Advancing high performance heterogeneous integration through die stacking
|
|
- Martha Lindsey
- 6 years ago
- Views:
Transcription
1 Advancing high performance heterogeneous integration through die stacking Suresh Ramalingam Senior Director, Advanced Packaging European 3D TSV Summit Jan 22 23, 2013
2 The First Wave of 3D ICs Perfecting the 3-D chip R Colin Johnson 10/11/ :31 AM EDT You ve heard the hype: The foundation of semiconductor fabrication will be transformed over the next few years as multistory structures rise up from dice that today are planar After almost a decade of major semiconductor engineering efforts worldwide aimed at making the structures manufacturable, three-dimensional ICs are poised for commercialization starting next year several years behind schedule Page 2
3 Why Now? Market: Insatiable Bandwidth 34% CAGR 64 Exabytes/mo of IP Traffic Technology: Power Cost, IO 480 Gbps 10GbE, OTU-2 Multi Tera-Bits System (19Tbps) 400GbE/1TbE Power Growing density gap between is primary number limiting of logic factor gates and I/O SOC s & platforms: demand highest 15x drop in I/O-to-logic ratio by 2020 performance/watt Source: ITRS Page 3
4 What Does 3D Buy Us? Connectivity Logic RAM Capacity Package Substrate Crossovers Page 4
5 BW / Watt Connectivity Enables High Bandwidth, Low Power Die-to-Die Communication 100x 3D Interconnect 10x SerDes & Standard I/O 1x 10x 100x 1,000x Total Die-to-Die Connections 100x bandwidth/watt advantage over conventional methods Page 5
6 Die Cost Capacity Beyond Moore s Law Big Single Monolithic Die Multiple Small Die Slices Exponential Dependency Linear Dependency (Bali) Greater capacity, faster yield ramp Page 6 Area
7 Crossover SoCs with Heterogeneous Die Logic Memory PLD Mixed functions Analog Memory Processor Mixed processes Page 7
8 CoWoS Process Flow (Courtesy TSMC) Bottom die Top-die Transfer glass to tape carrier Tape Stacking (μbump) Singulation Tape Wafer Molding TIS (Stacking, C4) Build up Subs Carrier bonding carrier carrier TIS (Ring+Lid) Thermal Interface Metal (TIM) Lid Ring B/S grinding carrier Top view Bottom view Side view B/S C4 bumping carrier
9 OSAT Co(CoS) Process Flow Wafer with TSV u-pad/bump, Probe Dice Carrier Carrier Mount Thin & TSV Reveal UBM & C4-bump Interposer-on- Substrate Carrier De-mount to Film frame Package Page 9 Copyright Xilinx
10 Virtex T: Homogeneous Stacked Silicon Interconnect (SSI) technology Virtex T 2 million logic cells ~2,000 BGA balls ~20,000 C4 bumps ~200,000 ubumps ~68B transistors 4-layer metal Si interposer with TSV 4 FPGA sub-die in package >10,000 inter-die connections Shipping today Page 10
11 Heterogeneous Integration
12 What happened to System on a Chip? Logic Memory Analog Global Revenue 2011 $150B $68B $45B Moore Scaling Good Good Poor Technology Vintage Transistor Characteristics High performance/ Low leakage Low leakage/ moderate performance Stable with good voltage headroom Metallization >9 layers <5 layers <6 layers Differentiators High density logic Charge storage Passives, Optical
13 What s the problem with multiple packages? The packaging chasm: Two orders difference in package trace/width vs silicon metallization I/O also isn t scaling due to bump pitch and chip to chip loading issues Leads to increased area, power and complexity (SERDES) 100 Pkg via diam Pkg trace width 240 Si 10 mm 1 Package Via Diameter Package Trace Width Chip Top Metal Chip top metal mm Solder Bump Signal Power Cu Pillar ~06 mm ~3 mm ~100 mm To scale in X dimension PKG
14 Virtex-7 HT: Heterogeneous SerDes Top View Cross Section TSVs 28G SerDes Fabric Interface 28G FPGA FPGA FPGA 28G 13G FPGA 13G Passive Interposer 13G FPGA 13G Yield optimized 13G FPGA 13G Noise isolation 28G SerDes Passive Interposer 28G process optimized for performance 28Tb/s ~3X Monolithic 16 x 28G Transceivers 72 x 13G Transceivers 650 GPIO FPGA process optimized for power
15 Virtex-7 H580T Dual FPGA Slice with 8x28Gb/s Serial Transceivers Virtex-7 28Gbps
16 Interposer Routing & DCAP Wire coupling, no shielding Wire coupling, with shielding 3mm SSN, no DCAP SSN, with DCAP 6mm
17 SSI Enables Scalable FPGAs XC7VH290T XC7VH580T XC7VH870T GTZ-IC GTZ-IC GTH FPGA GTH GTH GTZ-IC FPGA GTH GTH FPGA GTH GTH FPGA GTH GTH FPGA GTH GTH FPGA GTH GTZ-IC Network 2 x 100G 2 x 100G 1 x 400G or 4 x 100G GTZ (28G) GTH (13G) Logic Cells 284K 580K 876K
18 High Bandwidth Integrated Memory Higher memory bandwidth at lower power 1Tbps 2Tbps ~1Gb/s per interposer wire MAC Bridging FPGA Simple extension of existing work Packet Processing/ Traffic Manager Line Card Fabric Interface FPGA FPGA Die TCAM DDR3 Wired Comms Line Card PKG Bridging FPGA Control Plane CPU Implement in FPGA Implement in ASIC/ASSP
19 2nd Generation 3D IC Co-optimized for Extra Performance, Power and Integration Homogeneous/heterogeneous 3D 3rd Generation fabric & die architecture Wide memory for high performance buffering 2nd Generation 3DIC Interconnect Cutting Edge Functionality Future XCVR protocol support (56Gb/s) 15x Integration/BOM 15x Logic (3-4x vs 28nm monolithic) More than 5x die-to-die interconnect bandwidth Industry standards interface Page 19
20 3D TSV-on-Active: The Next Frontier Who s on top? Top die Package lid Microbumps Bottom die Package substrate TSVs C4 balls BGA package balls High performance chip on on top for thermal and TSV process availability Bottom die supports power TSV s for top die (Swiss cheese) in older technology (TSV friendly) Floor-planning critical: Thermal concerns (stacked thermal flux) TSV keep out zones in bottom die to avoid stress induced performance impact TSV-Induced Device Stress
21 Challenges Cost Wafer backside processing is complicated Device quality wafers used for interposers KGD methodologies still emerging Scalability Micro-bump scaling is limited Super-sized interposers (>30mm x 30mm) Improve TSV aspect ratio Design Support Multi-die analysis without Multi-mode Multi-corner explosion Thermal modeling based on vertical hotspots
22 Summary Economic and technology forces are aligned to enable 3-D stacking The end game will see three distinct technologies: Logic, Memory, Analog Analog Logic Mem Package Heterogeneous integration is already here
23 Thank You Questions?
24 4 x100g Optical Interface Connector Connector 400Gb/s Line Card Application Up to 16 x 28 Gb/s GTZ Transceivers Up to 72 x 131 Gb/s GTH Transceivers Virtex-7 HT Network Processor Fabric Interface Switch Fabric Packet Queues and Lookup Memory (SRAM, TCAM, DRAM) Line Card Switch Card Page 24 Copyright Xilinx
Opportunities & Challenges: 28nm & 2.5/3-D IC Design and Manufacturing
Opportunities & Challenges: 28nm & 2.5/3-D IC Design and Manufacturing Vincent Tong Senior Vice President & Asia Pacific Executive Leader Copyright 2011 Xilinx Agenda Xilinx Business Drivers All in at
More informationStacked Silicon Interconnect Technology (SSIT)
Stacked Silicon Interconnect Technology (SSIT) Suresh Ramalingam Xilinx Inc. MEPTEC, January 12, 2011 Agenda Background and Motivation Stacked Silicon Interconnect Technology Summary Background and Motivation
More informationXilinx SSI Technology Concept to Silicon Development Overview
Xilinx SSI Technology Concept to Silicon Development Overview Shankar Lakka Aug 27 th, 2012 Agenda Economic Drivers and Technical Challenges Xilinx SSI Technology, Power, Performance SSI Development Overview
More informationThe FPGA: An Engine for Innovation in Silicon and Packaging Technology
The FPGA: An Engine for Innovation in Silicon and Packaging Technology Liam Madden Corporate Vice President September 2 nd, 2014 The Zynq Book Embedded Processing with the ARM Cortex-A9 on the Xilinx Zynq
More informationAll Programmable: from Silicon to System
All Programmable: from Silicon to System Ivo Bolsens, Senior Vice President & CTO Page 1 Moore s Law: The Technology Pipeline Page 2 Industry Debates Variability Page 3 Industry Debates on Cost Page 4
More informationBeyond Moore. Beyond Programmable Logic.
Beyond Moore Beyond Programmable Logic Steve Trimberger Xilinx Research FPL 30 August 2012 Beyond Moore Beyond Programmable Logic Agenda What is happening in semiconductor technology? Moore s Law More
More informationBringing 3D Integration to Packaging Mainstream
Bringing 3D Integration to Packaging Mainstream Enabling a Microelectronic World MEPTEC Nov 2012 Choon Lee Technology HQ, Amkor Highlighted TSV in Packaging TSMC reveals plan for 3DIC design based on silicon
More informationInterposer Technology: Past, Now, and Future
Interposer Technology: Past, Now, and Future Shang Y. Hou TSMC 侯上勇 3D TSV: Have We Waited Long Enough? Garrou (2014): A Little More Patience Required for 2.5/3D All things come to those who wait In 2016,
More information3D SYSTEM INTEGRATION TECHNOLOGY CHOICES AND CHALLENGE ERIC BEYNE, ANTONIO LA MANNA
3D SYSTEM INTEGRATION TECHNOLOGY CHOICES AND CHALLENGE ERIC BEYNE, ANTONIO LA MANNA OUTLINE 3D Application Drivers and Roadmap 3D Stacked-IC Technology 3D System-on-Chip: Fine grain partitioning Conclusion
More informationTechSearch International, Inc.
Alternatives on the Road to 3D TSV E. Jan Vardaman President TechSearch International, Inc. www.techsearchinc.com Everyone Wants to Have 3D ICs 3D IC solves interconnect delay problem bandwidth bottleneck
More informationWLSI Extends Si Processing and Supports Moore s Law. Douglas Yu TSMC R&D,
WLSI Extends Si Processing and Supports Moore s Law Douglas Yu TSMC R&D, chyu@tsmc.com SiP Summit, Semicon Taiwan, Taipei, Taiwan, Sep. 9 th, 2016 Introduction Moore s Law Challenges Heterogeneous Integration
More information3D systems-on-chip. A clever partitioning of circuits to improve area, cost, power and performance. The 3D technology landscape
Edition April 2017 Semiconductor technology & processing 3D systems-on-chip A clever partitioning of circuits to improve area, cost, power and performance. In recent years, the technology of 3D integration
More informationPhysical Design Implementation for 3D IC Methodology and Tools. Dave Noice Vassilios Gerousis
I NVENTIVE Physical Design Implementation for 3D IC Methodology and Tools Dave Noice Vassilios Gerousis Outline 3D IC Physical components Modeling 3D IC Stack Configuration Physical Design With TSV Summary
More informationTechSearch International, Inc.
On the Road to 3D ICs: Markets and Solutions E. Jan Vardaman President TechSearch International, Inc. www.techsearchinc.com High future cost of lithography Severe interconnect delay Noted in ITRS roadmap
More informationHigh Performance Memory in FPGAs
High Performance Memory in FPGAs Industry Trends and Customer Challenges Packet Processing & Transport > 400G OTN Software Defined Networks Video Over IP Network Function Virtualization Wireless LTE Advanced
More informationInterconnect Challenges in a Many Core Compute Environment. Jerry Bautista, PhD Gen Mgr, New Business Initiatives Intel, Tech and Manuf Grp
Interconnect Challenges in a Many Core Compute Environment Jerry Bautista, PhD Gen Mgr, New Business Initiatives Intel, Tech and Manuf Grp Agenda Microprocessor general trends Implications Tradeoffs Summary
More informationAdvanced Heterogeneous Solutions for System Integration
Advanced Heterogeneous Solutions for System Integration Kees Joosse Director Sales, Israel TSMC High-Growth Applications Drive Product and Technology Smartphone Cloud Data Center IoT CAGR 12 17 20% 24%
More informationFrom 3D Toolbox to 3D Integration: Examples of Successful 3D Applicative Demonstrators N.Sillon. CEA. All rights reserved
From 3D Toolbox to 3D Integration: Examples of Successful 3D Applicative Demonstrators N.Sillon Agenda Introduction 2,5D: Silicon Interposer 3DIC: Wide I/O Memory-On-Logic 3D Packaging: X-Ray sensor Conclusion
More informationHigh Volume Manufacturing Supply Chain Ecosystem for 2.5D HBM2 ASIC SiPs
Open-Silicon.com 490 N. McCarthy Blvd, #220 Milpitas, CA 95035 408-240-5700 HQ High Volume Manufacturing Supply Chain Ecosystem for 2.5D HBM2 ASIC SiPs Open-Silicon Asim Salim VP Mfg. Operations 20+ experience
More informationMulti-Die Packaging How Ready Are We?
Multi-Die Packaging How Ready Are We? Rich Rice ASE Group April 23 rd, 2015 Agenda ASE Brief Integration Drivers Multi-Chip Packaging 2.5D / 3D / SiP / SiM Design / Co-Design Challenges: an OSAT Perspective
More informationEECS 598: Integrating Emerging Technologies with Computer Architecture. Lecture 10: Three-Dimensional (3D) Integration
1 EECS 598: Integrating Emerging Technologies with Computer Architecture Lecture 10: Three-Dimensional (3D) Integration Instructor: Ron Dreslinski Winter 2016 University of Michigan 1 1 1 Announcements
More informationEmerging IC Packaging Platforms for ICT Systems - MEPTEC, IMAPS and SEMI Bay Area Luncheon Presentation
Emerging IC Packaging Platforms for ICT Systems - MEPTEC, IMAPS and SEMI Bay Area Luncheon Presentation Dr. Li Li Distinguished Engineer June 28, 2016 Outline Evolution of Internet The Promise of Internet
More informationComparison & highlight on the last 3D TSV technologies trends Romain Fraux
Comparison & highlight on the last 3D TSV technologies trends Romain Fraux Advanced Packaging & MEMS Project Manager European 3D Summit 18 20 January, 2016 Outline About System Plus Consulting 2015 3D
More information3-D Package Integration Enabling Technologies
3-D Package Integration Enabling Technologies Nanium - Semi Networking Day David Clark - Choon Heung Lee - Ron Huemoeller June 27th, 2013 Enabling a Microelectronic World Mobile Communications Driving
More information2.5D FPGA-HBM Integration Challenges
2.5D FPGA-HBM Integration Challenges Jaspreet Gandhi, Boon Ang, Tom Lee, Henley Liu, Myongseob Kim, Ho Hyung Lee, Gamal Refai-Ahmed, Hong Shi, Suresh Ramalingam Xilinx Inc., San Jose CA Page 1 Presentation
More informationIMEC CORE CMOS P. MARCHAL
APPLICATIONS & 3D TECHNOLOGY IMEC CORE CMOS P. MARCHAL OUTLINE What is important to spec 3D technology How to set specs for the different applications - Mobile consumer - Memory - High performance Conclusions
More informationPackaging Innovation for our Application Driven World
Packaging Innovation for our Application Driven World Rich Rice ASE Group March 14 th, 2018 MEPTEC / IMAPS Luncheon Series 1 What We ll Cover Semiconductor Roadmap Drivers Package Development Thrusts Collaboration
More informationVISUALIZING THE PACKAGING ROADMAP
IEEE SCV EPS Chapter Meeting 3/13/2019 VISUALIZING THE PACKAGING ROADMAP IVOR BARBER CORPORATE VICE PRESIDENT, PACKAGING AMD IEEE EPS Lunchtime Presentation March 2019 1 2 2 www.cpmt.org/scv 3/27/2019
More informationKeynote Speaker. Matt Nowak Senior Director Advanced Technology Qualcomm CDMA Technologies
Keynote Speaker Emerging High Density 3D Through Silicon Stacking (TSS) What s Next? Matt Nowak Senior Director Advanced Technology Qualcomm CDMA Technologies 8 Emerging High Density 3D Through Silicon
More informationAdvanced Packaging For Mobile and Growth Products
Advanced Packaging For Mobile and Growth Products Steve Anderson, Senior Director Product and Technology Marketing, STATS ChipPAC Growing Needs for Silicon & Package Integration Packaging Trend Implication
More informationNon-destructive, High-resolution Fault Imaging for Package Failure Analysis. with 3D X-ray Microscopy. Application Note
Non-destructive, High-resolution Fault Imaging for Package Failure Analysis with 3D X-ray Microscopy Application Note Non-destructive, High-resolution Fault Imaging for Package Failure Analysis with 3D
More information3D Integration & Packaging Challenges with through-silicon-vias (TSV)
NSF Workshop 2/02/2012 3D Integration & Packaging Challenges with through-silicon-vias (TSV) Dr John U. Knickerbocker IBM - T.J. Watson Research, New York, USA Substrate IBM Research Acknowledgements IBM
More informationAdvanced CSP & Turnkey Solutions. Fumio Ohyama Tera Probe, Inc.
Advanced CSP & Turnkey Solutions Fumio Ohyama Tera Probe, Inc. Tera Probe - Corporate Overview 1. Company : Tera Probe, Inc. 2. Founded : August, 2005 3. Capital : Approx. USD118.2 million (as of March
More informationTSV Test. Marc Loranger Director of Test Technologies Nov 11 th 2009, Seoul Korea
TSV Test Marc Loranger Director of Test Technologies Nov 11 th 2009, Seoul Korea # Agenda TSV Test Issues Reliability and Burn-in High Frequency Test at Probe (HFTAP) TSV Probing Issues DFT Opportunities
More information3D TECHNOLOGIES: SOME PERSPECTIVES FOR MEMORY INTERCONNECT AND CONTROLLER
3D TECHNOLOGIES: SOME PERSPECTIVES FOR MEMORY INTERCONNECT AND CONTROLLER CODES+ISSS: Special session on memory controllers Taipei, October 10 th 2011 Denis Dutoit, Fabien Clermidy, Pascal Vivet {denis.dutoit@cea.fr}
More informationVertical Circuits. Small Footprint Stacked Die Package and HVM Supply Chain Readiness. November 10, Marc Robinson Vertical Circuits, Inc
Small Footprint Stacked Die Package and HVM Supply Chain Readiness Marc Robinson Vertical Circuits, Inc November 10, 2011 Vertical Circuits Building Blocks for 3D Interconnects Infrastructure Readiness
More informationL évolution des architectures et des technologies d intégration des circuits intégrés dans les Data centers
I N S T I T U T D E R E C H E R C H E T E C H N O L O G I Q U E L évolution des architectures et des technologies d intégration des circuits intégrés dans les Data centers 10/04/2017 Les Rendez-vous de
More informationTechSearch International, Inc.
Silicon Interposers: Ghost of the Past or a New Opportunity? Linda C. Matthew TechSearch International, Inc. www.techsearchinc.com Outline History of Silicon Carriers Thin film on silicon examples Multichip
More informationHigh Capacity and High Performance 20nm FPGAs. Steve Young, Dinesh Gaitonde August Copyright 2014 Xilinx
High Capacity and High Performance 20nm FPGAs Steve Young, Dinesh Gaitonde August 2014 Not a Complete Product Overview Page 2 Outline Page 3 Petabytes per month Increasing Bandwidth Global IP Traffic Growth
More informationStacking Untested Wafers to Improve Yield. The 3D Enigma
Stacking Untested Wafers to Improve Yield or 3D: Where the Timid Go to Die The 3D Enigma The Promise High Performance Low Power Improved Density More than Moore or at least as much as Moore The Reality
More informationDFT-3D: What it means to Design For 3DIC Test? Sanjiv Taneja Vice President, R&D Silicon Realization Group
I N V E N T I V E DFT-3D: What it means to Design For 3DIC Test? Sanjiv Taneja Vice President, R&D Silicon Realization Group Moore s Law & More : Tall And Thin More than Moore: Diversification Moore s
More informationWafer Level Packaging The Promise Evolves Dr. Thomas Di Stefano Centipede Systems, Inc. IWLPC 2008
Wafer Level Packaging The Promise Evolves Dr. Thomas Di Stefano Centipede Systems, Inc. IWLPC 2008 / DEVICE 1.E+03 1.E+02 1.E+01 1.E+00 1.E-01 1.E-02 1.E-03 1.E-04 1.E-05 1.E-06 1.E-07 Productivity Gains
More informationPushing the Boundaries of Moore's Law to Transition from FPGA to All Programmable Platform Ivo Bolsens, SVP & CTO Xilinx ISPD, March 2017
Pushing the Boundaries of Moore's Law to Transition from FPGA to All Programmable Platform Ivo Bolsens, SVP & CTO Xilinx ISPD, March 2017 High Growth Markets Cloud Computing Automotive IIoT 5G Wireless
More informationPUSHING THE LIMITS, A PERSPECTIVE ON ROUTER ARCHITECTURE CHALLENGES
PUSHING THE LIMITS, A PERSPECTIVE ON ROUTER ARCHITECTURE CHALLENGES Greg Hankins APRICOT 2012 2012 Brocade Communications Systems, Inc. 2012/02/28 Lookup Capacity and Forwarding
More informationTABLE OF CONTENTS III. Section 1. Executive Summary
Section 1. Executive Summary... 1-1 Section 2. Global IC Industry Outlook and Cycles... 2-1 IC Insights' Forecast Methodology... 2-1 Overview... 2-1 Worldwide GDP... 2-1 Electronic System Sales... 2-2
More informationSoC Memory Interfaces. Today and tomorrow at TSMC 2013 TSMC, Ltd
SoC Memory Interfaces. Today and tomorrow at TSMC 2013 TSMC, Ltd 2 Agenda TSMC IP Ecosystem DDR Interfaces for SoCs Summary 3 TSMC Highlights Founded in 1987 The world's first dedicated semiconductor foundry
More informationNon-contact Test at Advanced Process Nodes
Chris Sellathamby, J. Hintzke, B. Moore, S. Slupsky Scanimetrics Inc. Non-contact Test at Advanced Process Nodes June 8-11, 8 2008 San Diego, CA USA Overview Advanced CMOS nodes are a challenge for wafer
More informationFuture Memories. Jim Handy OBJECTIVE ANALYSIS
Future Memories Jim Handy OBJECTIVE ANALYSIS Hitting a Brick Wall OBJECTIVE ANALYSIS www.objective-analysis.com Panelists Michael Miller VP Technology, Innovation & Systems Applications MoSys Christophe
More informationBurn-in & Test Socket Workshop
Burn-in & Test Socket Workshop IEEE March 4-7, 2001 Hilton Mesa Pavilion Hotel Mesa, Arizona IEEE COMPUTER SOCIETY Sponsored By The IEEE Computer Society Test Technology Technical Council COPYRIGHT NOTICE
More informationPackaging of Selected Advanced Logic in 2x and 1x nodes. 1 I TechInsights
Packaging of Selected Advanced Logic in 2x and 1x nodes 1 I TechInsights Logic: LOGIC: Packaging of Selected Advanced Devices in 2x and 1x nodes Xilinx-Kintex 7XC 7 XC7K325T TSMC 28 nm HPL HKMG planar
More informationBREAKING THE MEMORY WALL
BREAKING THE MEMORY WALL CS433 Fall 2015 Dimitrios Skarlatos OUTLINE Introduction Current Trends in Computer Architecture 3D Die Stacking The memory Wall Conclusion INTRODUCTION Ideal Scaling of power
More informationTotal Inspection Solutions Ensuring Known-Good 3DIC Package. Nevo Laron, Camtek USA, Santa Clara, CA
Total Inspection Solutions Ensuring Known-Good 3DIC Package Nevo Laron, Camtek USA, Santa Clara, CA Density Packaging Trends vs. Defect Costs Functionality Package Yield 3DIC yield statistics 101 1.00
More informationMoore s Law: Alive and Well. Mark Bohr Intel Senior Fellow
Moore s Law: Alive and Well Mark Bohr Intel Senior Fellow Intel Scaling Trend 10 10000 1 1000 Micron 0.1 100 nm 0.01 22 nm 14 nm 10 nm 10 0.001 1 1970 1980 1990 2000 2010 2020 2030 Intel Scaling Trend
More informationMARKET PERSPECTIVE: SEMICONDUCTOR TREND OF 2.5D/3D IC WITH OPTICAL INTERFACES PHILIPPE ABSIL, IMEC
MARKET PERSPECTIVE: SEMICONDUCTOR TREND OF 2.5D/3D IC WITH OPTICAL INTERFACES PHILIPPE ABSIL, IMEC OUTLINE Market Trends & Technology Needs Silicon Photonics Technology Remaining Key Challenges Conclusion
More informationPSMC Roadmap For Integrated Photonics Manufacturing
PSMC Roadmap For Integrated Photonics Manufacturing Richard Otte Promex Industries Inc. Santa Clara California For the Photonics Systems Manufacturing Consortium April 21, 2016 Meeting the Grand Challenges
More informationHeterogeneous Integration and the Photonics Packaging Roadmap
Heterogeneous Integration and the Photonics Packaging Roadmap Presented by W. R. Bottoms Packaging Photonics for Speed & Bandwidth The Functions Of A Package Protect the contents from damage Mechanical
More informationIntroduction 1. GENERAL TRENDS. 1. The technology scale down DEEP SUBMICRON CMOS DESIGN
1 Introduction The evolution of integrated circuit (IC) fabrication techniques is a unique fact in the history of modern industry. The improvements in terms of speed, density and cost have kept constant
More informationThere is a paradigm shift in semiconductor industry towards 2.5D and 3D integration of heterogeneous parts to build complex systems.
Direct Connection and Testing of TSV and Microbump Devices using NanoPierce Contactor for 3D-IC Integration There is a paradigm shift in semiconductor industry towards 2.5D and 3D integration of heterogeneous
More information3D-IC is Now Real: Wide-IO is Driving 3D-IC TSV. Samta Bansal and Marc Greenberg, Cadence EDPS Monterey, CA April 5-6, 2012
3D-IC is Now Real: Wide-IO is Driving 3D-IC TSV Samta Bansal and Marc Greenberg, Cadence EDPS Monterey, CA April 5-6, 2012 What the fuss is all about * Source : ECN Magazine March 2011 * Source : EDN Magazine
More informationSMAFTI Package Technology Features Wide-Band and Large-Capacity Memory
SMAFTI Package Technology Features Wide-Band and Large-Capacity Memory KURITA Yoichiro, SOEJIMA Koji, KAWANO Masaya Abstract and NEC Corporation have jointly developed an ultra-compact system-in-package
More informationMicroelettronica. J. M. Rabaey, "Digital integrated circuits: a design perspective" EE141 Microelettronica
Microelettronica J. M. Rabaey, "Digital integrated circuits: a design perspective" Introduction Why is designing digital ICs different today than it was before? Will it change in future? The First Computer
More information3D & Advanced Packaging
Tuesday, October 03, 2017 Company Overview March 12, 2015 3D & ADVANCED PACKAGING IS NOW WITHIN REACH WHAT IS NEXT LEVEL INTEGRATION? Next Level Integration blends high density packaging with advanced
More informationPhysical Implementation
CS250 VLSI Systems Design Fall 2009 John Wawrzynek, Krste Asanovic, with John Lazzaro Physical Implementation Outline Standard cell back-end place and route tools make layout mostly automatic. However,
More informationVLSI Design Automation
VLSI Design Automation IC Products Processors CPU, DSP, Controllers Memory chips RAM, ROM, EEPROM Analog Mobile communication, audio/video processing Programmable PLA, FPGA Embedded systems Used in cars,
More information3DIC & TSV interconnects business update
3DIC & TSV interconnects business update ASET presentation. Infineon VTI Xilinx Synopsys Micron CEA LETI 2012 Copyrights Yole Developpement SA. All rights reserved. Fields of Expertise Yole Developpement
More informationtechnology Leadership
technology Leadership MARK BOHR INTEL SENIOR FELLOW, TECHNOLOGY AND MANUFACTURING GROUP DIRECTOR, PROCESS ARCHITECTURE AND INTEGRATION SEPTEMBER 19, 2017 Legal Disclaimer DISCLOSURES China Tech and Manufacturing
More informationProbing 25µm-diameter micro-bumps for Wide-I/O 3D SICs
The International Magazine for the Semiconductor Packaging Industry Volume 18, Number 1 January February 2014 Probing 25µm-diameter micro-bumps for Wide-I/O 3D SICs Page 20 3D ICs The future of interposers
More informationReconfigurable Computing
Reconfigurable Computing FPGA Architecture Architecture should speak of its time and place, but yearn for timelessness. Frank Gehry Philip Leong (philip.leong@sydney.edu.au) School of Electrical and Information
More informationVLSI Design Automation
VLSI Design Automation IC Products Processors CPU, DSP, Controllers Memory chips RAM, ROM, EEPROM Analog Mobile communication, audio/video processing Programmable PLA, FPGA Embedded systems Used in cars,
More informationApplications, Processing and Integration Options for High Dielectric Constant Multi-Layer Thin-Film Barium Strontium Titanate (BST) Capacitors
Applications, Processing and Integration Options for High Dielectric Constant Multi-Layer Thin-Film Barium Strontium Titanate (BST) Capacitors Agenda Introduction What is BST? Unique Characteristics of
More informationEnabling Technology for the Cloud and AI One Size Fits All?
Enabling Technology for the Cloud and AI One Size Fits All? Tim Horel Collaborate. Differentiate. Win. DIRECTOR, FIELD APPLICATIONS The Growing Cloud Global IP Traffic Growth 40B+ devices with intelligence
More informationMoore s s Law, 40 years and Counting
Moore s s Law, 40 years and Counting Future Directions of Silicon and Packaging Bill Holt General Manager Technology and Manufacturing Group Intel Corporation InterPACK 05 2005 Heat Transfer Conference
More informationNext-Generation Electronic Packaging: Trend & Materials Challenges. Lai Group R&D ASE
Next-Generation Electronic Packaging: Trend & Materials Challenges Yi-Shao Lai Group R&D ASE Jun 26, 2010 Evolution & Growth of Electronics 2 Evolution of Electronic Products Audion Tube (1906) Transistor
More informationSEMI 大半导体产业网 MEMS Packaging Technology Trend
MEMS Packaging Technology Trend Authors Name: KC Yee Company Name: ASE Group Present Date:9/9/2010 1 Overview Market Trend Packaging Technology Trend Summary 2 2 MEMS Applications Across 4C Automotive
More informationPackaging Technology for Image-Processing LSI
Packaging Technology for Image-Processing LSI Yoshiyuki Yoneda Kouichi Nakamura The main function of a semiconductor package is to reliably transmit electric signals from minute electrode pads formed on
More informationMoving a Generation Ahead with
Moving a Generation Ahead with All Programmable FPGAs, SoCs, and 3D ICs At the 28nm node, Xilinx introduced several new technologies that created an extra generation of value for customers and moved Xilinx
More informationMulti-Core Microprocessor Chips: Motivation & Challenges
Multi-Core Microprocessor Chips: Motivation & Challenges Dileep Bhandarkar, Ph. D. Architect at Large DEG Architecture & Planning Digital Enterprise Group Intel Corporation October 2005 Copyright 2005
More informationBRIDGING THE GLOBE WITH INNOVATIVE TECHNOLOGY
BRIDGING THE GLOBE WITH INNOVATIVE TECHNOLOGY Semiconductor Link Processing & Ultra-Thin Semi Wafer Dicing Louis Vintro VP & General Manager, Semiconductor Products Division Semiconductor Link Processing
More informationTest and Measurement Challenges for 3D IC Development. R. Robertazzi IBM Research
Test and Measurement Challenges for 3D IC Development R. Robertazzi IBM Research PFA Bill Price. Pete Sorce. John Ott. David Abraham. Pavan Samudrala Digital Test Kevin Stawaisz. TEL P12 Prober Glen Lansman,
More informationHES-7 ASIC Prototyping
Rev. 1.9 September 14, 2012 Co-authored by: Slawek Grabowski and Zibi Zalewski, Aldec, Inc. Kirk Saban, Xilinx, Inc. Abstract This paper highlights possibilities of ASIC verification using FPGA-based prototyping,
More informationinemi Roadmap Packaging and Component Substrates TWG
inemi Roadmap Packaging and Component Substrates TWG TWG Leaders: W. R. Bottoms William Chen Presented by M. Tsuriya Agenda Situation Everywhere in Electronics Evolution & Blooming Drivers Changing inemi
More informationEE586 VLSI Design. Partha Pande School of EECS Washington State University
EE586 VLSI Design Partha Pande School of EECS Washington State University pande@eecs.wsu.edu Lecture 1 (Introduction) Why is designing digital ICs different today than it was before? Will it change in
More information3D SoC and Heterogeneous Integrations
3D SoC and Heterogeneous Integrations Content Introduction ST positioning Why 3D-Integration? CMOS Imager Sensor: the TSV success story! 3D SOC technology & applications Via Middle FE integrations Back-side
More informationDFT Trends in the More than Moore Era. Stephen Pateras Mentor Graphics
DFT Trends in the More than Moore Era Stephen Pateras Mentor Graphics steve_pateras@mentor.com Silicon Valley Test Conference 2011 1 Outline Semiconductor Technology Trends DFT in relation to: Increasing
More informationHigh Performance Memory Opportunities in 2.5D Network Flow Processors
High Performance Memory Opportunities in 2.5D Network Flow Processors Jay Seaton, VP Silicon Operations, Netronome Larry Zu, PhD, President, Sarcina Technology LLC August 6, 2013 2013 Netronome 1 Netronome
More informationFive Emerging DRAM Interfaces You Should Know for Your Next Design
Five Emerging DRAM Interfaces You Should Know for Your Next Design By Gopal Raghavan, Cadence Design Systems Producing DRAM chips in commodity volumes and prices to meet the demands of the mobile market
More information3DIC & TSV interconnects
3DIC & TSV interconnects 2012 Business update Semicon Taiwan 2012 baron@yole.fr Infineon VTI Xilinx Synopsys Micron CEA LETI 2012 Copyrights Yole Developpement SA. All rights reserved. Semiconductor chip
More informationTHERMAL EXPLORATION AND SIGN-OFF ANALYSIS FOR ADVANCED 3D INTEGRATION
THERMAL EXPLORATION AND SIGN-OFF ANALYSIS FOR ADVANCED 3D INTEGRATION Cristiano Santos 1, Pascal Vivet 1, Lee Wang 2, Michael White 2, Alexandre Arriordaz 3 DAC Designer Track 2017 Pascal Vivet Jun/2017
More informationSiP Catalyst for Innovation. SWDFT Conference Calvin Cheung ASE Group
SiP Catalyst for Innovation SWDFT Conference Calvin Cheung ASE Group May 31, 2007 Outline Consumer Electronic Market > Consumer Electronics Market Trends > SiP Drives Innovation > SiP Category SiP - Challenges
More informationMobility and Miniaturization 3D WLI Microscopes Address Key Metrology Needs
Mobility and Miniaturization 3D WLI Microscopes Address Key Metrology Needs Outline Introductions Brief Overview of 3D Microscopes based on WLI General technology description Benefits and general applications
More informationChapter 0 Introduction
Chapter 0 Introduction Jin-Fu Li Laboratory Department of Electrical Engineering National Central University Jhongli, Taiwan Applications of ICs Consumer Electronics Automotive Electronics Green Power
More information3D Hetero-Integration Technology for Future Automotive Smart Vehicle System
3D Hetero-Integration Technology for Future Automotive Smart Vehicle System Kangwook Lee, Ph.D Professor, NICHe, Tohoku University Deputy Director, Global INTegration Initiative (GINTI) Kangwook Lee, Tohoku
More informationThermo Mechanical Modeling of TSVs
Thermo Mechanical Modeling of TSVs Jared Harvest Vamsi Krishna ih Yaddanapudi di 1 Overview Introduction to Through Silicon Vias (TSVs) Advantages of TSVs over wire bonding in packages Role of TSVs in
More information3D Technologies For Low Power Integrated Circuits
3D Technologies For Low Power Integrated Circuits Paul Franzon North Carolina State University Raleigh, NC paulf@ncsu.edu 919.515.7351 Outline 3DIC Technology Set Approaches to 3D Specific Power Minimization
More informationIndustry s Highest Bandwidth FPGA Enables World s First Single-FPGA Solution for 400G Communications Line Cards
White Paper: Virtex-7 Family WP385 (v1.0) November 17, 2010 Industry s Highest Bandwidth FPGA Enables Wld s First Single-FPGA Solution f 400G Communications Line Cards By: Greg Lara To address the insatiable
More informationSeptember 13, 2016 Keynote
BiTS China 2016 Premium Archive 2016 BiTS Workshop Image: 一花一菩提 /HuiTu.com September 13, 2016 Keynote Burn-in & Test Strategies Workshop www.bitsworkshop.org September 13, 2016 BiTS China 2016 Premium
More informationDEPARTMENT WAFER LEVEL SYSTEM INTEGRATION
FRAUNHOFER INSTITUTE FOR RELIABILITY AND MICROINTEGRATION IZM DEPARTMENT WAFER LEVEL SYSTEM INTEGRATION ALL SILICON SYSTEM INTEGRATION DRESDEN ASSID ALL SILICON SYSTEM INTEGRATION DRESDEN FRAUNHOFER IZM-ASSID
More informationUsing Chiplets to Lower Package Loss. IEEE Gb/s Electrical Lane Study Group February 26, 2018 Brian Holden, VP of Standards Kandou Bus SA
1 Using Chiplets to Lower Package Loss IEEE 802.3 100 Gb/s Electrical Lane Study Group February 26, 2018 Brian Holden, VP of Standards Kandou Bus SA Chiplet Technology Big, 70mm packages are routine A
More informationUltra-thin Capacitors for Enabling Miniaturized IoT Applications
Ultra-thin Capacitors for Enabling Miniaturized IoT Applications Fraunhofer Demo Day, Oct 8 th, 2015 Konrad Seidel, Fraunhofer IPMS-CNT 10/15/2015 1 CONTENT Why we need thin passive devices? Integration
More informationComparison of Singulation Techniques
Comparison of Singulation Techniques Electronic Packaging Society, Silicon Valley Chapter Sept. 28, 2017 ANNETTE TENG Sept 28, 2017 1 Definition of Singulation 9/28/2017 Annetteteng@promex-ind.com 2 www.cpmt.org/scv
More information