Dr. David Chen (VP of Industrial Wireless at Moxa Inc.) will unveil groundbreaking insights into industrial 5G solutions, showcasing the latest advancements in private 5G networks that are tailored specifically for the semiconductor industry.
This presentation highlights Moxa's innovative approach to addressing the complexities of OT and ICT convergence within semiconductor manufacturing. With ultra-low latency and high-bandwidth connections, Moxa's industrial grade dedicated cellular solutions offer unparalleled reliability and flexibility, catering to the dynamic requirements of semiconductor facilities and enhancing efficiency, productivity, and safety.
Two compelling use cases will be showcased. Moxa's 5G onboard gateway facilitates flexible and reliable radio connectivity within semiconductor manufacturing facilities, achieving over 1 Gbps throughput and boasting autonomous connection recovery mechanism as well as user-configurable radio bands. Additionally, Moxa's private 5G network solutions integrate various devices and industrial protocols, enabling reliable and high-performance data traffic within the various semiconductor production environments.
Dr. Chen emphasizes Moxa's extensive track record with over 20 successful private 5G proof-of-concept projects, positioning Moxa as a frontrunner in deploying private 5G networks within the semiconductor industry. With increasing trials and readiness to capitalize on emerging opportunities, Moxa is prepared to support the growing private 5G market in semiconductor manufacturing globally.
Market insights from ABI Research forecast a burgeoning private network market within the semiconductor industry over the next decade, with substantial professional services revenues. Moxa's commitment to reliability and customization is evident through rigorous testing in compliance with 3GPP 5G criteria, ensuring solutions are designed for semiconductor manufacturing needs.
Dr. Chen will present insights from Moxa's private 5G network deployment within semiconductor manufacturing facilities, shedding light on market adaptation and strategies for overcoming industrial 5G deployment challenges.
This presentation is an ideal topic for anyone that is interested in learning about the advancements of 5G solutions, and the offerings that are currently available to be implemented. Specifically, individuals that are responsible for designing new networks or upgrading existing infrastructures of semiconductor manufacturing facilities will benefit from the information provided by Dr. Chen.
