As agricultural and construction equipment becomes more connected, telematics systems must deliver reliable performance in challenging environments. Join TE Connectivity (TE) to explore how antenna selection, mounting conditions, and mechanical design considerations may influence connectivity performance. You'll gain insights into scalable telematics architectures aligned to application requirements.
Overview
The integration of multi-band wireless technologies is shaping modern agricultural and construction equipment, requiring scalable architectures designed for operation in demanding transportation environments.
This webinar explores key considerations associated with scalable telematics systems, including antenna form factor selection and how mounting conditions—such as conductive versus non-conductive surfaces—may influence antenna behavior and connectivity performance.
The session also reviews mechanical performance considerations relevant to agricultural environments, including sealing and thermal validation approaches applied during product development, depending on configuration.
Attendees will gain an understanding of how antenna configurations can be evaluated in the context of application requirements, as well as how component-level characteristics contribute to overall system performance in real-world operating conditions.
Learn more here.
Key Takeaways
- Evaluate how antenna form factor choices impact multi-band architectures
- Analyze how mounting conditions may influence antenna behavior
- Assess mechanical performance factors, including sealing and thermal validation approaches, to help support durability
Speakers
Poi Ngee supports antenna design at TE Connectivity, bringing over 12 years of experience in antenna engineering across embedded and external antenna systems. He holds a Master of Science in Antenna Design Engineering and is currently pursuing a PhD in the same field. His expertise lies in advanced MIMO antenna design and RF performance optimization, enabling high-performance wireless connectivity solutions.
Cody manages antenna products at TE Connectivity, bringing nearly 10 years of experience in the antenna industry, including 6 years of hands-on antenna design. He holds a B.S. in Computer Engineering and has helped design and ship hundreds of antenna products. His background bridges technical engineering and product strategy to deliver high-performance wireless connectivity solutions.