Silicon Laboratories (SLAB) 53rd Annual JPMorgan Global Technology, Media and Communications Conference summary

Company overview and market positioning

• Largest dedicated provider in the IoT wireless and embedded wireless space, serving billions of devices across diverse applications including consumer, healthcare, industrial, and retail.

• Differentiates through breadth (broad market and technology support), depth (industry-leading performance, power, and security), and exclusive focus on IoT wireless.

• All R&D and development are dedicated to purpose-built products for IoT, enabling long battery life, low power, and unique security features.

• Focused strategy led to increased customer confidence and market share, especially during supply chain disruptions.

Financial performance and growth outlook

• Achieved $10 billion in design wins over the last three years, with a lifetime value spanning four to five years, translating to a $2–2.5 billion annual run rate potential.

• Sequential revenue growth: March quarter up 7% sequentially and over 60% year-on-year; June quarter guidance for another 8% sequential increase.

• Positive booking trends and lean inventories support continued sequential growth through 2025, driven by design win pipeline.

• Distribution channel inventories at a new low of 48 days, with plans to gradually replenish toward the 70–75 day target over several quarters.

Product and technology innovation

• Series 2 platform has shipped around 1 billion units, with another 6 billion secured for future shipment; Series 3 platform ramping with enhanced compute, AI/ML capabilities, and memory architectures.

• Series 3 is code-compatible with Series 2, enabling easy migration and expanding addressable market with higher performance and new features.

• Bluetooth segment now represents 20–25% of revenue, growing 80% year-on-year, driven by design wins in applications like continuous glucose monitoring and electronic shelf labels.

• Wi-Fi business is growing 40% year-on-year, with early traction and potential for significant TAM expansion.