american institute for manufacturing integrated photonics: implications for the future - john bowers

7/23/2019 American Institute for Manufacturing Integrated Photonics: Implications for the Future - John Bowers

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American Institute on Manufacturing Integrated PhotonicsAIM Photonics

John BowersAssociate Director, AIM Photonics

Director, Institute for Energy EfficiencyUniversity of California, Santa Barbara

http://optoelectronics.ece.ucsb.edu/

[email protected]

Rod Alferness, Daniel Blumenthal, John Bowers, Jim Buckwalter, Tim Cheng, Larry Coldren,Nadir Dagli, Art Gossard, Jon Klamkin, Carl Meinhart, Chris Palmstrom, Mark Rodwell,

Clint Schow, Jon Schuler, Luke Theogarajan, Yuan Xie

Mike Davenport, Jared Hulme, Tin Komljenovic,Alan Liu, Jon Peters,

Daryl Spencer, Eric Stanton, Alex Spot, Sudha Srinivasan, Chong Zhang

IEE Seminar Series


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Advanced Manufacturing Office (AMO)DISTRIBUTION STATEMENT A: Approved for public release; distribution is unlimited.

Power America

Mission: Develop advancedmanufacturing processes that will

enable large-scale production ofwide bandgap semiconductors,

which allow power electronicscomponents to be smaller, faster

and more efficient than silicon.

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$70M - DOE

$189M - Other

122 - MemberConsortium

6 States

Strong Leadership

5 Focus Areas ProductionCapacity

Jobs

- 75%CFRP EmbodiedEnergy Savings

- 50%CFRP

Production Cost

GHGAvoidance

- 25%

- 50%

- 50% - 75%

Federal investment will catalyze a composites

ecosystem in the heart of US manufacturing

*States are significant contributors

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Institute forAdvanced Composites Manufacturing Innovation (IACMI)

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Selected topic competitions supporting Agency

mission using agency authorities and budgets

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Goal Create a national institute supporting the endtoend integrated photonics manufacturing ecosystem in the U.S. by

expanding upon a highly successful publicprivate partnership model with openaccess to worldclass shareduse

resources and capabilities

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The Integrated Photonics Manufacturing Institute

Investments : $ 110M Federal / $ 500M Match

Established : July 2015Location Hub : New York

Lead : SUNY Poly

MRL ManufacturingReadiness

Level

Investment

Close the Gap

1 2 3 4 5 6 7 8 9 10

Copyright AIM Photonics 2015 AIM Photonics / Recipient Confidential, for Recipients Internal Use Only


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The Integrated Photonics Manufacturing Institutes Core Hub

" 1.3M ft2 facility

" cutting edge 300/450mm toolset

" 135k ft2 of class 1 capable cleanroom

"

processing capability span 65nm - 7nm

" years of proven silicon photonics results multiple DARPA`Industry projects

" 300mm tools provide unprecedented quality photonics

" unmatched 3D stacking w/CMOS

" partnerships drive continuous revitalization investments

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Undamaged III-V FIN

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Hybrid Silicon Record Performance

2011 Lowest waveguide loss on silicon: 0.04 dB/m Jared Bauters et al. 2012 Best reliability: >40,000 hours at 70C Srinivasan et al.

2012 Highest laser yield: 99%Srinivasan et al.

2012 Fastest Si modulator: 74 GHz Tang et al.

2013 Highest receiver capacity: 400 Gbit/s Piels et al.

2013 Largest laser array bandwidth: > 200 nm Jain et al. 2012 Highest level of integration with lasers: 164 devices Jared Hulme et al.

2014 Largest LED bandwidth: >200 nm DeGroote et al.(Ghent and UCSB)

2014 Highest temperature: 119C Alan Liu et al.

2014 Highest power: 180 mWAlan Liu et al.

2014 Lowest threshold: 2 mALiang et al. (HP) 2014 Narrowest linewidth: 9 kHz (NEC)


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Applications of Silicon Photonics

HighPower Low

Threshold

HighlyReliable

Low cost

NarrowLinewidth

Coherent communicationMeterologySpectroscopy

Bio-medicineLIDAR

Microwave generationTelecom/DatacomSensors

Telecom/DatacomSensors

Any high volumemanufacturing

Bio-medicineLaser machiningAtom trapsNuclear reactors

OpticalinterconnectsTelecom

Analog Photonics

175 mW2 mA

9 kHz

40,000 hours

164 Optical + MillionsElectrical Devices

american institute for manufacturing integrated photonics: implications for the future - john bowers

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