07:00 – 08:15

Registration

07:00 – 08:00

Registration

07:15 – 08:00

Welcome Breakfast and Registration

07:45 – 08:30

Registration

07:50 – 08:30

Registration

DRIVING MANUFACTURING LEADERSHIP

07:55 – 08:25

Registration

07:55 – 08:25

Registration

November 5 | Day 1: Innovations and Trends in Advanced Manufacturing

08:00 – 08:55

Registration & Welcome Coffee

08:00 – 08:35

Registration

08:00 – 08:25

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

08:00 – 08:15

Opening Address

Jubed Miah photo

Jubed Miah

VP Programs & Director

I.S.E.S.

Officials(官方活动)

What are the Next High Volume Applications?

08:15 – 08:25

Welcome Speech

Kamel Ait Mahiout photo

Kamel Ait Mahiout

President

08:15 – 08:30

Welcome Speech

Kamel Ait Mahiout photo

Kamel Ait Mahiout

President

08:15 – 08:45

Registration

08:15 – 08:35

Keynote

The Power to Make It Real: The SiC Power Semiconductor Revolution

Today, we are standing at the precipice of a semiconductor revolution, having only scratched the surface of silicon carbide’s potential use cases. As a unique pure-play vertically integrated silicon carbide company, Wolfspeed is leading the transformation to high-volume production of 200mm SiC materials and devices to meet the world’s ever-growing demand. In this talk, I will discuss the essential components and key challenges of delivering the 200mm SiC integrated supply chain from crystal growth through devices.

John Edmond

Co-founder & Research Fellow

Wolfspeed

November 6 | Day 2: Sustainable Practices and Future Directions

08:20 – 08:55

Registration & Welcome Coffee

Market Penetration of SiC & GaN

Enhancing Europe’s Leadership in MEMS & Sensors

Innovations in Epitaxy & Materials

08:30 – 08:50

SiC and GaN in future Volkswagen Group applications

Alexander Krick photo

Alexander Krick

EVP Technical Development

Volkswagen Group Components

08:30 – 08:45

Welcome Speech

Kamel Ait Mahiout photo

Kamel Ait Mahiout

President

08:30 – 08:50

Keynote

Enhancing Europe’s Leadership in MEMS & Sensors: Seizing Opportunities with the EU Chips Act

(Virtual Presentation)

MEMS sensors and actuators bridge the natural and virtual worlds, unlocking the potential of digital technologies across key industries like automotive, manufacturing, and healthcare. This sector is thriving, showing consistent growth, with Europe leading the charge through its advanced companies and world-class research institutions. Strengthening Europe’s presence in this sector is crucial for maintaining its leadership in the digital revolution. The European Commission is dedicated to sustaining this growth and enhancing Europe’s position in the field, recognizing the strategic importance of the MEMS sector. The EU Chips Act is designed to support this by addressing challenges across the entire semiconductor value chain, benefiting the MEMS sector through enhanced collaboration, research, and funding. This legislation aims to create a more resilient and innovative ecosystem for European MEMS manufacturers and developers. In this keynote, we will provide an overview of the EU Chips Act, highlighting the vast opportunities it offers, including access to world-leading research and innovation platforms, as well as various funding opportunities tailored for the MEMS sector.

Pierre Chastanet

Head of Unit of “Microelectronics and Photonics Industry” Unit, DG CNECT

EU Commission

08:30 – 08:55

Japan’s Policy Trends in Semiconductor and Digital Industry Strategy

Two years have passed since the formulation of the Semiconductor and Digital Industry Strategy in June 2021, the Ministry of Economy, Trade and Industry revised its Semiconductor and Digital Industry Strategy in June 2023.

In this strategy, in the semiconductor sector, Japan aims to achieve total sales of 15 trillion yen or more for domestic semiconductor manufacturing companies by 2030, and while step 1 is developing semiconductor manufacturing capability, step 2 will bethe establishment of manufacturing technology for 2nm and beyond logic semiconductors. Finally, it will work on the development of future, game-changing technologies, such as photonics-electronics convergence in step 3.

In this presentation, specific initiatives such as research and development, human resource development, and international collaboration based on the Semiconductor and Digital Industry Strategy will be explained, along with the latest policy trends.

Hisashi Kanazashi photo

Hisashi Kanazashi

Director, IT Div

Ministry of Economy, Trade and Industry (METI)

08:30 – 08:50

The Essential Evolution of Packaging in the Systems Foundry Era

The transition to the AI era and the next era of computing requires a fundamental shift in the semiconductor industry to heterogenous systems of chips. A systems foundry approach combines world-class foundry offerings, sustainable and resilient supply, and co-optimized, composable packaging solutions to enable systems of chips with enhanced capabilities and efficiencies for the AI era.

Stuart Pann photo

Stuart Pann

SVP & GM

Intel Foundry

08:30 – 08:50

Epitaxy: The lithography of GaN

The world’s need for more efficient power solutions together with Net Zero initiatives are driving development for GaN on silicon as a solution for voltage nodes up to 650 V. Building on market insertion for lower voltage applications (e.g., efficient USB-C chargers), fabless and specialty foundries are rapidly developing the technology for higher voltage commercial and automotive applications.

The successful development of viable GaN on silicon technology for these applications requires a paradigm shift for technology innovation. For over 50 years, most semiconductor innovation has focused on CMOS silicon where device design and fabrication have been the key enablers. In these instances, the starting materials, silicon wafers, have been a commodity and not an area of innovation and development. For GaN on silicon, this is no longer the case; the key enabler and differentiator is at the materials/epiwafer level. Advancing GaN on silicon requires fundamental materials engineering to address inherent strain and thermal challenges. Specifically, the enabling innovation is in the epitaxial engineering of the growth process, thus overcoming technological challenges at the materials level.

To demonstrate the shift in the innovation landscape, data for 650 e/d mode GaN on silicon HEMTs will be presented along with a roadmap to higher voltage nodes.

Dr. Rodney Pelzel photo

Dr. Rodney Pelzel

CTO

IQE

BUILDING ROBUST ADVANCED PACKAGING CAPABILITIES FOR HPC & AI IN THE U.S.

08:35 – 08:55

ISES Welcome Address

Kamel Ait Mahiout photo

Kamel Ait Mahiout

President

08:35 – 08:55

Greater Phoenix: Semiconductor Excellence on the Global Stage

Camacho presents the industry’s recent boom and how Greater Phoenix is harnessing its strengths to become a magnet for innovation and investment, furthering its position as a globally leading semiconductor market.

Chris Camacho photo

Chris Camacho

President & CEO

Greater Phoenix Economic Council (GPEC)

HPC and AI Session

08:40 – 09:00

xEVs – From Power Semiconductors to the Power Ecosystem

With the advent of competing power semiconductor technologies such as IGBTs, SiC and GaN, there are no dearth of options for customers to select the best solution in terms of cost and performance. However, as xEVs are essentially computers on wheels, the overall supply chain complexity has gone up tremendously. This can be exacerbated while building systems such as traction inverters or OBCs as the power semiconductors need to work well with the overall eco-system (MCUs, controllers, gate drivers etc.) from a performance point of view, while also allowing for multiple vendors to be part of the procurement strategy. This talk will focus on some of the key aspects of a power electronic ecosystem for xEVs and how that is expected to evolve in the future.

Avinash Kashyap Ph.D

VP & GM of the Discrete & Wide Bandgap Power BU

08:40 – 09:10

Keynote

Google AI and AI for Semiconductor Industry in Taiwan

Jason Ma photo

Jason Ma, Ph.D.

Engineering Director, ChromeOS, Google

Google

Front End Technology

MEMS Microphone & Speakers

08:45 – 09:05

Keynote

How will Generative AI shape the future of MEMS Microphones?

In the present era, the utilization of AI in diverse applications is steadily increasing, contributing to strength individuals’ efficiency. Tools like ChatGPT play a pivotal role in enhancing people productivity by engaging users through text or voice inputs. Notably, Infineon’s high-performance silicon microphones enable seamless speech interaction with Natural Language Processing assistants. Prior to being processed by Large Language Models, audio data undergoes Speech-to-Text (STT) conversion, a crucial task to ensure accurate input for AI systems. STT operates by breaking down speech into “phonemes” and utilizing spectral comparison to transcribe the audio. Infineon’s initial trials evaluate the significance of high Signal-to-Noise Ratio (SNR) in applications like laptops interpreting the Error Word Rate. Furthermore, in True Wireless Stereo (TWS) and Smart-VR glasses devices, the fusion of AI with Infineon’s Vibration sensor shows the potential to revolutionize current architectures, delivering clear phone calls even any environmental conditions and outperforming current solutions.

Aldo Bruno

Technical Lead MEMS Sensor System Competence Team

Infineon Technologies AG

08:45 – 09:10

Keynote

The Challenge of Speed – The Rapidus Model for a New Manufacturing Era

As the miniaturization of advanced logic processes continues, the time from design to commercialization is lengthening.
This is due to the increasing difficulty of the manufacturing process, design, and verification associated with the growing complexity of device structures. However, LSIs, such as processors and accelerators for AI, are evolving at a rapid pace and must be commercialized in a short period of time to meet time- to-market requirements. We will introduce the Rapidus model, which solves this problem and achieves short TAT manufacturing.

Kazunari Ishimaru photo

Kazunari Ishimaru

Senior Managing Executive Officer, Silicon Technology Division, IEEE Fellow

Rapidus

08:55 – 09:15

Keynote

MEMS inertial sensors for navigation applications

Northrop Grumman LITEF started the development of micro-electromechanical systems (MEMS) gyroscope chips with Deep Reactive Ion Etching (DRIE) in 2003. Based on this technology, a six degree of freedom MEMS IMU was developed for navigation applications. After successful transfer from early MEMS IMU prototypes to series production, NG LITEFs IMU is available since many years with a specified bias error of 4 deg/h and an angular random walk (ARW) of 0.15 deg/sqrt(h) over temperature. Recently an European Technical Standard Order (ETSO) for the MEMS based Attitude Heading Reference System (AHRS) LCR-350B was received, so that NG LITEF is able to supply the first purely MEMS based AHRS worldwide to the avionic helicopter and fixed-wing market. Next generation avionic systems require even higher performing MEMS sensors. Northrop Grumman LITEF is addressing these needs with the next generation MEMS sensors.

Stefan Rombach

Head of MEMS

Northrop Grumman LITEF GmbH

08:55 – 09:15

EV market trends and the status-quo of automotive power semiconductors.

Stefan Obersriebnig photo

Stefan Obersriebnig

SVP High Voltage Modules

Infineon Technologies AG

08:55 – 09:15

Advanced Packaging and Disaggregated Architectures for Automotive

The recent growth in ADAS and Autonomous Driving has brought a new focus to automotive compute while simultaneously, the introduction of Software Defined Vehicles has seen a consolidation of automotive compute into a centralized architecture – a stark departure of previous distributed zonal architectures. These recent developments have brought great interest and focus into the deployment of advanced packaging and the adoption of “chiplets” through heterogenous architectures.

This talk will address the areas of focus for adopting advanced packaging in automotive use cases as well as put forward a pragmatic approach for introducing chiplets and disaggregated architectures for autonomous driving and ADAS features. Lastly, the talk will cover some critical areas of development and roadblocks for adoption into L4+ systems – such as interposer qualification, material qualifications, and an open chiplet ecosystem.

Bassam Ziadeh photo

Bassam Ziadeh

Global Technical Specialist – IC Packaging, Assembly & Test

General Motors

08:55 – 09:15

Raw material impact on the transition to 200mm SiC device production

In recent years the amount of available and suitable SiC substrates was limited and, hence, causing high effort to secure sufficient amount of raw material for the growth plans on 150mm device manufacturing. The transition to 200mm SiC device production has started and questions arise on the stable availability, the maturity, the price, the geopolitical situation for raw materials and the technological innovations around 200mm SiC raw material.

Certain raw material players are intensively focusing on the transition to 200mm, others are still busy with ramping up 150mm raw material manufacturing capacity. Defect density and material quality investigations show a correlation between the suppliers’ efforts on 200mm crystal growth development and the outcome. This allows to speculate and to set up a prediction on the raw material situation in the next 3-5 years.

Dr. Sigmar Schoser photo

Dr. Siegmar Schoser

Project Director Cooperation and external Sourcing

Bosch

08:56 –

Opening Ceremony Overview of the Southeast Asian Semiconductor Industry Landscape Strategic Focus: Aligning with Malaysia’s Investment Strategy

Wuxi IC Innovation and Development Summit Opening Ceremony 无锡集成电路创新与发展峰会开幕式

Chiplet Ecosystem Acceleration: Strategy, Roadmap & Standardization

Speaker Session: “Smart Semiconductor Manufacturing: The Next Frontier”

09:00 – 09:30

Keynote

Chiplet Ecosystem Acceleration

The speaker will share the work of TSMC in Chiplet Ecosystem acceleration by following outlines.

Outlines:

  • Forces Driving Chiplet and Integration
  • Advanced CMOS Technologies
  • Advanced Packaging Technologies
  • Design Enablement and Ecosystem
KC Hsu photo

K.C. Hsu

VP, Research & Development / Integrated Interconnect & Packaging

TSMC

09:00 – 09:10

Opening Videos 宣传片播放

09:00 – 09:30

Keynote

GenAI in Semiconductor Manufacturing

Breakthrough in AI capabilities will revolutionize every aspect of human life, from autonomous vehicles, healthcare, natural disaster prediction to smart manufacturing. As AI model parameters increase, the model capability and accuracy increases, but the complexity requires more memory for training. Micron’s high bandwidth memory products lead the industry for AI workloads. Moreover, Micron is harnessing the power of AI to transform our business. From close to 10 years of AI/ML journey, Micron has demonstrated significant gains across manufacturing operation and business functions use cases, e.g., AI powered scheduling and simulation, AI assisted virtual engineer, image analytics for process control and yield improvement and AI powered productivity solutions, etc..

Koen De Backer

CVP Smart Manufacturing & AI

Micron Technology, Inc.

09:00 – 09:30

Keynote

Advanced Packaging: Navigating System Technology Co-optimization & Embracing Innovation

The global demand for computing is undergoing a notable shift, propelled by factors such as AI/ML, the imperative for ubiquitous connectivity, and a steadfast focus on energy efficiency. In line with the industry’s unwavering commitment to continuous innovation at Moore’s Law cadence, a system technology co-optimization (STCO) approach has been adopted. Consequently, the boundaries between silicon technology and advanced packaging are becoming increasingly blurred.

This keynote delves into the advanced packaging toolset encompassing scaling, materials, testing, and standardization, available to the advanced packaging ecosystem as it navigates the STCO era of Moore’s Law. The importance of sharing ecosystem expertise and ideas across silicon and advanced packaging is underscored for unlocking industry-disrupting benefits. Furthermore, the keynote showcases current innovations aimed at tackling system-level challenges such as bandwidth, energy efficiency, power density, and thermal management.

Ann Kelleher photo

Dr. Ann Kelleher

EVP & GM Technology Development

Intel Corporation

09:00 – 09:05

Welcome Speech by Government 政府开幕致辞

09:00 – 09:25

Keynote

Glass Core Substrate: Next Gen Advanced Packaging Technology

Advanced packaging is enabling unprecedented levels of product performance as logic and memory chiplets are connected in unique architectures merging back-end silicon fabrication with package assembly. To meet future scaling, high speed signaling and power delivery needs, the package substrate must evolve beyond the capabilities offered by organic substrates. Glass substrates contain the
mechanical, physical and optical properties that allow for more transistors to be delivered in a package, providing better scaling and enabling the assembly of larger chiplet complexes. Intel is driving glass substrate technology and supply chain for advanced packaging solutions and plans to deliver this breakthrough innovation to the market in the second half of this decade.

Hamid Azimi, Ph.D.

Chairman of the Board

International Semiconductor Industry Group (I.S.I.G.)

09:00 – 09:15

Welcome Address

Ellen Wendelin-Loh photo

Ellen Wendelin-Loh

GM Southeast Asia

I.S.E.S.

09:05 – 09:25

GaN – Accelerating growth across the power spectrum with an ecosystem strategy

GaN technology is now rapidly penetrating power conversion markets across the power and voltage range. To become a mainstream power platform and exceed the market expectations of over $2 Billion by 2028, GaN and the customers adopting GaN in high volumes will demand and benefit by:
a) Robust, cost effective, easy to use high-performance GaN products
b) Ecosystem synergy with ICS – controllers/drivers and packaging
c) Scale – for operations and manufacturing.

With a clear role in the market in areas like infrastructure & computing, e-mobility and automotive, renewables & industrial, and the consumer space with unique solutions like bi-directional switch (BDS), not easily possible otherwise, GaN offers the highest performance among today’s power semiconductors. However, the true power of GaN is unleashed when it is integrated with other controllers and drivers as part of an overall surrounding ecosystem, including superior packaging.

We will review our robust normally off d-mode GaN FET, providing leading performance, robustness, versatility of use with its ability to capitalize on the inherent advantages of the GaN material that has allowed us to enable customer solutions from 30 Watts to 7.5 kilo Watts. With over 350 billion hours in the field uniquely encompassing both low power and high power our GaN is available in one of the widest package portfolios in GaN ranging from PQFNs to TO-leaded (not typically possible with competing GaN due to inherent weakness), to TO-leadless. Lastly, winning combinations enabled by bringing together high-performance controllers and drivers with our GaN will be discussed.

With in-house GaN technology via the acquisition of Transphorm, coupled with AC-DC ICs and more broadly one of the strongest micro-controller portfolios in the industry, Renesas can offer and reduce time to market for complete power solutions that save energy, reduce costs, and offer a one-stop solution for users.

Primit Parikh, Ph.D.

VP GAN

Renesas Electronics

09:05 – 09:20

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

09:10 – 09:15

Introduction of Government Officials and VIPs 介绍与会领导 及嘉宾

09:10 – 09:40

Keynote

Intelligent Computing Everywhere

ST Liew photo

ST Liew

President, Taiwan & SEA Australia, New Zealand Vice President

Qualcomm Technologies Inc.

09:10 – 09:30

MEMS speakers – the ideal earphone tweeters

In this presentation, Jakob will provide an overview of the MEMS loudspeaker industry from USound’s perspective, highlighting interesting trends. A focus will be placed on the potential of MEMS speakers as tweeters in 2-way earphones. Jakob will explain the technical advantages MEMS bring to this specific application and how these advantages benefit the market and ultimately enhance the user experience.

Jakob Spoetl

Head of Acoustics

Usound

09:15 – 09:40

Welcome Address * 3 领导致辞

09:15 – 09:40

Keynote

Renesas’ Technology Strategy for a Paradigm Shift in the Semiconductor Industry

The semiconductor industry is in the midst of a paradigm shift together with its applied systems triggered by digitalization accelerated by AI technology evolutions in all the systems like evident trends of electrifications and SDV (Software Defined Vehicle) in the automotive industry. As the magnitude and complexity of its applied systems grow exponentially, semiconductor solutions need to integrate more, execute faster with less power, and realize users much better development productivity. Renesas believes the challenge is resolved by building system-oriented solutions for integrations and improving UX (User Experience) values like easier to develop for users. The keynote speech addresses Renesas’ attempts with innovative technologies like chiplet and digitalization/virtualization for system development environment.

Shinichi Yoshioka photo

Shinichi Yoshioka

Senior Vice President and Chief Technology Officer

Renesas Electronics

The Role of AI in MEMS and sensors

RF MEMS

Developing Innovations and Meeting Requirements

09:20 – 09:45

Opening Speeches

Overview of the Southeast Asian Semiconductor Industry Landscape
Strategic Focus: Aligning with Malaysia’s Investment Strategy

Zalina Zainol

Deputy Chief Executive Officer (Investment Development)

MIDA

Yb Jagdeep Singh Deo A/L Karpal Singh

Deputy Chief Minister II of Penang

Penang State Government

09:20 – 09:40

Wide-bandgap solutions enabling new possibilities in automotive and industrial market

Manuel Gaertner

Director Wide Band Gap & Electrification

STMicroelectronics

09:20 – 09:30

Advanced Packaging/Substrate Materials and Open innovation Platform

An increased density of IC chips and other components to increase processing speed highly will be required for post-5G/6G systems. Therefore, there is a need for technologies that allow for high-density packaging of differing chips within a single semiconductor package. In this presentation, Advanced Packaging and Substrate materials trend such as organic core, dry film, solder resist, PID for RDL and glass related materials would be introduced.

Furthermore, Open innovation activity using Resonac’s Advanced Packaging pilot line would be discussed. Resonac has started Packaging Solution Center to propose one-stop solution for customers in 2019 and established the co-creative packaging evaluation platform “JOINT2” with leading companies to accelerate the development of advanced materials, equipment and substrates for 2.xD and 3D package. We are developing fine vertical/lateral interconnect technology and the study of fabrication and reliability for the extremely large advanced package. This presentation will cover these Resonac’s co-creation activities and development.

Hidenori Abe

CTO, Semiconductor Materials, Resonac Holdings Corporation

Resonac Corporation

09:20 – 09:40

Disruptive MEMS Power Technology – The Ideal Switch for Power applications

Electromechanical Relays have been around since the 1800s, and the architecture we still see today is not drastically different than what was introduced 200 years ago. These relays tend to be very large, slow, and unreliable. The invention of transistor in semiconductor era helped to address some of those issues but they also come with big losses and inefficiencies that create significant waste heat and thermal challenges. Menlo Micro’s Ideal Switch is a revolutionary and disruptive technology that combines the benefits of electromechanical relays and solid-state switches,
offering unparallel performance, reliability, and efficiency. Developed through years of R&D which started by GE Research Lab, the Ideal Switch features a unique metal to metal contact design actuated by an electrostatic voltage on the gate electrode which forces it to close. And when we release that voltage, it opens the relay so that you have a full air gap or a zero-leakage
path for when the switch is open. In the end, it’s all about making things smaller, more powerful, and cramming more capability. Menlo Micro’s unique Ideal Switch technology provides significant energy savings, longer battery life, and lower total cost
of ownership.

Yalcin Bulut

COO

Menlo Microsystems Inc.

09:20 – 09:40

How do we plan to rock the challenges in E-Mobility transformation?-A first of its kind joint venture undertaking

The E-mobility market is one of the fastest growing markets with unique challenges in efficiency, innovation and time to market. This is an enormous task for the European power electronic supply chain, because innovation travels slowly along the classical supply chain and is often not fully optimized. For automotive traction inverter products, SiC based power modules are identified as a key component of efficiency and innovation because it combines the power semiconductor requirements with the inverter applications. Leonardo Montoya and Dr. Stefan Hain will present, how powerful the establishment of a joint venture between ZF and Wolfspeed could be and what benefits could be achieved, if the SiC chip technology, the power module design and the inverter architecture is perfectly matched through the work of the joint R&D center. The presented project is part of the IPCEI Microelectronic and EU Chips Act, which were established to boost resilience in European semiconductor research & development.

Dr. Stefan Hain

Head of Power Semiconductor Development

ZF Friedrichshafen AG

Leonardo Montoya

Head of R&D, Overmolded Power Modules

Wolfspeed

09:20 – 09:35

Huishan District People’s Government Promotion Speech 惠山区集成电路产业推荐

Jinfeng Ding 丁劲锋 无锡市惠山区高新技术企业协会副秘书长

09:30 – 10:30

Networking Break, Coffee and Business Meetings

09:30 – 10:00

Keynote

HBM (High Bandwidth Memory) and Advanced Packaging Technology for AI Era

The semiconductor packaging industry is expected to grow in the coming years, driven by the increasing demands for semiconductor chips in various applications, such as smartphones, autonomous vehicles, 5/6G, high-performance computing, IoT devices, and artificial intelligence. Another trend is the increasing adoption of heterogeneous integration, where different types of chips, such as CPUs, GPUs, and memory, are integrated into a single package to improve performance and reduce power consumption.

To overcome the limitations of performance/power/density/bandwidth of cutting edge systems, and to create new business opportunity and new values, the importance of advanced packaging technologies is more increased. For the above reasons, the future of the semiconductor packaging industry looks promising, with the increasing demand for semiconductor chips in various applications and the emergence of new packaging technologies driving growth and innovation in the semiconductor industry.

Major semiconductor players accelerate the competition to lead semiconductor industry hegemony by the evolution of advanced packaging technology such as chiplets and 2.5D/3D heterogeneous integration.

SK hynix drive the innovation of packaging technology to meet the demand for higher bandwidth and capacity of memory devices requiring in the increased AI workload applications such as the advent of ChatGPT, an artificial intelligence chatbot. High bandwidth memory (HBM), offers the largest capacity and bandwidth and also comes with the most improved power efficiency enabled by an advanced packaging technology of novel 3D chip stacking. SK Hynix is taking the lead in the HBM market. It developed the world’s first HBM in cooperation with AMD in 2013 and continuously released second/third/fourth-generation HBMs (HBM2/HBM2E/HBM3), and has secured a market share of 60-70 percent. The chip-let technology based on heterogeneous integration will be another key driver for memory-centric systems various combination of logic and memory devices. By the evolution of advanced packaging technologies, SK Hynix will continuously lead the competitiveness of memory business and prepare the business innovation for beyond memory era.

Kangwook Lee, Ph.D.

SVP and Head of PKG Development

SK Hynix

09:30 – 09:55

Keynote

Challenges and Opportunities of Semiconductor Packaging in the Chiplet Era

The advancements in semiconductor manufacturing and packaging technologies are revolutionizing the semiconductor industry. Splitting a SoC chip into individual chips by function brings improved yields, shorter design, development cycles, and cost reduction. However, packaging structures are becoming more complex, leading to increased design complexity. To overcome these challenges, the entire industry should promote the integration of front-end and then back-end processes and establish a chiplet ecosystem.

 

Dr. Yasumitsu Orii photo

Dr. Yasumitsu Orii

Senior Managing Executive Officer, 3D Assembly Division

Rapidus

09:35 – 10:00

The Blueprint for Sustainable Fabs

How AI machine learning and others digital technology can accelerate the path to net zero of Semicon industry.

Henri Berthe

Semiconductors Segment VP • Sales

Schneider Electric

09:35 – 10:05

Keynote

CHIPS National Advanced Packaging Manufacturing Program (NAPMP) Update

Dan Berger photo

Dan Berger

Associate Director

CHIPS for America R&D Office

09:35 – 09:55

It is not only about AI in MEMS and sensors

Sensors have become ubiquitous, blurring the line between being online and offline. AI plays a key role in sensors, enabling real-time context understanding and the ability to make decisions aimed at optimizing and reducing the power consumption of the final device. Sensors are no longer merely for data collection; thanks to AI, they can interact with their environment and significantly contribute to innovation and sustainability.

Tarik Souibes

Product Marketing Director

STMicroelectronics

09:35 – 09:45

Enabling the Next Generation of Scaling for Advanced Substrates

Naranjan Khasgiwale photo

Niranjan Khasgiwale

VP Digital Lithography Group

Applied Materials

09:35 – 09:55

Keynote

CRRC Automotive Power Semiconductor Technology Innovation and Industrialization 中车汽车功率半导体技术创新与产业化

Ding Rongjun

Academician of Chinese Academy of Engineering, Chief Engineer CRRC 丁荣军 院士 / 中车总工程师

CRRC

09:40 – 09:55

Opening Ceremony 揭牌仪式

09:40 – 10:10

Keynote

AI Computing on Edge Devices

Dr. Bor-Sung Liang photo

Bor-Sung Liang, Ph.D

Senior Director, Corporate Strategy & Strategic Technology

MediaTek

New MEMS Materials

09:45 – 10:45

Networking Break, Coffee & Business Meetings

09:45 – 10:45

Networking Session/ Business Meeting 5&6

09:45 – 09:55

SiC wafer dicing with multi-beam laser: optimal process quality and minimized cost

Traditional blade sawing of power wafers (Si, SiC, GaN on different substrates) has issues: side wall cracks, passivation chipping, wafer crack, metal pealing, smearing of backside metallization along die side. Furthermore, it is characterized by high
consumable cost (blade wear, water consumption). With the clear demand for performance improvement there is a trend towards thinner wafers, thicker back side metallization and a switch towards different materials: SiC and GaN. Consequently,
the issues from traditional blade sawing for power wafers becoming even more prominent. A traditional solution applied to overcome these problems is reducing blade saw speed. This is not future proof as it leads to significantly higher equipment
and fab space cost. ASMPT ALSI has developed multi – beam laser dicing of power wafers which outperforms traditional blade sawing and cost of ownership. Several examples will be shown in the presentation.

Kees-Jan Leliveld photo

Kees-Jan Leliveld

Managing Director of ASMPT ALSI and Vice President ASMPT Semiconductor Solutions

ASMPT Limited

09:45 – 09:55

Piezoelectric MEMS Acoustic Transducers at Silicon Austria Labs: technology platforms and emerging applications

As a top European research center for Electronic Based Systems, Silicon Austria Labs´mission is to accelerate technological growth from idea to innovation within the major market tendencies on the global arena. The Microsystems Research Division develops cuttingedge MEMS technologies, from design and proofofconcept to product prototypes, connecting key industrial and scientific players along the value chain. In her presentation, Dr Annalisa De Pastina, Senior Scientist in PiezoMEMS Microsystem Technologies, will describe the latest technology platforms for acoustic piezoMEMS development. The talk will focus on MEMS microphones and Piezoelectric Micromachined Ultrasonic Transducers, and will discuss emerging technologies and challenges related to design, fabrication and material development.

Dr. Annalisa De Pastina

Senior Scientist in Piezoelectric Microsystem Technologies

Silicon Austria Labs (SAL)

09:50 – 10:10

Solutions for Substrates Production

Substrates production to face some new challenges. Chaplet’s requirement increasing, new materials are needed, miniaturization, power consumption, thermal management, High Frequency requirements, Cost, Geo-political situation, and investments security for new fab.

Embedded Traces process is one of the answers of the challenges, ET opens new design opportunities for the next generation of substrates, secure CAPEX investments due to the extended capabilities including automation, a green production technology with reduced water and power consumption can open the possibility of near shoring.

Laurent Nicolet photo

Laurent Nicolet

VP Business Electronics

SCHMID Group

09:50 – 10:00

Special Recognition Ceremony

Part1 Topic: Industry View from the analyst 行业分析师的观点

09:55 – 10:05

Signing Ceremony 项目签约

09:55 – 10:15

Keynote

Powering the Future: Innovations in Power Semiconductors for Vehicle Electrification and Beyond 驱动未来:汽车电气化与功率半导体创新发展报告

Dr. Yik Yee Tan photo

Yik Yee Tan, PhD

Senior Technology & Market Analyst, Semiconductor Packaging

Yole Group

10:00 – 10:25

Keynote

3DFabric Advanced Packaging Technology Innovations for AI/HPC

The focus of this presentation is on the latest 3DFabric technology innovations for AI and high-performance computing.

The development trends and future applications will be introduced, along with the integrated challenges faced by advanced packages. These challenges include CPI challenges with evolved advanced Si technology, large CoWoS® integrated challenges, design standard and testing integration, and 3DFabric manufacturing complexity.

Kathy Yan, Ph.D.

Director of New Technology & System Integration, Advance Packaging and Test

TSMC

10:00 – 11:00

Networking Break, Coffee & Business Meetings

10:00 – 11:00

Networking Break, Coffee and Business Meetings

10:00 – 10:20

MEMS Breaks Through the AI Bottleneck

AI serves as the computational brain for advanced electronic applications, requiring high-quality sensory data to interact effectively with the environment. Emulating sophisticated sensory systems at a micromachined scale, MEMS technologies bridge this gap to enhance AI’s potential. Current advancements in MEMS — particularly in areas such as 3D LiDAR sensors, tactile sensors for robotics, and high dynamic range microphones —are pivotal in overcoming common AI bottlenecks. Additionally, MEMS integration can streamline neural networks, facilitating more efficient AI workflows. This talk will explore how MEMS technologies address crucial performance, reliability, stability and cost issues, thereby opening new market opportunities and significantly impacting future industry trajectories. We will also discuss how MEMS mitigates the power and thermal challenges posed by increasingly powerful and energy-intensive GPUs.

Eric Aguilar

CEO

Omnitron Sensors

Keynote Session: “The Future of Advanced Semiconductor Manufacturing”

• Key Trends: Vertical Integration, Industry 4.0 & 5.0 Technologies, Advanced Packaging

10:05 – 10:30

AI in MEMS Manufacturing – A collaborational challenge for the entire value chain

The value chain for MEMS sensors offers unique challenges and at the the same time huge potentials for the implementation of AI driven optimization measures. This requires a change of mindset and collaboration across many organizational boundaries. We will discuss some examples and key learnings from the Inertial MEMS Sensos value chains from Bosch.

Dr. Florian Schuster

Director of Product Management

Bosch

10:05 – 10:35

Keynote

The Future of Advanced Semiconductor Manufacturing

Kok Tiong Ng

SVP and Managing Dir., Infineon Technologies Kulim Sdn Bhd

Infineon Technologies AG

10:05 – 11:05

Networking and Coffee Break Business Meeting Slot 1&2

10:05 – 10:15

Launch Ceremony 大会启动仪式

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