2026 APAC Tech Talks - Chinese Series

In this Tech Talk, We will cover Amazon's recent platform updates including location services, future plans, and the expanding set of use cases and device types Amazon Sidewalk is enabling across the smart home, smart city, and industrial IoT markets. Silicon Labs will also outline our complete Amazon Sidewalk solution including hardware, software, security, and development tools, and demonstrate how these resources help device makers accelerate design, simplify certification, and deliver reliable, low-power products to market.

This session is ideal for teams exploring Amazon Sidewalk or preparing to scale deployments..

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As smart home platforms converge around Matter, energy management is emerging as a major opportunity for the next wave of connected experiences. This webinar will explore how interoperable devices can help unlock smarter energy insights and automation in the home — improving comfort, cost control, and grid friendliness. We'll provide insight to the markets while discussing what's possible today, what's coming next, and how different stakeholders can use thse capabilities to deliver real value across products and programs.

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AI/ML at the edge is rapidly transforming how IoT devices sense, interpret, and respond to the world around them. But moving from concept to a working embedded AI application can feel complex and fragmented.

This Tech Talk is designed to simplify that journey.

In this session, we will build an AI/ML application step-by-step, walking through the full development flow from model integration to deployment on an embedded device. The focus will be on practical implementation — understanding how models move from development to embedded inference, how performance and memory tradeoffs are evaluated, and how tooling supports efficient iteration.

By the end of the session, you’ll have a clearer roadmap for bringing AI/ML capabilities into your own embedded designs.

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LPWAN technologies have enabled some of the world’s largest and most reliable outdoor IoT networks, particularly in utility and smart city deployments. As the market expands into commercial, industrial, and campus-scale applications, a complementary deployment model is emerging alongside these large-scale networks.

This session explores how segmented, site-level “micro-mesh” networks are enabling a new class of deployments that prioritize faster rollout, lower infrastructure cost, and simplified operations. We will examine how architectures are evolving, including the role of simplified, SoC-based border routers and flexible backhaul options such as Wi-Fi and LTE.

Attendees will gain a practical understanding of how technologies like Wi-SUN, along with other LPWAN approaches such as Mioty and Wirepas, map to different deployment models. The session will provide guidance on how to select the right architecture based on scale, topology, and operational requirements, and how to design networks that balance performance, cost, and long-term manageability.

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As IoT devices become more context-aware, spatial awareness is emerging as a key capability for enabling more secure, responsive, and intuitive user experiences. Bluetooth Channel Sounding is a practical new approach to delivering that awareness, combining improved ranging accuracy with the scalability and ecosystem reach of Bluetooth. In this Tech Talk, Silicon Labs will provide a practical look at Channel Sounding through a brief technology overview, Silicon Labs algorithm approaches and their performance trade-offs, and the software support available to accelerate development.

Attendees will also get a sneak peek at upcoming Silicon Labs hardware for Channel Sounding and a look at what’s ahead.

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Wireless IoT applications are evolving rapidly. Devices that once only sensed, slept, and transmitted small packets are now expected to support Matter, multiprotocol connectivity, stronger security, over-the-air (OTA) updates, richer user experiences, and even AI at the edge. At the same time, customers continue to expect long battery life, low cost, robust wireless performance, long product lifetimes, and shorter development cycles.

As these requirements evolve, wireless SoC architectures must evolve as well. This talk examines the key architectural considerations behind modern wireless platforms, including compute, memory, connectivity, security, power management, system integration, and the engineering tradeoffs involved in balancing performance, energy efficiency, software complexity, RF design, and cost.

Through both customer and developer perspectives, attendees will gain a practical framework for evaluating wireless platforms, understanding how architectural decisions impact real-world product requirements, and selecting the right platform for the right application.

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