVX I Uncovering the Hidden Heroes in IoT: Crystal Oscillators, Antennas, and Supercapacitors

Online, On Demand

Join us for an enlightening webinar to "Uncovering the Hidden Heroes in IoT: Crystal Oscillators, Antennas, and Supercapacitors." Discover how strategic antenna selection and placement optimize wireless communication, precise clocking solutions synchronize complex IoT systems, and supercapacitors enhance energy storage and reliability. Don't miss this opportunity to delve into the critical components driving innovation in IoT technology and unlock the secrets to maximizing performance and efficiency in your IoT applications.

Overview
In today's rapidly evolving landscape of Internet of Things (IoT) technology, understanding the crucial components that drive innovation is essential for staying ahead of the curve. The upcoming webinar, "Uncovering the Hidden Heroes in IoT: Crystal Oscillators, Antennas, and Supercapacitors," offers a unique opportunity to delve deeper into these foundational elements. Antennas, often overlooked but fundamental, play a pivotal role in optimizing wireless communication, while precise clocking solutions ensure synchronization and coordination within complex IoT ecosystems. Additionally, the utilization of supercapacitors provides enhanced energy storage and reliability, addressing critical challenges in IoT applications. By joining us for this enlightening webinar, participants will gain valuable insights into the optimization of IoT devices, explore cutting-edge IoT technologies, gain inspiration from real-world success stories, and receive practical tools to enhance efficiency and accelerate time-to-market.

As industry leaders and innovators in IoT, we recognize the importance of equipping professionals and enthusiasts alike with the knowledge and tools needed to navigate this dynamic landscape effectively. Our webinar aims to empower attendees with actionable insights and practical strategies for maximizing performance and efficiency in their IoT applications. Whether you're a seasoned IoT professional seeking to optimize existing deployments or a newcomer looking to gain a deeper understanding of the underlying technologies, this webinar promises to deliver invaluable knowledge and expertise. Join us as we uncover the hidden heroes shaping the future of IoT and unlock the secrets to success in this ever-evolving field.

Key Takeaways
Leverage antenna selection and placement for optimized wireless communication, signal range, and battery life in IoT devices. Explore the significance of precise clocking solutions for synchronization, data processing, and network coordination in complex IoT systems. Utilize supercapacitors for energy storage, peak power delivery, and backup power solutions to enhance the reliability and performance of IoT applications

Speakers

Radek Psenka, Marketing Product Manager, KYOCERA AVX
Radek Psenka has finalized a technical university with engineering degree and joined KAVX ranks in 2012. After various changes in product responsibility, he is now a Product Marketing Manager, dedicating his focus to Supercapacitors in the whole EMEA.
 

Hitoshi Kojitani, Sr. Manager, European Marketing & Kyocera Operation, KYOCERA AVX
Hitoshi Kojitani is in charge of timing devices and others products. He has worked with KYOCERA AVX for 24 years - sometime in Japan, the U.K., and now in the beautiful city of Munich in Germany.
 

Carmen Redondo, Director, Global Marketing Antennas, KYOCERA AVX
Carmen Redondo has 15+ years of experience in antennas, having held different roles from engineering, project management to general management. Thanks to her technical background, she actively supports customers in their design development of wireless devices to enhance connectivity in different applications like automotive, Wi-Fi or IoT. Redondo is responsible for the implementation and management of strategic projects and programs worldwide as well as the roadmap of new products and tools to fulfill customer needs ahead.

Date and Time:
 

• June 14. 2024; 15:00 CEST
   

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