14:20 – 14:35
Aluvia: Next generation Ultra-high performance AlOx Photonics IC’s for amplication & light guiding
Aluminum oxide (AlOx) has emerged as a breakthrough material for photonic integrated circuits (PICs), offering ultra-low propagation loss, wide spectral transparency (UV to mid-IR), high power handling, and rare-earth-ion–based on-chip amplification. As the first company worldwide to commercialize an AlOx PIC platform, Aluvia demonstrates amplification performance approaching high-end fiber amplifiers while maintaining full on-chip integration. . In this presentation, we will introduce Aluvia’s AlOx PIC platform, highlight recent results in amplification and low-loss light guiding, and discuss how these capabilities unlock new applications in quantum computing, advanced telecommunications, LiDAR, AR/VR, and precision sensing. The talk will also outline scaling pathways toward industrial adoption and high-volume manufacturing.
Steve Stoffels, Ph.D.
Aluvia Photonics
Steve Stoffels is an entrepreneur and technology leader with over 20 years of experience in deep-tech, medtech and integrated photonics. He is CEO and co-founder of Aluvia Photonics, the world’s first company dedicated to aluminum oxide photonic integrated circuits, advancing applications in telecommunications, quantum computing, AR/VR, healthcare, and AI data centers. Previously, he founded and served as CTO of Pulsify Medical, developing wearable ultrasound for continuous organ monitoring. Steve holds a Ph.D. in Electrical Engineering, an M.Sc. in Applied Physics (Magna Cum Laude), and was a visiting scholar at Stanford University. He is inventor on 10+ patents, author of 150+ papers, contributor to the European roadmap for power semiconductors, and a frequent invited speaker.
Aluvia Photonics
Company Profile
Aluvia Photonics is a pioneering photonic integrated circuit (PIC) platform provider, built on its proprietary aluminum oxide (Al₂O₃) technology. As the first company worldwide dedicated to Al₂O₃ PICs, Aluvia offers unmatched advantages including ultra-low propagation losses, broad spectral transparency from UV to mid-infrared, high power handling, and on-chip optical amplification. Delivering amplification performance comparable to high-end fiber amplifiers, the Aluvia platform unlocks breakthroughs in quantum computing, advanced telecommunications, and LiDAR, while its wide transparency window also supports AR/VR and precision sensing applications.
Through partnerships with leading foundries, Aluvia ensures scalable, volume manufacturing and provides access to multi-project wafers, dedicated runs, and tailored processes that serve both emerging startups and established global leaders. With its unique material benefits and scalable platform model, Aluvia Photonics is accelerating the adoption of next-generation, high-performance PICs and strengthening Europe’s position at the forefront of integrated photonics.
Company Products & Services
Aluvia Photonics provides a cutting-edge integrated photonics platform based on our proprietary aluminum oxide (Al₂O₃) technology. Our platform delivers unique advantages including ultra-low propagation losses, broad transparency from the UV to mid-infrared, high power handling, and on-chip optical amplification. These capabilities enable applications ranging from quantum computing and advanced telecommunications to LiDAR, AR/VR, and precision sensing.
To support diverse customer needs, Aluvia offers multiple engagement models. Customers can access our technology through multi-project wafer (MPW) runs, which provide cost-efficient prototyping and early testing. For advanced development, dedicated wafer runs and tailored process modules enable optimization for specific performance requirements and scaling to volume production.
Aluvia also collaborates closely with partners and end-users to accelerate innovation, providing tested dies, design support, and integration guidance. By combining unmatched material benefits with scalable, CMOS-fabrication compatible manufacturing, Aluvia delivers the foundation for next-generation photonic integrated circuits across multiple industries.
