Murata | Accelerate matter product development using tri-radio solution

On-Demand

Summary

If you are looking to deliver IoT and smart home solutions then Matter is a protocol you will want to support. It is actually a royalty-free solution that links the various IoT protocols like Thread together so different networks can be tied together. It allows a switch on based on one protocol to control a light in a different network using a different protocol. Matter uses Bluetooth for commissioning a new device. Typically wireless IoT devices utilize a different wireless protocol like Wi-Fi or a low power wireless protocol like 802.15.4. Having a radio that handles multiple protocols in a wireless IoT environment can be an advantage.

This webinar delves into Matter including where and how it can be used. It also takes a look at the NXP IW612 tri-radio SoC and the Murata 2EL M.2 module.

• Matter 101
  • Why Matter
  • Use cases
  • State of Matter specification
• 2EL tri-radio architecture
• Benefits of NXP platform
  • Matter stack integrated into NXP BSP
  • IW612 + i.MX

Speakers

Max Palumbo | Product Marketing Manager | NXP 

Max Palumbo is a product marketing manager for NXP covering the areas of hosted connectivity solutions (Wi-Fi, Bluetooth, 802.15.4, Matter,..) for microcontroller and microprocessor products. Max is formerly the vice-chair of the Bluetooth Mesh working group within the Bluetooth SIG. He has also held roles as a field applications engineer covering IoT and wireless products in the Eastern Canada market, and as a wireless systems architect focused on advanced building systems. Max earned a Bachelor's of Applied Science in Nanotechnology Engineering from the University of Waterloo. 

Scott Kerr | Sr Business Development Manager | Murata Electronics 

Scott Kerr is a Sr Business Development Manager with Murata Electronics. His responsibilities include product marketing & management, software/hardware ecosystem solution architect, and strategic partnership alignment. Primary technical expertise in low-power embedded Wi-Fi/Bluetooth solutions targeted at IoT space with a focus of platform enablement and surrounding support ecosystem. Extensive background in embedded wireless implementation, technology, and standards.

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