Post by LIGENTEC

Why does heterogeneous integration on SiN change everything? Traditional monolithic platforms force a compromise between active functionality and passive performance. LIGENTEC's approach breaks that trade-off — combining low-loss SiN waveguides (below 0.1 dB/cm propagation loss) with the high-speed actives your system demands. At PIC International 2026, we'll be discussing three frontier areas: ⚡ High-Speed Modulation: TFLN and InP on SiN enabling data rates beyond 800G 🔬 Quantum Information Processing: Superior filtering and phase control for high SNR on a single chip 📡 Sensing & Metrology: Atomic-photonic chips for high-precision, compact sensing platforms This is what scalable, next-generation PIC architecture looks like in practice. 📍 Brussels | April 20–22, 2026 🔗 Register: https://lnkd.in/ddN3iyt 📧 Book a consultation: [email protected] #PhotonicIntegration #SiN #QuantumPhotonics #LiDAR #PICInternational2026