Engineers designing IoT sensors, asset trackers, smart meters, wearable healthcare products, medical devices, and industrial monitoring systems face increasing pressure to extend battery life while delivering greater functionality in smaller, more connected form factors. This seminar explores how real-time clock (RTC) solutions have evolved from simple timekeeping devices into critical system components that directly impact battery life, data integrity, maintenance intervals, and overall product reliability. Through real-world application examples, attendees will learn how selecting the right RTC architecture can significantly reduce power consumption, improve timestamp accuracy, maintain operation during power interruptions, and enable multi-year battery-powered designs. Discover how ultra-low-power, highly accurate RTC modules can help solve common challenges faced by designers of connected products, including wearable medical devices, remote monitoring systems, industrial sensors, and asset-tracking platforms. Attendees will gain practical insights into extending product lifetime, reducing maintenance costs, and accelerating the development of next-generation connected devices that operate reliably for years on a single battery. Key Takeaways: Extend battery life without sacrificing performance Improve timing accuracy and reliable event logging Simplify power management in battery-powered systems Reduce maintenance and field service costs Learn from real-world medical, wearable, industrial, and IoT use cases Understand how RTC selection impacts overall system performance and product success by : -Faster time-to-market -Reduced design risk -Factory-calibrated accuracy -Smaller footprint -Lower BOM complexity -Lower power consumption -Longer battery life -Simplified certification and manufacturing (Lunch provided to registered attendees)
Director Sales & Marketing Americas
