2021 ON Semiconductor
TECHNOLOGY
WEBINARS
Event-Triggered Imaging Using the RSL10 Smart Shot Camera
Have you been annoyed by unwanted notifications from your camera monitoring system? Do you need a better way to set conditions for image capture? The RSL10 Smart Shot Camera platform is a battery-powered camera that is portable, ultra-low-power, and can capture images when triggered by sensor-based events. It enables embedded camera functionality in devices ranging from doorbells and light fixtures to kitchen appliances.
This webinar will give you an overview of the RSL10 Smart Shot Camera, discuss new use cases enabled by this platform, and walk you through how to get started with this innovative platform.
Event Details
Presented By
Raj Nagarajan
Director of IoT Strategic Marketing, ON Semiconductor
Date
March 03, 2021
Time
10 AM CET / 2 AM MST
Duration
60 min
Language
English
Attendance
Online
Registration Deadline
March 03, 2021
About The Speaker
Raj Nagarajan
Director of IoT Strategic Marketing, ON Semiconductor
Raj Nagarajan is an experienced product leader specializing in building and marketing embedded IoT products and developing partner and developer ecosystems. He has played a vital role in launching many innovative products like Xilinx Zynq SoC, Renesas Synergy IoT platform, and Samsung ARTIK IoT platform. Raj now serves as the Director of IoT Strategic Marketing at ON Semiconductor. He is responsible for developing and marketing ON Semiconductor’s IoT portfolio solutions in America and APAC region. He holds a BS in Computer Science from the College of Engineering Guindy, India, and an MS in Computer Engineering from the North Carolina State University, USA.
Key Takeaways
- Discover the many features and capabilities of the RSL10 Smart Shot Camera and how to get started with the platform
- Learn how the RSL10 Smart Shot Camera platform enables you to target new applications in asset management, Smart Home and Buildings, and Smart Agriculture
Learn more about the RSL10 Smart Shot Camera from ON Semiconductor.