Piezoelectric beam steering
Low-voltage MEMS micromirror and array architectures for fast optical addressing and compact beam-control engines.
QUANTUM SYSTEMS
Quantum Photonics & Beam-Control Modules
Wafer-level building blocks for neutral-atom control, quantum photonics and precision optical systems — combining piezoelectric beam steering, metasurfaces and integrated photonics.
From optical control chip to packaged quantum module
25FAB develops custom wafer-level architectures for optical addressing, beam steering and integrated photonic control. Engineering routes can combine piezoelectric MEMS, metasurfaces, Si₃N₄/SOI photonics, III–V integration and packaged optical interfaces.
Metasurface / metalens
Custom wavelength, aperture, NA and wavefront engineering for beam shaping, focusing and optical addressing.
Tunable photonics
High-Q photonic devices with integrated piezoelectric actuation; measured DC tuning of 20 MHz/V on the demonstrated PIC platform.
20 MHz/VMeasured piezo-tunable PIC DC tuning
High-Q telecom-band photonic resonances with repeatable optical response under ±10 V actuation on the demonstrated platform.
A modular route for quantum hardware
Start from the function you need. 25FAB co-designs the optical, mechanical and material stack, then carries the program through engineering wafer, measurement, packaging and scale-up.
01System requirement
02AI + physics co-design
03Multi-material wafer integration
04Optical / electrical validation
05Packaged module
06Pilot & recurring supply
Quantum-ready integration route
Combine beam steering, wavefront engineering, photonic routing and packaged optical interfaces around the system function.
- Piezoelectric MEMS / MOEMS beam control
- Metasurface & metalens wavefront engineering
- Si₃N₄ / SOI photonics and tunable PICs
- III–V-on-photonics feasibility routes
- Custom die, wafer and packaged module programs