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Adrien BILLAT Sales and Application Manager, Teem ...2020/10/09  · • Er-doped lasers and...

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ioNext, a glass-based platform complementing Silicon Photonics Adrien BILLAT Sales and Application Manager, Teem Photonics SA, France virtual conference session: Data Center Interconnects – Towards Mass Manufacturing online / October 6th 2020 / 4 – 7pm
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  • © MASSTART

    MASSTART Consortium

    Data Center Interconnects - Towards Mass Manufacturing, 6th October 2020

    ioNext, a glass-based platform complementing Silicon Photonics

    Adrien BILLATSales and Application Manager, Teem Photonics SA, France

    www.masstart.eu

    virtual conference session:Data Center Interconnects – Towards Mass Manufacturing

    online / October 6th 2020 / 4 – 7pm

    http://www.masstart.eu/

  • ioNext, a glass-based platform complementing Silicon Photonics

    Adrien BILLAT – Sales and Application ManagerOctober 5th, 2020

  • CONFIDENTIELConfidential2

    Teem Photonics – Corporate background

    1998

    Pioneer in erbium-dopedwaveguide amplifiers

    2005

    2000 2012

    Introduction of glass-based components and sub-systems for

    telrcommunications

    Acquisition of the Q–switch microchip laser portfolio

    from Lumentum

    10,000 lasers shipped worldwide

    2016

    Introduction of WAFT –interposers for SiPh

    coupling

    Established in 1998Spin-off from Schneider ElectricEnters the telecommunication

    market for FTTH applicationsStrong R&D team, several patents

    2020

    First PDK release

    2018

    ioNext product line

  • CONFIDENTIELConfidential3

    ioNext, a unique photonics process on glass

    Value proposal

    Glass technology• Large optical bandwidth: 400 – 2000 nm• Ultra-low propagation loss: 0.05 – 0.12 dB/cm• Low PDL: < 0.1dB• Low temperature dependence: 0.01 nm/K

    ioNext specific• Low fiber coupling loss : < 0.2dB• Compactness : radius of curvature 800µm• 2.5D waveguide engineering

    ioNext Process flow dB

  • CONFIDENTIELConfidential4

    ioNext, a complete photonics platform

    Splitters 1xN (up to 512)

    Taps

    Couplers

    Taper/Mode converters

    MUX/DEMUX

    Interferometers (MZ, MMI, Michelson)

    Waveguide crossing

    Design

    Manufacturing

  • CONFIDENTIELConfidential5

    2.5D building blocks

    Spot size converter Extended optical library

    Spot size converter

    Surface interactionDepth modulation

  • CONFIDENTIELConfidential6

    WAFT: three coupling solutions

    Edge coupling Top coupling Evanescent coupling

    Low loss solutionCompatible with WDM

    Wafer level incompatibleAlignment accuracy

    Compatible with grating couplersWafer level compatibility

    Grating coupler lossWDM-limited

    Low loss solutionCompatible with WDMAlignment tolerantWafer level compatibility

    BEOL constraint

  • CONFIDENTIELConfidential7

    Large pitch adaptation

    High channel count uniformityMFD matching to PIC edge couplers

    EC-WAFT series for facet coupling

    FAU

    EC-WAFTPIC

    Insertion loss (incl. fiber-array) < 0.7 dBPIC side MFD 4x3 μm (1/e²)PIC-side pitch >25 μmSM and PM fiber-compatible

    127

    µm

    25 µ

    m

    64 channels

  • CONFIDENTIELConfidential8

    Low profile solution for grating couplers

    TC-WAFT series for top coupling

    • Packaging

    • Wafer-level PIC testing(edge-coupling)

    FAU

    TC-WAFT

    PIC

  • CONFIDENTIELConfidential9

    EV-WAFT series for evanescent coupling

    Evanescent coupling to SiN-on-Si waveguide layer:• Broadband and single-mode in O-band and C-band• Low loss (< 1.5 dB from fiber to SiN)• Low PDL (< 0.2 dB)• Alignment tolerant

    From Binda et al, EMPC 2019

  • CONFIDENTIELConfidential10

    EV-WAFT: a broadband and alignment-tolerant solutionMinimum Insertion Loss and Polarization

    Dependent Loss over a broad spectral bandAn alignment-tolerant solution:

    -tolerant to lateral offset

    -tolerant to proximity error

  • CONFIDENTIELConfidential11

    Fiber to chip assembly services

    Fiber Array (FA)SMF or PM fiber250µm or 127µm pitch

    ioNext chipPolarization maintaining waveguides250µm or 127µm pitch

    Fiber to chip assemblyUp to 64 fibers per FA Insertion loss uniformity

  • CONFIDENTIELConfidential12

    ioNext building blocksBuilding block Key spec VIS NIRStraight waveguide

  • CONFIDENTIELConfidential13

    Advanced PICs and hybrid modules• Er-doped lasers and amplifier modules• E-O modulation• AWGs• …

    PassiveMUX

    DFB laser

    amplifier

    Amplified 1550nm laser

    VIS interferometric combiner

    From E. Huby et al, 2019

    Integrated Er-waveguide amplifier

    -40

    -35

    -30

    -25

    -20

    -15

    -10

    -5

    0

    193000 193500 194000 194500 195000

    Tran

    smis

    sion

    (dB

    )

    Frequency (GHz)

  • Thank you for your [email protected]

    CONFIDENTIALThis document contains proprietary information and is the property of teem PHOTONICS and is transmitted in

    confidence. Neither receipt nor possession confers or transfers any right to reproduce, use or disclose in whole or in part, data contained herein for any purpose, without the prior written consent of an officer of teem PHOTONICS.

  • © MASSTART

    MASSTART Consortium

    Data Center Interconnects - Towards Mass Manufacturing, 6th October 2020

    Acknowledgement

    Co-funded by the Horizon 2020Framework Programme of the European Union

    MASSTART project is co-funded by the Horizon 2020 Framework Programme of the European Union with Grant Agreement Nr. 825109. https://cordis.europa.eu/project/rcn/219912/factsheet/enMASSTART project is an initiative of the Photonics Public Private Partnership www.photonics21.org#Photonics@Photonics21@PhotonicsEU#H2020

    www.masstart.eu

    #MASSTART

    Disclaimer: The information, documentation and figures available in this deliverable are written by the MASSTART Consortium Partners under co-funding by Horizon 2020 Framework Programme of the European Union (Grant agreement ID: 825109) and do not necessarily reflect the view of the European Commission. The information in this document is provided “as is”, and no guarantee or warranty is given that the information is fit for any particular purpose. The reader uses the information at his/her sole risk and liability.

    Copyright © 2020 the MASSTART Consortium. All rights reserved. This document may not be copied, reproduced or modified in whole or in part for any purpose without written permission from the MASSTART Consortium. In addition to such written permission to copy, reproduce or modify this document in whole or part, an acknowledgement of the authors of the document and all applicable portions of the copyright notice must be clearly referenced.

    https://cordis.europa.eu/project/rcn/219912/factsheet/enhttp://www.photonics21.org/http://www.masstart.eu/

    ioNext, a glass-based platform complementing Silicon PhotonicsTeem Photonics – Corporate backgroundioNext, a unique photonics process on glassioNext, a complete photonics platform2.5D building blocksWAFT: three coupling solutionsEC-WAFT series for facet couplingTC-WAFT series for top couplingEV-WAFT series for evanescent couplingEV-WAFT: a broadband and alignment-tolerant solutionFiber to chip assembly servicesioNext building blocksAdvanced PICs and hybrid modulesThank you for your attention�[email protected]

    09.pdfioNext, a glass-based platform complementing Silicon Photonics


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