APSUNY - LOW-LOSS COMPONENT LIBRARY

When companies use the Analog Photonics - SUNY Polytechnic Component Library under the AIM Photonics PDK, they not only have access to the most up-to-date silicon photonics components, but also access to a community driving and enabling tomorrow’s silicon photonics design practices and methodologies.

Benefits of APSUNY Silicon Photonics PDK technologies

  • Support for ACT2 Low Loss Platform

  • Extensive component library

  • O Band [1260 nm-1360 nm] support

  • C+L Band [1500 nm-1600 nm] support

  • 100 Gbps modulation and detection

  • Push-pull analog and digital modulators for low chirp, long distance links

  • Low-loss Actives and Passives

  • Low insertion loss couplers (fiber to chip)

  • Polarization diversity circuits (Low PDL)

  • Thermal Optic Phase Shifter, 8-30x power reduction for Pπ, Must use “TU” Thermal undercut Technology

Other helpful information to know

  • The current PDK version that should be used for active MPW runs is 2.0 or newer. Please contact us to confirm if an older version will be compatible.

  • The community of organizations who use our PDK is growing. To support this design work and provide information about common questions, we’ve set up help desk functions. See details about getting an account.

  • See also information about the PDK License Agreement.

Passive Components Qty Current Performance
Waveguides 6 Silicon 0.8dB/cm
SiN 0.325dB/cm
Silicon Rib 0.25dB/cm
Edge Couplers 2 <1.5dB/facet 6.5 µm MFD
<2.0dB/facet SMF-28 Fiber
Vertical Couplers 2 <3dB loss
3dB 4-Port Splitters 2 loss ˜0.3dB
3dB Y-Junctions 3 loss ˜0.05dB
Power Taps (1% & 10%) 3 loss ˜0.05dB*
Layer Transitions 3 loss ˜0.02dB PDL <0.1dB
Crossing 1 loss ˜0.05dB
Polarization Rotator 1 N/A
Polarization Splitter & Rotator 1 loss 0.015dB, PDL <0.1dB
Waveguide Termination 1 Low reflection <-45dB
Active Components Qty Current Performance
C Band Photodetector 1 BW=30GHz, R˜1A/W
C+L Band Photodetector 1 BW=13GHz, R˜1.1A/W
O Band Photodetector 1 BW=33GHz, R=0.9A/W
C+L Band MZM 1 BW=30GHz, VpiL=1Vcm
O Band MZM 1 BW=26GHz, VpiL=1Vcm
MZM Termination 1 Impedance matched to MZMs
Microring Filters 4 26nm FSR (Fully reconfigurable)
Microdisk Switches 4 N/A
Microdisk Modulators 2 15/23GH 25nm FSR
Analog Photodetector 1 N/A
Analog MZM 1 N/A
Thermo-Optic Phase Shifter 2 Pπ <26mW/π
Thermo-Optic Switch 2 Pπ <26mW/switch
Variable Optic Attenuator 1 up to 13dB
*Based on reference transmitter and receiver