Webinar: Optimising Robotics with Radar & Sensor Fusion
24-10-2024 | By Jack Pollard
Robotics is driving a new era of industrial automation, and advanced technologies like radar systems and sensor fusion from Analog Devices are becoming increasingly vital. These innovations empower robots to perform tasks with higher precision and reliability, especially in complex industrial environments where real-time data is critical. By integrating radar and sensor fusion, robotics systems can detect obstacles, navigate challenging conditions, and make decisions with unparalleled accuracy.
Mouser Electronics is hosting a free webinar, “Optimising Robotics with Radar and Sensor Fusion Technologies”, on 29 October 2024, at 5 PM CET. This event will explore cutting-edge advancements in radar systems (24-77GHz) and GMSL™ to Ethernet technologies, providing practical insights for enhancing industrial processes and automation.
Register now to secure your spot and discover how these technologies are shaping the future of robotics in industrial settings. If you can't attend live, a recording will be available for registrants.
Tune in and learn about:
- Advanced radar systems (24-77GHz) and GMSL™ to Ethernet board technology, with practical applications for improving industrial processes.
- Strategic development and the effective use of partnered products to enhance automation and efficiency across various industries.
Meet the Speakers
The webinar will feature industry experts from both Analog Devices and Mouser Electronics, who will share their deep knowledge and insights into robotics and sensor fusion technologies.
- Anders Frederiksen - Senior Strategic Marketing Manager, Robotics and Emerging Technologies, Analog Devices. With over 25 years of experience, Anders has a strong background in digital IC design, product management, and the semiconductor industry.
- Rajan Sharma - Strategic Product Marketing, Robotics and Emerging Technologies, Analog Devices. Rajan brings expertise in system and product design, with a focus on robotic systems.
- Mark Patrick - Technical Content Director EMEA, Mouser Electronics. Mark is responsible for curating and delivering technical content across EMEA, with a background in engineering and marketing.
Transforming Robotics with Radar and Sensor Fusion
The integration of radar technology and sensor fusion is significantly enhancing the capabilities of industrial robotics. These advancements enable robots to perform tasks with greater precision, speed, and reliability, even in complex environments where visibility or other factors may hinder performance. By combining radar with other sensors like LiDAR and Time-of-Flight (ToF), robots can map surroundings, detect obstacles, and navigate more effectively, which leads to improved automation across various industries.
Radar Systems in Robotics (24-77GHz)
Radar systems, particularly those operating in the 24-77GHz range, provide high-resolution object detection, essential for robotic applications. One notable example is the ADF5902 24GHz Radar Transmitter, which is designed for harsh industrial environments, offering precise detection even in dusty or foggy conditions. Its ability to provide consistent, real-time data helps robots improve their decision-making processes in fast-paced industrial settings.
ADF5902 24GHz Radar Transmitter
GMSL™ to Ethernet Technology in Industrial Automation
For real-time decision-making in robotics, seamless data transfer is essential. The AD-GMSL2ETH-SL Edge Compute Platform facilitates this by enabling high-speed, low-latency communication between multiple sensors and processing units. This technology is particularly vital for autonomous robotics, where quick, accurate data transfer ensures smooth sensor fusion and machine vision. By transmitting video data from multiple cameras over a 10Gb Ethernet link, the platform supports real-time processing and ensures that the robot can respond to environmental changes instantly.
AD-GMSL2ETH-SL Edge Compute Platform
Sensor Fusion: Elevating Robotics Capabilities
Sensor fusion plays a crucial role in modern robotics by combining data from various sources such as radar, LiDAR, and ToF sensors to create a comprehensive understanding of the environment. This integration allows robots to make better decisions and operate more reliably in unpredictable settings. The ADTF3175 1-MegaPixel Time-of-Flight Module exemplifies this by providing high-resolution 3D depth sensing, enabling robots to detect objects and navigate with extreme accuracy, even in difficult conditions.
ADTF3175 1-MegaPixel Time-of-Flight Module
Precision Motor Control for Robotics
Precision motor control is critical for robots, especially in tasks that require accuracy, such as material handling and automated assembly. Advanced motor drivers help ensure that robotic movements are smooth and reliable, reducing the likelihood of errors. The TMC2210STEPSTICK Evaluation Board and TMCM-1617-GRIP-REF Reference Design are designed to optimise motor control in robotics, ensuring high performance and precision in industrial automation tasks.
TMC2210STEPSTICK Evaluation Board
Webinar Highlights and Key Takeaways
Attending the webinar will provide valuable insights into the latest advancements in radar and sensor fusion technologies. Participants will learn how these innovations are being applied to improve precision, efficiency, and reliability in industrial automation and robotics.
Discover the practical applications of radar systems, GMSL™ to Ethernet technology, and sensor fusion, and understand how these technologies are shaping the future of robotics.
Final Thoughts
The integration of radar, sensor fusion, and motor control technologies is reshaping industrial robotics, enhancing precision, reliability, and operational efficiency. These advancements are critical for businesses looking to optimise their automated systems and stay competitive in today’s evolving industrial landscape.
Sign up now to reserve your spot and unlock innovative strategies for optimising robotics with radar and sensor fusion technologies. Don’t miss this opportunity to lead the future of industrial automation!
