Getting Up to Speed on Bluetooth LE Development

This webinar was originally held on February 24, 2022 and is now available for on demand viewing.

Sponsor: Mouser Electronics and Infineon Technologies
Duration: 1 Hour

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Summary

Next-generation IoT applications require reliable Bluetooth LE connectivity to establish strong connections with sensor hubs and mobile applications. And with more and more processing being pushed to the edge, this cannot come at the sacrifice of performance.

That is why Infineon has introduced the new AIROC™ CYW20835 Bluetooth® LE SoC, a Bluetooth® 5.2 core spec-compliant device for IoT applications. It delivers industry-leading Bluetooth LE wireless connectivity with high-performance compute capability.

This webinar will showcase how to speed up your time-to-market using the AIROC™ Bluetooth SDK in Infineon’s ModusToolbox™ Software and Tools. Learn how to get started quickly with copious code examples and documentation for Bluetooth LE data transfer applications such as sensors in smart home, industrial, medical, and smart building environments as well as simplify Bluetooth® Mesh and HID application development.

Attendees of this webinar will learn:

• How to deliver superior RF performance enabling reliable and robust wireless connectivity 
• Use cases for the integrated 96MHz Arm® Cortex®-M4 processor with floating-point unit
• How you can get to market faster with globally certified AIROC™ Bluetooth Modules and easy-to-use Development Kits

Along with a technical, hands-on demo showcasing a Bluetooth LE data transfer application.

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Speaker

Dilli Sharma, Director of Product Marketing, IoT Compute and Wireless, Infineon

Dilli Sharma is Director of Product Marketing in the IoT Compute and Wireless business unit at Infineon. Dilli is a seasoned product leader with a track record of defining, developing, and launching semiconductor and software products at scale for verticals from mobile computing (smartphones, tablets, laptops), optical networking, gaming, audio, and IoT. Dilli holds a Bachelor's degree in electrical engineering from the University of Arizona and earned his MBA and MSEE from Southern Methodist University.

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