Slide 1: Hybrid Photonics Integration using the POET Optical Interposer Platform
Hybrid Photonics Integration using the POET Optical InterposerTM Platform Dr. Mo Jinyu Sep. 15 2021 © POET Technologies Inc. | TSXV: PTK.V | PUBLIC
Slide 2: Presentation Outline
Presentation Outline Background POET’s Optical Interposer Platform Summary © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 2
Slide 3: POET Technologies at a glance
POET Technologies at a glance n POET Technologies has developed a unique hybrid photonics packaging platform targeting Optical Interposer Platform applications in high-speed data communications for the large Datacom / Telecom markets Superior Cost and Scalability 20-40% Lower n Built on its highly d
Slide 4: Global Development and Manufacturing
Global Development and Manufacturing SZHENZHEN, CHINA Applications Engineering TORONTO, CANADA Corporate Headquarters XIAMEN CHINA Joint Venture ALLENTOWN, USA Assembly, Test, Sales Optical Engine KULIM, MALAYSIA Product Development Silterra Interposer Manufacturing SINGAPORE Interposer Development
Slide 5: Presentation Outline
Presentation Outline Background POET’s Optical Interposer Platform Summary © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 5
Slide 6: Industry Demand
Industry Demand Cloud had the highest CAGR from 2016-2020, (+29%) vs Telecom (-1%), and Enterprise (-9%) Mega data centers: - BW - Speed © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 6
Slide 7: Challenges
Challenges Pricing: QSPF-DD module Assembly: © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 7
Slide 8: Pricing
Pricing © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 8
Slide 9: Presentation Outline
Presentation Outline Background POET’s Optical Interposer Platform Summary © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 9
Slide 10: POET's Optical Interposer Platform
POET’s Optical InterposerTM Platform - A unifying hybrid optoelectronics integration platform Electrical Typical electrical interposer with high-speed electrical connections among devices has been commonly used in devices like cell phones Interposer Electrical Electrical Die 1 Die 2 Electrical Elect
Slide 11: Critical Technical Blocks
Critical Technical Blocks - Mirrors - PD/PD array: flip chip bonded DeMUX - Spot size convertor - Laser chips: flip chip bonded - BI features - Spot size convertor MUX - FAU © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 11
Slide 12: Industry-Leading Fiber Coupling Performance
Industry-Leading Fiber Coupling Performance Measured Fiber Coupling Optical Losses Total loss from input to output : 0.7dB Transmission Loss : 0.2dB Best measured fiber coupling loss : 0.25dB/facet Expected in Production: <0.5bB/facet Edge die Fiber Coupling Loss Optimization in progress 1 TE 0.9 Me
Slide 13: Industry Leading CW Laser to Waveguide Coupling Efficiency
Industry Leading CW Laser to Waveguide Coupling Efficiency (>70% in manufacturing with passive placement) Interposer designs for wafer scale passively Facet IR Image Near Field IR Image aligned flip chip laser mounting Output power distribution for lasers with and without WG coupling Laser Mode prof
Slide 14: Best-in-Class Low-loss Optical Multiplexers
Best-in-Class Low-loss Optical Multiplexers Multiplexers integrated and built into waveguides in CMOS process on Optical Interposer platform Coupling Efficiency of <1.5dB from laser at input ports and <0.5dB output to fiber; > 7nm 3dB passband <2.5dB Insertion loss of 4 channel AWGs <1.0dB Insertion
Slide 15: Industry-First Chip Scale Assembly compatible Optical Demultiplexers
Industry-First Chip Scale Assembly compatible Optical Demultiplexers Demux integrated and built into waveguides in CMOS process on Optical Interposer platform <1.5dB Insertion loss of 4 channel AWGs; <0.5dB coupling to fiber; >13nm passband for 20dB Cross talk AWG (4 - 8 ch) CWDM4 / FR4 Demux 200G/4
Slide 16: Industry's leading large spot size laser design for high power CW light source applications
Industry’s leading large spot size laser design for high power CW light source applications POET’s Spot Size Converter design for CW lasers show low internal loss, large spot size and good coupling efficiency Laser design enables high accuracy passive placement on POET’s Optical Interposer Laser Int
Slide 17: Design Flexibility Drives Competitive Advantage
Design Flexibility Drives Competitive Advantage Low loss Self Aligned CMOS Micro Mirrors and Compatible Low for out of Mechanically Loss Waveguides plane Interlocking - Compatible with a coupling Fiducials wide range of l Multiple External Cavity Eutectic Solder Athermal Lasers - Low Loss Configurat
Slide 18: Industry's first flip-chipped DML laser technology with POET's Integrated Optical Engines
Industry’s first flip–chipped DML laser technology with POET’s Integrated Optical Engines DML’s mounted to Optical Engines Positon- Positon- 3 6 Excellent Mechanical, Electrical and Optical Performance POET solves SMSR issues with flip chip ridge laser technology No degradation in performance of SMS
Slide 19: High Repeatability Bonding Process
High Repeatability Bonding Process 500um Cavity Length BH Laser : Vf < 1.2V 150um Cavity Length DML Ridge Laser: Vf < 1.5V Optimized Bonding Process Consistency in bonding process (with high accuracy placement) established over 100’s of bonded lasers © POET Technologies Inc. | TECHNICAL – NDA NOT RE
Slide 20: Optical Engine performance: 100G NRZ & 200G PAM4
Optical Engine performance: 100G NRZ & 200G PAM4 1271 1291 1311 100G C Temp NRZ CWDM S21 Bandwidth 1331 1351 1371 200G C Temp PAM4 CWDM 10km Operation © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 20
Slide 21: Integration Platform used in Optical Module
Integration Platform used in Optical Module The POET Optical Interposer™ platform for hybrid component integration, test and packaging – at wafer-level Utilizing the highest performance components from different material sets (Si, InP, GaAs, GaN, Ge) Built on a 200mm CMOS wafer incorporating passive
Slide 22: Interposer Platform Leads to Many Different Products
Interposer Platform Leads to Many Different Products 100/4x100G TxRx MZI Mux 400G FR4 Tx 400G FR4 200G TRx Tx CWDM Mux 100G LR4 400G FR4 Rx © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 22
Slide 23: Interposer Architectures for Co-packaged Optics Applications
Interposer Architectures for Co-packaged Optics Applications Digital and Analog Electronics Photonics IC Light Source Integrated Passive Optics Interposer Printed Heat sink Circuit Board • 1.6Tbps & 3.2Tbps as defined by Facebook and Microsoft • Coarse Through Silicon Vias (TSV) for power and low sp
Slide 24: LightBar TOSA for 400G, 800G and CPO
LightBar™ TOSA for 400G, 800G and CPO For use as a remote light source for 400G, 800G transceivers or for Co-packaged optics 4 and 8 channel AWG Multiplexed LightBar Two by 2 channel MZI LightBar ~ 10mm ~ 8mm High Power CW Lasers in the O Band ~ 1.5 mm ~ 4mm Optical 2x2 MZI Mux Angled Output for red
Slide 25: Presentation Outline
Presentation Outline Background POET’s Optical Interposer Platform Summary © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 25
Slide 26: Summary
Summary POET’s Optical Interposer platform is a unifying hybrid optoelectronics integration platform, which demonstrates superior performance : World’s smallest TxRx “Optical Engine on a chip”, integrating 4 lasers, 4 high speed photodiodes, 4 monitor photodiodes, Mux/DeMux, Taps and output fiber co
Slide 27: POET 400G Live Demo invitation (Shenzhen)
欢迎莅临： 讯石研讨会 POET 400G Live Demo 专场 （会议室1） 2021年9月14日~2021年9月15日 & POET深圳实验室 Live Demo 专场 2021年9月16日~2021年9月18日 波亿光电子深圳有限公司 地址：深圳市南山区科兴科学园A4栋1002 电话: 0755-86544502 邮箱: xu.xianwen@poet- technologies.com 扫一扫了解更多信息 网址 : www.poet-technologies.com © POET Technologies Inc. | TSXV: PTK.V | PUBLIC © POET Tec
Slide 28: Live Demos
Live Demos Demo 1: 400G Tx OE Demo 2: 100G Tx OE Demo 3: 200G Rx OE Demo 4: LightBar, 4 channel CW lasers Demo 5: MZI Demo 6: MCF And there are many more … © POET Technologies Inc. | TECHNICAL – NDA NOT REQUIRED 28
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