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Optical components power the backbone of global communication - enabling high-speed, high-capacity, and low-latency transmission across fiber networks and data centers. Sercalo’s MEMS switches support dynamic fiber routing. CUbIQ ensures secure, tamper-proof photonic links for critical infrastructure.

Quantum communication enables ultra-secure data transfer using photon-based encryption methods like QKD. It requires photonic systems with extreme stability, low loss, and precise control of optical paths to preserve quantum states. CUbIQ provides low-noise photonic integration for scalable quantum channels. Sercalo offers ultra-low-loss switches for routing quantum signals in lab and field systems.

Precision optical switching is vital in automated testing of photonic devices, verifying performance under real-world conditions. Repeatability, low insertion loss, and compact integration are key. Sercalo’s MEMS switches are standard in test systems across labs and high-volume fiber production lines.

Optical sensing enables accurate monitoring in structures, pipelines, and borders, offering advantages in distance, EMI immunity, and multiplexing. Fiber-optics outperform electronics in harsh settings. Sercalo supports distributed optical sensing. CUbIQ provides integrated solutions for compact, high-performance photonic sensors.

Demanding conditions in aerospace require compact, radiation-hardened optical systems for communication, monitoring, and redundancy. Fiber-based components ensure signal integrity in orbit. Sercalo’s space-qualified MEMS switches are flight-proven in satellite and aerospace systems.

Optical technologies are enabling next-gen vehicle systems—from diagnostics and infotainment to LiDAR-based perception for autonomous driving. Fiber optics offer EMI immunity, low latency, and resilience to harsh environments. Sercalo's compact, robust components support emerging photonic applications in the automotive domain.