Silicon Photonics Process Design Kit (APSUNY PDKv2.5a)

Benefits of AIM Silicon Photonics PDK

  • 3 technologies: Full Active, Passive, and Interposer
  • Extensive Component Library
  • Support for simulation, layout, schematics, DRC in multi-vendor EPDA software support
  • Component that operate across O (1260nm-to- 1360nm), C and L (1500nm-to-1600nm) optical bands
  • Low power/voltage 50Gbps optical modulators and high responsivity, low noise detectors to form best-inclass data center & telecom transceivers
  • Ultra-low power/high speed large free-spectral-range resonant switches, filters and modulators
  • First to offer Analog modulator/detector in a silicon photonics platform with large power handling and nondistorted translation of E-O and O-E conversion
  • Complex designs such as large radix optical switches with compact thermo-optic phase shifters to be completed quickly with the EPDA support
  • Broadband low loss couplers, splitters and polarization control and manipulation on chip
  • Sensor building blocks including deep trench
SUNY Poly si photonics integration engineering and project management discuss PDK layout for next MPW run

SUNY Poly si photonics integration engineering and project management discuss PDK layout for next MPW run

APSUNY PDKv2.5a Specifications