Webinar: Accelerating Space Missions: Launch Faster with the ZSOM-F01 Rad-Tolerant SoM

Accelerating Space Missions: Launch Faster with the ZSOM-F01 Rad-Tolerant SoM

About

Join us for an exclusive deep dive into the ZSOM-F01, the industry’s first radiation-tolerant System on Module (SoM) engineered for the demands of modern satellite systems. Purpose-built for mission-critical applications, the ZSOM-F01 drastically reduces design complexity and accelerates time-to-orbit.

In this session, you'll learn how the Zero-Error System architecture ensures robust performance in harsh space environments.

Whether you're building the next generation of LEO satellite constellations, deep space probes, or intelligent payloads, this webinar will show you how to go from design to launch — faster, smarter, and with mission confidence.

WEBINAR ENDED

Agenda

Introduction to Zero-Error Systems.
Protecting COTs components against SELs & SEUs with our Rad Hard Semiconductor solutions.
ZSOM-F01 the first true rad-tolerant SoM for space applications, using COTs FPGAs, and ZES’s patented technology.
Protecting GPUs in Harsh Space Environments: The Next Evolution in Hardware Resilience.
Q&A with experts behind the Zero-Error System architecture.

Presenters

Niranjan Gundala

VP Product Marketing & Strategy

With a strong foundation in engineering and business, this speaker drives innovation and growth in the 'New Space' semiconductor market, focusing on radiation-tolerant technologies. Since starting his career at ROHM Semiconductors in 1998, he has held leadership roles across APAC in business development and technical marketing, bridging technology and strategy to deliver impactful solutions.

Kwen-Siong Chong

Co-founder & Director of Engineering

With a Ph.D. in Electrical and Electronic Engineering from NTU Singapore, this speaker specializes in resilient circuit design, hardware security, and satellite system development. His work focuses on ultra-low soft-error rate technologies and irradiation testing for space applications. He has authored over 100 publications, holds multiple patents, and actively contributes to IEEE conferences and technical committees.