Photonics in Motion

Silicon photonics on MEMS

Photonics with the cost structure of microelectronics


Microelectromechanical systems make silicon photonics move

MEMS foundry and process flow provide wafer scale economics for Silicon Photonics

Enabling low-loss and polarization insensitive waveguides

Planar optical switching

100× faster, 10× cheaper, and 10× smaller than 3D MEMS

Lowering latency and power consumption with all optical switching between racks

Allowing any number of wavelengths at unlimited linerates

Tunable transceivers

MEMS-based tunability in both transmit and receive

NG-PON2 and Power-Split WDM-PON Applications

Fast tuning, large tuning range, simultaneously in both transmission and reception

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