8-Inch-Compatible Wafer Platform
Large-area single-crystal materials are positioned for coupling with 8-inch semiconductor processing to enable scalable MEMS / PIC manufacturing.
MEMS & PIC R&D
Piezoelectric single-crystal platforms for MEMS and PIC research and development.
iBULe advances piezoelectric MEMS scanners, silicon-compatible processing, smart optics, LiDAR, and photonic actuation technologies through integrated material and device R&D.
8-inchSilicon Process Compatibility
5.5V / 30°Low-Voltage MEMS Scanning
PMN-PTPiezoelectric Actuation Platform
MEMS / PICIntegrated R&D Direction
MEMS & PIC R&D
Piezoelectric single crystal integrated with silicon and photonics.
The R&D roadmap connects large-diameter crystal growth with 8-inch-compatible processing, MEMS mirror actuation, smart optics, LiDAR, and photonic integration.
PMN-PT MEMS Scanner
The MEMS scanning mirror architecture is designed for low-voltage drive, simplified assembly, and scalable production.
Smart Glasses & Wearables
The technology direction extends toward AR/VR smart-glass optical systems where compact, low-power beam steering is critical.
Wearable Optics Ecosystem
MEMS scanning platforms support compact wearable-display and beam-steering architectures for next-generation optical products.
LiDAR Modules
MEMS mirror technology also supports optical scanning for LiDAR-class systems, where size, scan angle, and low-voltage actuation matter.
Optical Engine Direction
Compact optical-engine form factors extend the platform toward future sensing, wearable, and imaging systems.
Photonic Integration
Actuation translated into optical phase control.
A bonded PMN-PT layer applied to a TriPleX® waveguide stack converts voltage into mechanical strain and optical phase control while keeping the actuator outside the optical mode.
PMN-PT / TriPleX Waveguide Stack
A thin PMN-PT actuator layer, electrodes, and bonded waveguide stack enable photonic modulation and actuation concepts.
High Internal Resistance Stability
Long-term electrical behavior demonstrates the high internal resistance and low quasi-DC power profile of PMN-PT for photonic actuation.