07:30 – 08:30

Registration

07:30 – 08:30

Registration

07:45 – 08:35

Registration

08:00 – 08:50

Registration

08:00 – 08:30

Keynote

Revitalizing Domestic Semiconductor Manufacturing: Challenges, Opportunities and Emerging Applications

With the passage and signing of the CHIPS and Science Act of 2022, companies in and adjacent to the semiconductor industry are working on plans to help revitalize domestic manufacturing, develop the workforce, strengthen American supply chains, and accelerate the technologies of the future. During this keynote talk, SkyWater President and CEO Thomas Sonderman will talk about how a company like SkyWater can address the challenges of bringing chip manufacturing back to the U.S., invest in opportunities for supply chain certainty and security and enable nimble new innovations that can be accelerated with CHIPS funding to lead the next wave of computing.

Thomas Sonderman photo

Thomas Sonderman

President & CEO

SkyWater Technology

08:00 – 08:40

Registration

08:00 – 09:00

Registration

08:00 – 08:10

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

08:00 – 08:50

Registration

08:10 – 08:30

Greater Phoenix: A Global Destination for Industrial Innovation

Greater Phoenix is home to an ever-expanding ecosystem of semiconductor manufacturing and its supply chain. Long-term strategic planning of resources at the state and regional level have supported this growth, ensuring that adequate water and nation-leading grid reliability meet the needs of industry. Paired with a robust workforce and an educational system anchored by Arizona State University and the Maricopa County Community College District, the region has the requisite labor force to meet the needs of key industry sectors. Greater Phoenix is a top global destination for businesses and uniquely positioned to seize the momentum of technological innovation and advanced industry to support future development.

Chris Camacho photo

Chris Camacho

President & CEO

Greater Phoenix Economic Council (GPEC)

Zachary Holman photo

Zachary Holman, Ph.D.

Associate Professor and Director of Faculty Entrepreneurship

Arizona State University

Darcy Renfro photo

Darcy Renfro

VP External Relations, Community, Government & Economic Development

Maricopa County Community College District

Darcy Renfro photo

Darcy Renfro

VP External Relations, Community, Government & Economic Development

Maricopa County Community College District

08:15 – 08:45

Registration

HETEROGENEOUS INTEGRATION THROUGH ADVANCED PACKAGING

08:30 – 09:00

Keynote

Advanced Packaging Ecosystem

Advanced packaging architectures are today widely acknowledged as being increasingly important to drive performance and cost improvements of microelectronics systems. This trend is set to continue as on-package heterogeneous integration of diverse IP from multiple process nodes and multiple foundries will enable new product concepts, decrease time to market and deliver cost/yield benefits. Additionally, novel 3D architectures and continued die-to-die interconnect scaling are opening previously un-achievable concepts for die partitioning and on-package capability integration. These technical challenges are requiring solutions across the ecosystem (Die/Package/Board/System) which provide opportunities for groundbreaking innovation. This presentation will highlight some of the key challenges the industry will have to jointly address to enable the 3D heterogeneous integration future, such as drivers in interconnect scaling, advanced substrate developments, and technologies to enable power and performance gains. A specific example of this is optical on-package integration, where Intel is taking an aggressive approach to enable highly scalable and manufacturable solutions with applicability beyond niche designs.

Dr. Babak Sabi photo

SVP & GM Assembly and Test Technology Development

08:30 – 09:00

Keynote

Advancing The Memory Solutions Roadmap To Enrich Our Multi-Dimensional World For Generations To Come

A memory and storage hierarchy evolution is unfolding before us. Homogenous data centers that met our needs in the past, will not meet our future needs.

We must look to heterogenous solutions that require an expansion of the current memory hierarchy, and ultimately, a convergence of memory and storage.

Conventional scaling must continue, while disruptive 3D, and other advanced solutions will emerge to move us into the next few decades of memory advancement.

Advanced Packaging solutions will play a critical role in this expanded hierarchy, but to achieve this monumental shift, the collaboration, knowledge-sharing, and

innovation our industry has relied on to extend Moore’s Law over the past decade must now push the boundaries, to move the packaging supply chain to a front-end like model.

At the same time, we must keep focus on more sustainable and cost-effective solutions while building a strong talent-based workforce to support long-term growth.

We face many near-term challenges to enable this new ecosystem, but if successful, our industry will emerge with a longer-term roadmap that impacts and enriches lives for generations to come.

Naga Chandrasekaran photo

Naga Chandrasekaran

SVP Technology Development

Micron Technology, Inc.

08:30 – 08:55

Registration

08:30 – 09:30

Registration

08:40 – 09:00

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

08:40 – 09:00

Opening Speech – Challenges & Opportunities of LLM and Generative AI: A Hardware Perspective

Recent advancements in Large Language Models (LLMs) and Generative Artificial Intelligence (Generative AI) have presented an exciting opportunity for developers, as exemplified by ChatGPT, which can mimic human dialogue and decision-making. However, the tremendous computing power and energy consumption required by the hardware implementing these models pose a considerable cost and challenge, due to a huge number of parameters and complex neural network architecture.

This talk will explore the potential of designing more efficient hardware for deployment and inference of large language models, from an integrated circuit (IC) hardware perspective. Possible methods of AI model compression, such as quantization, pruning or knowledge distillation will be covered as well as AI chip design based on Computing-in-Memory (CIM), Deep-Learning Accelerator (DLA) and Chiplets. This talk will also discuss the hardware and software co-design methodology and tools needed for improving the design quality and productivity.

Dr. Ming-Der Shieh photo

Dr. Ming-Der Shieh

CTO of Electronic and Optoelectronic System Research Laborations (EOSL)

Industrial Technology Research Institute (ITRI)

08:45 – 09:00

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

08:50 – 09:00

Welcome Address

Salah Nasri

CEO & Co-Founder

I.S.E.S.

MARKET PULL AND TECHNOLOGY PUSH IN A VARIETY OF WBG APPLICATIONS

EV Opportunities and What it Means for the Semiconductor & Sensors Industry

Metaverse Session

09:00 – 09:30

Keynote

Unleash Product Innovations with 3DFabric

With the development of 3DIC and associated packaging technologies, semiconductor industry has extended performance and density optimization to system level, complementary to traditional chip scaling. Amid broader adoption of TSMC’s advanced 2.5D/ 3D packaging solutions along with growing chiplet complexity and form factor, the interaction between Si, packaging and components become increasingly crucial and requires continue innovations on design, process development and manufacturing.

With 3DFabric Alliance, we are extending OIP collaboration to packaging/ testing and working with industry partners on substrate and memory technology development for integrated system-level design solution to customers, together with the ecosystem of OSATs, material and equipment suppliers. In parallel, we also establish the worldwide first fully automated factory to offer best flexibility for our customers to optimize their packaging solution with better cycle time and quality control.

Dr. Jun He photo

Dr. Jun He

VP Quality & Reliability, Advanced Packaging Technology & Service

TSMC

09:00 – 09:15

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

09:00 – 09:30

Technologies To Break The Walls Slowing Compute Systems Scaling

Transistor density in chips continues to follow Moore’s law, but the node to node logic performance improvements have slowed down. Memory and power walls limit compute system performance. Future compute systems will increasingly rely on new materials, new device architectures and system technology co-optimization to realize benefits beyond pure density scaling of compute, connect and store technologies. This talk will highlight technology innovations in logic, memory and 3D integration that will enable continued compute systems scaling. With the anticipated semiconductor industry growth in the next decade, we also need collective action to address the carbon footprint of semiconductor manufacturing.

Sri Samavedam photo

Sri Samavedam

SVP, CMOS Technologies

imec

09:00 – 09:40

MEMS Panel Discussion

Moderator

Dimitrios Damianos Ph.D.

Project Manager, Consulting Services Division

Yole Intelligence

Panelist

Anton Hofmeister

APMS Group Vice President & General Manager R&D and Strategy for the Analog and Mems Sub Groups

STMicroelectronics

Panelist

Gunar Lorenz, Ph.D.

Senior Director Technical Marketing Sensors

Infineon Technologies AG

Dr. Stefan Majoni photo

Panelist

Dr. Stefan Majoni

Director Foundry MEMS

Bosch

Adrian Arcedera photo

Panelist

Adrian Arcedera
SVP Memory, MEMS and Sensor Business Unit

Amkor Technology, Inc.

09:00 –

New Package Solutions for Automotive Optical Sensors

Advanced Driver Assistance Systems (ADAS) are designed to help the driving process and enhance car/road safety. Automotive optical sensors enable ADAS and the autonomous driving transition from SAE J3016 Level 2 towards Level 4/5, according to SAE International (formerly the Society of Automotive Engineers).

Current optical sensor chip designs require custom package solutions which have assembly packaging and test challenges. In addition, stringent reliability requirements increase the development time to select materials, run process evaluation, optimize process parameters and complete reliability verification for automotive applications.

New automotive optical package innovations extend Amkor’s broad package portfolio capabilities and expertise to benefit automotive customers. The solution to current automotive image sensor application challenges involves creating a package platform that utilizes an assembly open toolbox, adopts a new generation of wafer fabrication requirement, achieves faster development cycle time and manages cost efficiency.

This presentation will discuss a standard package platform to design alternative package solutions, overcome technical challenges and satisfy the Automotive Electronics Council’s AEC Q100 reliability requirements for automotive optical sensors.

Jianmin Li photo

Jianmin Li

Packaging R&D Director, Amkor Technology China, Inc.

Amkor Technology, Inc.

09:00 – 09:10

Welcome Speech

Dr. Ali Amur Ali Al Shidhani photo

Dr. Ali Amur Ali Al Shidhani

Undersecretary of Communications and Information Technology

Ministry of Transport, Communications and Information Technology (MTCIT)

09:00 – 09:25

Keynote

Zero Emission Becomes Real in Next-Generation Mobility

The European Union intends to cut greenhouse gas emissions by at least 55% by 2030 and has the goal be climate-neutral by 2050. Passenger cars and vans are collectively responsible for around 15% of total EU emissions of CO2. To meet the 2050 climate goal, road transport CO2 emissions would then have to decline more than three times as quickly (5.5% per year) from 2035 to 2050. Can such ambitious vehicle CO2 targets of the European Union and also those of other countries be achieved?

CS Chua will discuss the contribution of semiconductor companies to enable next-generation zero-emission mobility. Using electric vehicles, he explains how it is technically feasible to meet CO2 targets for vehicles while also meeting other crucial factors, such as extension of vehicle range, improvement of charging speed and the availability of a reliable charging infrastructure – with electricity from renewable energy sources. He discusses the market prospects for electric vehicles from 2023 to 2030 and the mix of semiconductor materials such as silicon, silicon carbide (SiC) and gallium nitride (GaN) used during this period.

CS Chua photo

CS Chua

President & Managing Director

Infineon Technologies AG

09:00 – 09:30

Keynote

How The Semiconductor Industry Is Poised to Enable The Metaverse

The Metaverse is the next evolution in social technologies and the successor to the mobile internet. But what is the role of the semiconductor industry in facilitating the Metaverse? And why should semiconductor companies invest in this field? What new experiences and value will users get from such investments? In this talk, we will discuss these questions and a point of view on the answers. We will explore some key enabling technologies for Augmented Reality and Virtual Reality. These technologies will actualize the Metaverse vision and will usher in a new paradigm of human-computer interaction. We believe these technologies will also fuel the next two decades of semiconductor innovation.

Dr. Ofer Shacham photo

Dr. Ofer Shacham

VP, Head of Silicon, at Meta Reality Labs

Meta

09:00 – 09:20

GaN D-Mode vs. GaN E-Mode: A Clash of Technologies or The Perfect Co-Existence?

Gallium nitride (GaN) devices have emerged as a superior alternative to mature technologies like Si, boasting higher efficiency, power density, and cost-effectiveness for various applications. Among the GaN landscape, there are three main technologies: Depletion mode (D-mode), Enhancement mode (E-mode), and vertical GaN, although the latest one not yet broadly commercially available.

D-mode devices function as normally-on switches, therefore used in combination with cascode or direct drive configurations. D-mode cascode devices offer higher gate threshold voltage, lower 3rd quadrant losses or lower gate leakage current. E-mode HEMTs, based on a p-GaN layer on the gate (normally-off), offer advantages like enhanced efficiency at lower voltages (<300V), simpler manufacturing, and improved slew rate control.

This presentation will delve into the strengths and weaknesses of each technology, while also examining their respective target segments, applications, and market sizes.

Bas Verheijen photo

Bas Verheijen

Senior Director GaN Technology and Operations

Nexperia

09:00 – 09:20

Semiconductor Ecosystem Accelerator

Mitchell Hsing, Ph.D.

CEO

InchFab

09:00 – 09:20

ISES Welcome Address

Salah Nasri

CEO & Co-Founder

I.S.E.S.

STRENGTHENING EUROPE’S STRENGTHS & TECHNOLOGICAL LEADERSHIP

09:05 – 09:25

Virtual

Opening Address

Lucilla Sioli photo

Lucilla Sioli

Director Artificial Intelligence and Digital Industry

EU Commission

09:05 – 09:20

Opening Address

YAB Chow Kon Yeow photo

YAB Chow Kon Yeow

Chief Minister of Penang

Penang State Government

09:05 – 09:25

Innovation in Power & Energy Management is Key to Support a Sustainable Future

In this presentation, Francesco Muggeri will talk about the global challenges on energy consumption and the importance of more efficient and energy savings in power & energy management in Automotive and Industrial to achieve a sustainable future. Electrification and Digitalization leads to the acceleration of silicon content pervasion in automotive and industrial market, Mr Muggeri will further discuss how new technologies like Silicon Carbide (SiC) and Gallium Nitride (GaN) contribute to better power efficiency and more intelligent solutions for energy usage.

Francesco Muggeri

VP Marketing & Applications, Power Discrete & Analog, China

STMicroelectronics

09:10 – 09:30

Global Semiconductor Overview & Landscape Understanding

Salah Nasri

CEO & Co-Founder

I.S.E.S.

HPC Session

09:20 – 09:50

Keynote

Innovation to Enable More Compute From Each Transistor

For decades, Moore’s Law has delivered the ability to integrate an exponentially increasing number of devices in the same silicon area at a roughly constant cost. This has enabled tremendous levels of integration, where the capabilities of computer systems that previously occupied entire rooms can now fit on a single integrated circuit. Although traditional scaling has slowed over the past decade, we have made tremendous progress as an industry with new approaches including chiplet-based architectures, domain-specific accelerators, and advanced packaging technologies which have enabled major milestones including the first exascale supercomputers. As we look into the future, we need to accelerate the pace of innovation to drive the next decade of advancement in high-performance computing. By far, the largest limiting factor to delivering continued compounded growth in computation power is energy efficiency. In this paper, we highlight a holistic strategy for accelerating innovation in energy efficiency required for next-generation high-performance computing and ultimately achieving zettascale performance.

Dr. Bill En photo

Dr. Bill En

CVP, Foundry Technology and Operations

AMD

09:20 – 09:40

Chiplets and Advanced Heterogeneous Integration

With the ever-increasing demand for computing performance for mobile, IoT, AI, Big Data and automotive applications, the need for new solutions is growing due to the slowdown of Moore’s Law and computing power solutions. Heterogeneous integration is one of the key platforms to enable higher bandwidth and density for HPC and AI systems. This presentation will discuss how chiplets and advanced heterogeneous integration are enabling next generation computing.

Dr. Terry Wu photo

Dr. Terry Wu

Director

Samsung Electronics

09:20 – 09:40

ICeGaN: the Call of the GaN Revolution

The semiconductor industry is undergoing a transformational shift with the advent of Gallium Nitride (GaN), a material that offers superior power efficiency, thermal management, and frequency characteristics compared to traditional silicon. GaN’s increased power density and faster switching speeds have revolutionized critical sectors like telecommunications, renewable energy, electric vehicles, and data centers, aligning with the semiconductor megatrends of energy efficiency, miniaturization, and high-speed data transmission.

ICeGaN, the state-of-the-art technology for high voltage GaN HEMTs, enables ease of use and ruggedness thus helping to harvest on GaN expectations and achieve high efficient and high power density in power conversion.

Giorgia Longobardi, Ph.D.

Founder and CEO

Cambridge GaN Devices

09:20 – 09:50

Challenges and Opportunities of the Semiconductors Industry in the MENA Region: An Egyptian Perspective

The semiconductors industry global supply chain is undergoing major transformations due to several recent and current events such as the COVID pandemic, the US-China technology trade war, and the Ukrainian war. As a result, several important dynamics have emerged and may prove highly valuable in enabling countries of the MENA region to put themselves on the map of this industry if such countries manage to act fast and smart. Indeed, the world is moving from a globalization model that has prevailed for decades to a model where manufacturing is more regional and distributed. Many players are starting to establish regional manufacturing facilities in contrast to depending on the Far East and specifically China as the World’s major manufacturer of electronics. This is driven by geopolitical reasons as well as security of supply chain and avoiding its disruption as has been the case in recent years. In addition, one important reason to move manufacturing facilities to regions closer to big markets is to minimize the cost of transportation and its negative impact on the environment. On the design side, many global players are looking for talent around the world to augment their resources and their ability to develop and produce new products in time. Such global companies will establish Offshore Design Centers (ODCs) wherever they find critical mass of talent that they can tap into.

Egypt has made significant strides in developing its semiconductor industry in the last two decades and this has been recognized by the Global Semiconductor Alliance (GSA) by launching a local Chapter of the GSA in Egypt in June 2022. This talk will present the Egyptian semiconductor ecosystem, how this industry emerged in Egypt and its strategy for the future. The talk will also present a holistic approach for accelerating the development of this industry in the whole MENA region in an integrative and collaborative manner.

Dr. Hisham Haddara photo

Dr. Hisham Haddara

Chairman and Founder

SiWare Systems

Opportunities in the Southeast Asian Semiconductor Industry

09:25 – 09:45

Keynote

The European Chips Act. A Framework for Revitalizing the European Semiconductor Ecosystem

The worldwide demand for chips grows rapidly and is expected to double by 2030. Europe must ensure its security of supply within the global industrial value chain. The EU Chips Act aims to build on Europe’s strengths and address outstanding weaknesses. It will mobilise more than € 43 billion of public and private investments to strengthen the semiconductor ecosystem, production capacities and resilient supply chains. And finally, it will set measures to prepare and respond to future supply chain disruptions, together with EU Member States and our international partners. With this Europe is laying the foundations for technologies that are not yet available there today. Research and technology organizations play a strong role as partnerships with like-minded partners do. And besides all this, one of the most important factors is the sufficient availability and training of skilled workers.

Dr. Thomas Morgenstern photo

Dr. Thomas Morgenstern

EVP Frontend IFAG FE

Infineon Technologies AG

09:25 – 09:55

Panel Discussion: Opportunities & Challenges Arising From the Changing Semiconductor Geopolitical Climate

Kamel Ait Mahiout photo

Moderator

Kamel Ait Mahiout

President

Wee Seng Ang photo

Panelist

Wee Seng Ang

Executive Director

Singapore Semiconductor Industry Association (SSIA)

Panelist

Dato’ Seri Siew Hai Wong

President

Malaysia Semiconductor Industry Association (MSIA)

Siobhan Das photo

Panelist

Siobhan Das

CEO

American-Malaysian Chamber of Commerce (AMCHAM)

Sivasuriyamoorthy Sundara Raja photo

Panelist

Sivasuriyamoorthy Sundara Raja
Deputy CEO, Investment Promotion and Facilitation

MIDA

09:30 – 10:30

Networking Break & Business Meetings 1+2

09:30 – 10:30

Time to Collaborate. SubFAB Research and Development.

Workshop by International SubFAB Research Labs Initiative (ISRL)

One of the key areas poised to become a showstopper for the industry’s ability to achieve sustainability goals is commonly called SubFAB. Existing infrastructure can’t support true game changing development of environmentally friendly and affordable solutions to match the manufacturing technologies advancement cadence.

International SubFAB Research Labs (ISRL) initiative will enable an industry-wide collaborative effort. Member companies will gain access to a dedicated facility with a complete infrastructure required to operate a set of 300mm process tools to enable a science based research focusing on reliability issues, technology validation, pathfinding, materials handling and reclaim.

Ilya Zabelinsky

Co-Founder

International SubFAB Research Labs Initiative (ISRL)

09:30 – 10:30

Networking Break & Business Meetings 5+6

09:30 – 09:50

Global Vehicle Electrification Trends and BEV Opportunities in the Developing World

Vehicle electrification is a set trend, led by developed countries and China, for the coming decades. Globally, Yole forecast (Q1 2023) a combined growth of ~1.2% in the period between 2022 to 2028, which the total light duty vehicle drops ~3% meanwhile. BEV definitely leads the growth with ~16% increase, far advancing the total market.

This change of powertrain landscape is reshaping the supply chain with several ongoing features highly relevant to the power electronics community, which are to be full explained in the presentation: Auto OEMs are turning more to in-house development and production: high voltage system integration is growing in various directions; power electronics demonstrate strong resilience towards current Si cycles; wide band gap materials are going through incubation to mainstream.

Opposite to common understanding, Yole is seeing huge opportunities of BEV development in developing countries, although the current penetration is low. Strategies, including financial promotion in both BEV supply chain and charging infrastructure, leveraging existing BEV supply chain, right positioning BEV models for local needs, and 2-wheeler early adoption, etc. can be applied by official and private investment in some developing countries, like India, Malaysia, Indonesia, Thailand, Vietnam, Turkey, etc.

Dr. Yik Yee Tan photo

Yik Yee Tan, PhD

Senior Technology & Market Analyst, Semiconductor Packaging

Yole Group

09:30 – 09:50

Fu Lu Shou – The Three Lucky Stars of Power

In a world challenged by global warming decarbonization became the most pressing task for our generation. In the light of this power electronics and the underlying semiconductor technologies are an essential tool for survival. In this sense GaN, SiC and Si are the three lucky stars of power. While all three technologies are inevitable for our future, each has its distinct character and use case. Starting with a recap of properties and manufacturing aspects, global trends for use cases and markets will be covered. A special focus will be on technology fusion (e.g. Si’C) to tackle conflicting requirements in power electronics.

Mark Nils Münzer photo

Mark Nils Münzer

Distinguished Engineer Innovation & Emerging Technologies Automotive High Power

Infineon Technologies AG

09:30 – 09:50

Inspiring a new reality with XR

The merge of digital and physical worlds, so called metaverse, is now happening. The metaverse is a vision of digital community. Accessing the metaverse, requires devices that allow users to experience the spatial internet. Qualcomm’s decade-plus investment in XR along with our foundational technologies enables the creation and widespread adoption of XR headsets to revolutionize digital experiences and provide an entry point of choice into the metaverse as it evolves. With the combination of high performance and low power computing, 5G and AI, we believe XR may have a greater impact on our world than PCs and smartphones combined.

Patrick Chiang photo

Patrick Chiang

Sr Director Technical Marketing

Qualcomm Technologies Inc.

09:30 – 10:00

Why “Middle East” – GSME’s Journey in Search of New Talent & Hub for Semiconductor Design & Manufacturing

Semiconductors are the backbone of 4th industrial revolution enabling us to live in a smart & connected world. Connected world, Digitizing Auto Industry, social-media revolution, industrial automation, & AI decision making is spiking the demand of Integrated Circuits. Now when semiconductors are becoming the new “Oil”, fight over its control is also getting intense. Trade-war between US & China is drifting to become China-vs-West issue to gain controls over semiconductor manufacturing market. Semiconductor industry is experiencing shortage of skilled engineers in the field of microelectronics, IC design & manufacturing. GSME started its efforts over a year ago to identify & establish new hubs to support semiconductor ecosystem. GCC countries in Middle East can play a significant role in filling in the gap industry is experiencing.

Farhat Jahangir photo

Farhat Jahangir

Co-founder & CEO

GS Microelectronics

GSME Oman logo

Maryam Al-Bulushi

Senior Mgr. Business Operations & Corporate Affairs

GS Microelectronics

GSME Oman logo

Ammar Al-Kalbani

Lead IC Design & Verification Engineer

GS Microelectronics

GSME Oman logo

Ammar Al-Kalbani

Lead IC Design & Verification Engineer

GS Microelectronics

09:30 – 09:45

Welcome Speech

Salah Nasri

CEO & Co-Founder

I.S.E.S.

09:39 –

AR/VR, Optics and Automotive Session

09:40 – 10:00

Innoscience’s GaN Power Devices: Reliable, Price Competitive and Mass Manufactured

GaN power devices are revolutionizing the power semiconductor sector by enabling power conversion systems (AC/DC, DC/DC etc..) to be smaller, more efficient, simpler and thus cheaper than ones made with traditional silicon power devices. For example, to date Innoscience – the largest producer of 8-inch GaN-on-Si power devices wafers – has shipped more than 170M devices that are being used in numerous applications.

Yet, there are still several myths about GaN power devices. It is said they are very expensive and that their reliability is questionable. These myths have made several companies nervous about moving into GaN.

In this presentation, we will destroy these untruths by showing the performance and reliability of Innoscience’s GaN power device technology. We will also show that by leveraging the economies of scale delivered by the company’s two large 8-inch high-throughput manufacturing fabs totally dedicated to the production of 8-inch GaN-on-Si wafers (which each enable ~2x the number of devices per wafer than 6-inch processes), it is now possible to provide price-competitive GaN power devices. We will conclude the presentation by showing how to take advantage of discrete (InnoGaN™) and integrated (SolidGaNTM) Innoscience’s GaN power devices to enhance the performance of power converters.

Denis Marcon, Ph.D.

General Manager

Innoscience

09:40 – 10:00

How do MEMS start-ups play in the big pond of AR/VR world?

The AR/VR market is considered to be a pivot market for the CE industry. It is a big pond, crowded by the strongest players in the world, with very deep pockets, and a lot of technological gaps to bridge, in order to bringing a viable product to the market. Among the missing parts to bridge is a display engine. One of the promising technologies for such a display engine is Laser beam Scanning, based on MEMS scanning mirrors. This technology is not new, however it had never met the needed requirements for the market in terms of performance, size and maturity. It is happened that most of dominant LBS players are start-ups, and also fabless. How do MEMS start-ups play in this big pond? What is the synergism between the big players and the start-ups? Could a fabless mode work for these start-ups? My talk will focus on all of these questions, with specific example for our day to day challenges at Maradin.

Matan Naftali photo

Matan Naftali

CEO

Maradin

MEMS Manufacturing Complexities, Challenges and Solutions

ENABLING AN ELECTRIFIED & ENERGY EFFICIENT FUTURE

09:45 – 10:05

New Challenges for MEMS and Sensor Packaging

MEMS and sensor devices continue to enable new and exciting functionalities and applications across all market segments – automotive, industrial, communications, consumer and computing. These new functions and applications come with a new set of challenges.

The creation and use of standard packaging platforms have pushed rapid commercialization of MEMS and Sensor devices. It fueled the next evolution, from a discrete single MEMS/sensor towards sensor fusion (multi-MEMS/sensor packages) which created more opportunities and applications.

As the market continues to grow, and applications continue to become more complex, the traditional package size reduction on the X, Y, Z axes are being replaced by the need to do more integration such as reducing the PCB module to a surface mountable SIP package. The need for heterogeneous integration (HI) becomes an essential part of the new standard MEMS and sensor package platforms. Increase complexities require advanced packaging technologies and final test, as well as a closer collaboration between the different stakeholders in the MEMS and sensor ecosystem.

Adrian Arcedera photo

Adrian Arcedera

SVP Memory, MEMS and Sensor Business Unit

Amkor Technology, Inc.

09:45 – 10:05

Future of SiC Power Modules in Automotive and Industrial Applications

The power electronics world is developing from utilizing Si devices towards SiC devices. Power density is one of the key factors in power electronics and with the right packaging technologies, great advantages can be obtained benefitting the system level significantly. Claus Petersen will touch on the importance of SiC, and the growing adaptation of SiC in Automotive applications as well as in industrial and renewable applications. In addition he will focus on packaging technologies to leverage SiC devices to its maximum potential.

Claus A Petersen photo

Claus A Petersen

President

Semikron Danfoss

09:45 – 10:05

Chiplets and System Integration – Key Concepts and Implementation

In this presentation, Jianmin Li, Director of R&D at Amkor Technology – China, discusses the key concepts and implementations of chiplets and system integration. Li highlights the strong trends in chiplets and heterogeneous integration products, which offer new ways to achieve innovative product architectures while maintaining optimal Performance/Power/Area/Cost (PPAC) ratios for the future of the industry. Li emphasizes the need for advanced IC packaging capabilities to support these approaches, and notes that OSATs and Foundries are actively responding to enable this integration.

The presentation emphasizes the importance of starting with a 2D module and augmenting it with 3D as necessary for enhanced performance and differentiation. Additionally, Li mentions Amkor’s involvement as a contributor member of the UCIe™ ecosystem, which aims to define next-generation computing standards. Overall, this presentation provides valuable insights into the evolving landscape of chiplets and system integration, positioning the speaker as a seasoned professional in the field.

Jianmin Li photo

Jianmin Li

Packaging R&D Director, Amkor Technology China, Inc.

Amkor Technology, Inc.

09:50 – 10:10

Leading a World Class Research Institute

Being a technological backbone of digitization Silicon Austria Labs (SAL) is conducting research in the areas of Microsystems, Sensor Systems, Power Electronics, Intelligent Wireless Systems and Embedded Systems. Key industry players, science and research are brought together by SAL for significant expertise and know-how. The Microsystems and Sensor Divisions at SAL are committed to the development of beyond state-of-the-art tech­no­lo­gies for novel micro-elec­tro­me­cha­nical systems (MEMS) and sensor devices. The core competences and interdisciplinary skills of SAL employees expand the boundaries of current technologies contributing to innovation and groundbreaking ideas. Close colla­bo­ra­tion with our indus­trial and scien­tific part­ners has a great impact on the creation of cutting-edge tech­no­logy from design and proof-of-concept to product proto­types.

Dr. Mohssen Moridi photo

Mohssen Moridi, Ph.D.

Senior Executive Director & Head of the Microsystems Research Division

Silicon Austria Labs (SAL)

09:50 – 10:20

Keynote

Now is the Time to Re-imagine Memory Centric Computing

Over the last several decades, systems have focused on innovation in the logic and have strayed away from ‘balanced’ machines. As a result, a significant

number of applications have been unable to leverage the additional computational power of the latest generation machines . The machine architectures need to evolve: new systems architectures and innovations require a deep understanding of the applications. Memory will be the ‘cornerstone’ of future innovative systems, which will generate a faster time to solution in a much more energy constrained envelope.

Steve Pawlowski photo

Steve Pawlowski

CVP Advanced Memory Systems

Micron Technology, Inc.

09:50 – 10:10

Turning Metaverse to Photorealistic Digital Twins for Driving Smart Factory Innovations

This speech will introduce a cutting-edge technology that enables the creation of a live, 3D photorealistic Metaverse using AI, 3D modeling, and panoramic image stitching technologies. A photorealistic digital twin is a virtual replica of a physical object or space, created using 3D modeling, panoramic image stitching, and AI technologies. Some of the areas where photorealistic digital twins can have a significant impact is in smart factories and cities. By creating a digital twin of a factory or a city, we can visually simulate and optimize various processes, reducing costs and improving efficiency. One specific application in a smart factory is virtual patrolling. To create a virtual environment where personnel can patrol and control the factory remotely, we can reduce the need for on-site activities, Further examining this application, we can better understand the potential of a photorealistic digital twin in the Metaverse, and the role it will play in shaping the future of virtual but immersive experiences. Overall, this speech will demonstrate how AI, 3D modeling and panoramic image stitching technologies can be combined to create a LIVE 3D photorealistic Metaverse world, and its potential applications in various areas.

CJ Hsieh photo

CJ Hsieh

COO

ASPEED

09:55 – 10:55

Networking Coffee/Tea Break & Business Meeting

09:55 – 10:15

How does SiC Accelerate NEVs

Nowadays, more and more electric vehicles hit the road, and this is helping the world to reduce its carbon footprint and fight against ever increasing greenhouse effect. The EVs can reuse multiple types of power sources in the shape of electric power. Nowadays, new EVs require higher charging speed, higher output power, higher efficiency, longer milage, and as well as more comfortable riding experience, which come along with new technical solutions and new demands for semiconductor power devices. New generation SiC devices have adopted more and more innovative structures and cooler packages, which enable the EVs to go farther, charge faster and work more economy. We believe with accelerated adoption of SiC-based solutions, we will make power efficiency for a cooler planet.

Markus Mosen photo

Markus Mosen

CEO

WeEn Semiconductors

10:00 – 11:00

Networking Break, Business Meetings and Refreshments

10:00 – 11:00

Networking Coffee/Tea Break & Business Meeting

10:00 –

Perceiving the future with embedded AI and MEMS sensors

We are living in the era of technological revolution, where the integration of embedded Artificial Intelligence (AI) and Micro-Electro-Mechanical Systems (MEMS) sensors is shaping the future in astounding ways. This speech delves into the potential of this collaboration and demonstrates how it is bringing practical and exciting transformations to our daily lives. Embedded AI utilizes learning algorithms and data analysis to enable devices not only to meet our needs but also to predict and surpass them. MEMS sensors serve as the senses of these intelligent systems, allowing them to perceive and understand the physical world around them.

In this speech, Mr. Hongyu will explore specific application and use cases, such as personal environmental & health monitoring and personalized fitness application, to illustrate how these technologies are impacting and enhancing our quality of life.

Frank Ruschmeier photo

Frank Ruschmeier

Director of Application Engineering

Bosch

10:00 – 10:20

How Optotune’s Products for Dynamic Light Control Benefit AR/VR Applications

In this presentation I will introduce Optotune’ s key technologies for dynamic light control. These include liquid lenses, pixel shifters, beam-steering mirrors and laser speckle reducers. I will give an overview in which markets and applications our products are currently being used. Key issues of liquid lenses such as thermal drift, gravity coma and lack of suitable AR coatings are addressed, and solutions presented.

In the second part I will present how our products and technologies can benefit the emerging AR/VR market by presenting different use cases such as wobulation/super-resolution in display engines, vergence accommodation in AR, FOV expansion and de-speckling of laser-based light engines.

Dr. David Leuenberger photo

Dr. David Leuenberger

Head of Product Management

Optotune

10:00 – 10:50

Semiconductor Leaders – Mindset of Creating a Global Leading Semiconductor Organisation

Moderator

Denis Marcon, Ph.D.

General Manager

Innoscience

Dr. Amr Hafez photo

Panelist

Dr. Amr Hafez

General Manager, Goodix Egypt

Goodix Technology

Dr. Hisham Haddara photo

Panelist

Dr. Hisham Haddara

Chairman and Founder

SiWare Systems

Kamel Ait Mahiout photo

Panelist

Kamel Ait Mahiout

President

10:05 – 10:35

Keynote

Crossbreeding of MEMS, CMOS, CSOI, Optics and Assembly

This presentation will describe one aspect of the increasing complexity in MEMS foundry services including the resulting challenges and potential solutions.

The clear separation of raw wafer production, MEMS- and ASIC-manufacturing as well as packaging trend to vanish. Just some examples:

  • The raw wafer type CSOI requires MEMS processing and application of the product design.
  • Using the ASIC as cap for the MEMS requires stringent adaption of ASIC- and MEMS-design and -topography, as well as postprocessing of CMOS wafers in MEMS fabs.
  • Also the combination of MEMS and ASIC portions on one piece of silicon drives the need for mixed-mode fabs
  • Many MEMS types are made in ASIC facilities and in some cases, it is a pure question of definition, whether a product is named MEMS or ASIC, for example CMUTs or immobile optical MEMS architectures. This trend is accelerated by the need of typical CMOS tools, like ArF lithography for certain MEMS, like in some medical applications.
  • 3D stacking of CMOS, MEMS and III/ / V semiconductors drive new production approaches
  • Many more

Conclusions

Cost, size and performance requirements drive not only the transition from macromechanics to MEMS. It also supports an integration of MEMS and ASIC. Obviously, the alignment of ASIC and MEMS technology is crucial for the set up and the success. Additionally, some MEMS require processes, which are today available typically only in ASIC fabs, like lithography for narrow line widths, which are beyond i-line capability.

Cavity SOI is arising as a new category of raw wafer material. It provides additional options for future MEMS technologies. Since the mask layer “cavity” is designed depending on the product, a cooperation or merge of MEMS and raw wafer production is required.

The wafer fab to run such kind of mixed-mode device has to produce and control CMOS, MEMS and some assembly processes including cross contamination aspects.

Dr. Stefan Majoni photo

Dr. Stefan Majoni

Director Foundry MEMS

Bosch

10:05 – 11:05

Networking Break and Business Meetings

10:05 – 10:45

Networking Break, Business Meeting

10:10 – 11:10

Coffee Break Sponsored by CNW Business Meeting 5 & 6, Networking and Coffee Break

CNW – Courier Network

When your expedited shipment needs to reach its destination fast, we do whatever it takes to make it happen. We are more than an international courier, we are your partner in emergency logistics. We understand your challenges and work tirelessly to find the perfect solution for every urgent shipment. Delivering customized, reliable, and efficient NFO and hand-carry solutions for time and mission-critical shipments from anywhere to everywhere in the world. CNW is a major supplier in the Semiconductor and Automotive Industry. In an aircraft on ground situation, getting the plane back in the air is priority #1. With global 48 offices worldwide, plus an arsenal of loyal local logistics partners, CNW is ready to take on your logistic challenges.

General email: info@cnwglobal.com

Phone number:
+1.800.852.2282
+1.718.656.7777

NFO

Our Next Flight Out service is what we’re known for. CNW’s longstanding relationships with airlines, paired with our unwavering determination and creative mindset, allow us to get your package to its destination on the fastest route possible – at a substantial cost savings.

We analyze every variable – such as connecting flight schedules, last minute delays, traffic, office operating hours and weather – before determining the fastest route to get your package to its destination. In fact, CNW’s dedicated team monitors each package as it passes through 16 unique milestones to ensure the trip goes smoothly. But you don’t have to worry about the process. We make it simple for you to move your expedited shipments – leave the logistics to us.

OBC

We analyze every variable – such as connecting flight schedules, last minute delays, traffic, office operating hours and weather – before determining the fastest route to get your package to its destination. In fact, CNW’s dedicated team monitors each package as it passes through 16 unique milestones to ensure the trip goes smoothly. But you don’t have to worry about the process. We make it simple for you to move your expedited shipments – leave the logistics to us.

Our On-Board Courier (OBC) service is secure, reliable, and gives your package that extra special care. All CNW couriers are highly trained and will transport your goods using only the best practices. Moving your shipment via On-Board Courier is as easy as making a phone call. Whenever you need us, we’re here.

ACF

Occasionally, there are extreme situations when the only way to get your package to its destination on time is with an air charter. When that happens, CNW has got you covered. We can charter an aircraft dedicated solely to your shipment – large or small – to guarantee on time delivery of any package.

10:10 – 10:30

Mass Manufacturing 8-inch GaN-on-Si Power Devices: the Next Generation of Power Switching Technology

Power conversion systems are all around us and they are responsible, for example, for converting the AC power coming from the grid to a continuous power (DC) to charge-up batteries. Or, they convert high voltage DC (e.g. 48V) to a low voltage DC (e.g. 5V or 1V) needed to run electronics.

Any power conversion needs to be performed effectively so energy (and thus money) is not wasted in heat.

GaN-based power transistors have proven to outperform standard Si-based transistors in both AC-DC and DC-DC applications thus representing the next generation of power switching devices. GaN-based power conversion systems are more efficient, more compact and lighter than to what is possible with traditional Silicon devices.

The GaN’s power device market is booming and yet we believe that their penetration was so far limited due to a restricted supply of GaN device production at a competitive price point and in mass volume.

In this talk, we will present Innoscience’s 8-inch GaN-on-Si e-mode technology and how we tackled the two points above by building up two large 8-inch fabs fully dedicated to the (mass) production of GaN-on-Si power devices.

We will also discuss that to bring GaN power devices into mainstream high-volume end-products, including mobile phones, only a true integrated device manufacturer with high volume 8-inch internal manufacturing fully focused on GaN is necessary.

We will conclude the talk by giving an overview of applications where Innoscience’s GaN devices (InnoGaNTM) have been used and the benefit of using InnoGaNTM transistors instead of traditional Silicon devices.

Denis Marcon, Ph.D.

General Manager

Innoscience

10:20 – 11:00

Networking Break, Business Meeting

10:20 – 11:20

Coffee Break Sponsored by CNW Business Meeting Slot 1 & 2, Networking and Coffee Break

CNW – Courier Network

When your expedited shipment needs to reach its destination fast, we do whatever it takes to make it happen. We are more than an international courier, we are your partner in emergency logistics. We understand your challenges and work tirelessly to find the perfect solution for every urgent shipment. Delivering customized, reliable, and efficient NFO and hand-carry solutions for time and mission-critical shipments from anywhere to everywhere in the world. CNW is a major supplier in the Semiconductor and Automotive Industry. In an aircraft on ground situation, getting the plane back in the air is priority #1. With global 48 offices worldwide, plus an arsenal of loyal local logistics partners, CNW is ready to take on your logistic challenges.

General email: info@cnwglobal.com

Phone number:
+1.800.852.2282
+1.718.656.7777

NFO

Our Next Flight Out service is what we’re known for. CNW’s longstanding relationships with airlines, paired with our unwavering determination and creative mindset, allow us to get your package to its destination on the fastest route possible – at a substantial cost savings.

We analyze every variable – such as connecting flight schedules, last minute delays, traffic, office operating hours and weather – before determining the fastest route to get your package to its destination. In fact, CNW’s dedicated team monitors each package as it passes through 16 unique milestones to ensure the trip goes smoothly. But you don’t have to worry about the process. We make it simple for you to move your expedited shipments – leave the logistics to us.

OBC

We analyze every variable – such as connecting flight schedules, last minute delays, traffic, office operating hours and weather – before determining the fastest route to get your package to its destination. In fact, CNW’s dedicated team monitors each package as it passes through 16 unique milestones to ensure the trip goes smoothly. But you don’t have to worry about the process. We make it simple for you to move your expedited shipments – leave the logistics to us.

Our On-Board Courier (OBC) service is secure, reliable, and gives your package that extra special care. All CNW couriers are highly trained and will transport your goods using only the best practices. Moving your shipment via On-Board Courier is as easy as making a phone call. Whenever you need us, we’re here.

ACF

Occasionally, there are extreme situations when the only way to get your package to its destination on time is with an air charter. When that happens, CNW has got you covered. We can charter an aircraft dedicated solely to your shipment – large or small – to guarantee on time delivery of any package.

10:20 – 11:20

Networking Break, Coffee & Business Meetings

10:30 – 10:45

Coffee Break

10:30 – 11:00

Advanced Packaging: Enabling Moore’s Law’s Next Frontier

Chiplet architectures are fundamental to the continued economic viable growth of power efficient computing. Thus, the criticality of advanced packaging technologies and architectures correlated to Moore’s Law’s next frontier is high. New heterogeneous architectures, along with AMD’s industry leading advanced packaging roadmap, enable power, performance, area, and cost (PPAC). PPAC considerations per product influence the choice of Substrate (2D), Fanout based (2.5D) and Hybrid Bonded (3D) technologies and will be addressed in this keynote. Finally, AMD’s High Performance Fanout previewed in the RDNA3 architecture along with enabling technologies like power delivery and thermal improvements will be detailed.

Raja Swaminathan, Ph.D.

CVP, Advanced Packaging

AMD

10:30 – 11:00

Wall Street Perspectives on the Semiconductor Market

The presentation will apply a financial lens to the current state of the semiconductor industry. The discussion will evaluate key industry and economic trends, and assess factors that will shape the industry in years to come, including government support and regulations. It will also provide perspectives on sector valuations, strategic transaction activity and potential future consolidation.

Tom Stokes photo

Tom Stokes

Senior Managing Director

Evercore

Kunal Chakrabarti photo

Kunal Chakrabarti

Managing Director

Evercore

10:35 – 10:55

Fan-out Wafer Level MEMS Packaging for Automotive Applications

MEMS inertial sensors, including gyroscopes and accelerometers, are key components in automotive applications like electronic vehicle stability control, advanced driver assistant systems and autonomous driving. The challenging automotive reliability requirements need to be considered when selecting the sensor packaging concepts.

Fan-out wafer level packaging (FO-WLP) provides large number of IOs and offers interesting opportunities for multi-die packaging with minimum package dimensions. Typically combined MEMS sensors for motion measurement are packaged in various standard or proprietary configurations, ceramic cavity packages, pre-molded plastic cavity packages, over-molded SOIC, PBGA. The demand is towards smaller foot print & height, lower cost and better robustness to vibration. FO-WLP offers some excellent characteristics, like small size and low stress to sensitive MEMS dies. Murata presentation is focused on explaining the FO-WLP Multi-die Inertial Sensor concept (gyroscope, accelerometer and IC), which was developed in EU collaboration project and evaluated against automotive requirements.

Senni Laaksonen

VP Research and Development

Murata Manufacturing Co., Ltd.

10:45 – 11:15

Doubling Charge Speed And Cycle Life Of The Most Common Batteries With A Revolutionary Charging Algorithm, Enabled By Semiconductors Technologies

Constant current/constant voltage (CC/CV), step-charging, and DC charging are common methods for charging lithium-ion batteries, but result in damage to the batteries, lowering cycle life and charge speed. Much of this damage occurs due to non-uniform current density on the electrode surfaces, which causes electrolyte degradation, dendrites, and lithium plating. Therefore, there is a need for innovation in battery charging methods to address the limitations of existing charge technologies. New charging algorithms that adjust charging to maintain maximum current uniformity can provide much faster charging of batteries while simultaneous extending battery cycle life.

This presentation will provide conclusive electrochemical data showing how Iontra achieves double the charge speed and double the cycle life on today’s commercial cells with their proprietary, scalable charging technology that is implemented on charge control MCUs. Iontra has spent the past few years in stealth mode understanding how batteries want to be charged, then providing them with charging that results in minimal degradation, maximum cell health, faster charging, longer life, and lower temperature charging. Iontra is fresh off the back of a $38M Series B and moving toward further capital raises to support expansion of their technology for various industries including consumer electronics and electric vehicles.

Sunil Banwari photo

Sunil Banwari

COO

iontra

10:50 – 11:05

Coffee Break

10:50 – 11:10

Heterogeneous Integration Enabled by Advanced Chiplet Packaging

With the growing demand of high performance IC, heterogeneous system integration of multiple smaller chiplets by advanced packaging technology becomes one of the major driving forces of the semiconductor industry innovation. New technologies in high bandwidth 2.5D and 3D interconnection enable complex designs implementation. Chip-Package co-design is prerequisite to meet the target performance and STCO (system-technology co-optimization) methodology is critical to advance chiplet architecture for optimal system performance.

Dr. Yang Cheng photo

Dr. Yang Cheng

Senior Director Design Service BU

JCET

10:55 – 11:55

Networking Break, Coffee & Business Meetings

MEMS & Sensors to Support the Growing Demands of EV

GAN INVESTMENTS, CAPACITY NEEDS & MARKET OUTLOOK

11:00 – 11:20

More than Moore Emerging Technologies for the Sensing Needs in EV

EV, IoT and industry 4.0 open new market opportunities in the semiconductor field. The potential is high but so are the expectations to quickly fulfil the stringent specifications and requirements for tomorrow’s products. The customer focus is shifting into embedding more and more capabilities into their devices in order to develop smart products. Several challenges must be faced in each of the stages of the MEMS and sensors development: from the conceptual design employing unconventional materials and unique processes to the characterization and reliability assessment of complex structures. In this talk we will provide an overview to the journey from a conventional pure-play CMOS foundry to become a reference partner in more than Moore technologies with special emphasis into MEMS, sensors and its monolithic integration with CMOS devices.

Eloi Marigo, Ph.D.

Senior Manager

SilTerra

11:00 – 11:20

BelGaN – Moving to The Next Chapter

Started early 2022 as a new GaN-focused foundry at the heart of Europe, BelGaN announced early August 2023 the production-release of its 1st generation 650V eGaN technology, preparing for ramp-up by end 2023.

Meanwhile BelGaN also launched GaN-ValleyTM, grouping over 40 members in a European ecosystem of Academia and Industry along the GaN value chain, to accelerate innovation and scale-up of a GaN industry in Europe and beyond, towards a sustainable electrified future, aligned with the European ambitions of ChipsAct and Green Deal. Exciting times at rocket speed!

The presentation will walk through the journey of bringing up BelGaN technology at record speed and will describe status and offering, with a view on the roadmap.

It will outline various differentiated services that BelGaN offers to its customers:

(1) harvesting innovation (‘Lab-to-Fab’); (2) automotive quality to our customers’ customers; (3) GaN chip design services.

Finally, it will give an update on the GaN-ValleyTM status and ambitions.

Marnix Tack, Ph.D.

CTO & VP Business Development

11:00 – 11:10

Processing Innovations to Address the Manufacturing Challenges of Heterogeneous Integration

Heterogeneous design and integration has been referred to as the fourth stage in the evolution of Moore’s Law, as it enables us to integrate sets of chiplets into high performance computing packages with simultaneous improvements in power, performance, and area-cost. The need for high bandwidth and power-efficient interconnects between chiplets is driving new process technologies and automation technologies that address the higher feature densities and higher sensitivity to defects.

Large form factor panel-level processing enables higher manufacturing productivity at low cost but introduces several manufacturing challenges. The higher density of interconnections requires fine line capability that presents a challenge to traditional process equipment. Warping of the large and flexible substrates presents challenges both for handling the panels as well as the formation of reliable interconnects. The complexity of assembling multi-chiplet packages requires new factory automation solutions that can maximize product quality and factory utilization.

High resolution patterning can be achieved with materials and technologies from traditional front end processing, including PVD, Dry Etch, CVD and ALD. With its broad portfolio of semiconductor and display fabrication technologies and products, Applied Materials is addressing the challenge of delivering Front End manufacturing capability at Back End cost requirements. This presentation will highlight Applied innovations that enable panel level packaging and the factory of the future.

Len Tedeschi photo

Len Tedeschi

VP & GM Core Packaging Products

Applied Materials

11:00 – 11:20

Building the Metaverse: Augmented Reality applications and integrated circuits challenges

Augmented reality is a set of technologies that will fundamentally change the way we interact with our environment. It represents a merging of the physical and the digital worlds into a rich, context aware and accessible user interface delivered through a socially acceptable form factor such as eyeglasses. One of the biggest challenges in realizing a comprehensive AR experience are the performance and form factor requiring new custom silicon. Innovations are mandatory to manage power consumption constraints and ensure both adequate battery life and a physically comfortable thermal envelope. This presentation reviews Augmented Reality and Virtual Reality applications and Silicon challenges.

Edith Beigné photo

Edith Beigné

Silicon Research Director at Reality Labs

Meta

11:00 –

EVATEC – Thin Film Production Solutions for HeterogeneousIntegration

Heterogeneous Integration requires knowledge in functional layers within the dies, along with expertise in Advanced Packaging. Whereas the first part is genuinely core competence of Evatec for piezoelectric sensing or actuating elements, we also have a strong footprint in the AP court. The interdisciplinary approach is of the essence there, for instance in heat dissipation, magnetic shielding, or stress compensation. Mastering the 3rd dimension is also common for both MEMS and AP, where TSVs are elementary.

A variety of deposition technologies such as PVD, PECVD and PEALD on specific tool concepts (batch, single wafer or inline) enables the realization of interesting combinations. This is where Photonics, Optoelectronics, Semiconductors and Advanced Packaging come together – forming today’s MEMS devices.

Dr. Yuan Lu photo

Dr. Yuan Lu

Manager Technical Marketing Management

Evatec

Challenges for SEA to Move Towards Advanced Packaging Technology

11:05 – 11:25

Virtual

Vehicle Electrification Catalyzing Power SiC Mass Commercialization

SiC brings compelling advantages to vehicle electrification including higher efficiency, fast charging, weight/volume reductions, and ultimately cost savings. Indeed, electric vehicle system insertion has emerged as the mass commercialization opportunity for SiC power semiconductors catalyzing their explosive growth. In this presentation, the fab models of the vibrant SiC manufacturing infrastructure will be introduced. In particular, the modest capital investments to manufacture SiC in mature fully depreciated fabs, alongside Si, leverage existing infrastructure and allow for SiC fabrication at Si economies of scale. Key barriers to SiC volume adoption will be identified and discussed. Finally, the impact of the US$150M PowerAmerica member-driven consortium in accelerating SiC and GaN power technologies will be summarized.

Victor Veliadis, Ph.D.

Executive Director & CTO

PowerAmerica

11:05 – 11:35

TBC

The invisible semiconductor war has led to a change in semiconductor supply chain of global proportions and has led to a frenzy of fabs mushrooming around the globe. US, Europe, Taiwan, India, Japan, Korea and others are investing in fabs to become independent. Numerous amounts of fab capacity will be added globally in the next few years. However, no design ecosystem is being added to fulfill the semiconductor capacity of tomorrow.

This presentation specifically outlines, the need to create a design ecosystem in the region bringing semiconductor excellence and close the gap between fab capacities and design of new products to utilize the capacity, nourish the fabs of tomorrow and keep them fully fed. The devices and systems need to be designed with cutting edge technologies and simultaneous consideration of the semiconductor supply chain. Accelerating the next and future generations of semiconductor products will impact all aspects of modern life. The semiconductor excellence in the region will drive design and deployment of new semiconductor products through the development of design ecosystem and engaging the full spectrum of talent in the academic community. The goal is to cultivate a broad coalition of training in semiconductor design across engineering communities to utilize a co-design approach including education and training, to enable rapid progress in regional semiconductor excellence.

Details regarding Design ecosystem creation with support from industry experts and training of locals on actual projects and return of investment in 2 to 3 years with plans to double the investment and positive ROI. Your support is vital in bringing semiconductor excellence to the region.

Asif Arfi photo

Asif Arfi

Consultant

Banyan Technologies

11:05 – 11:25

Volkswagen Group – Power Electronics In-House Development

Volkswagen Group Components with its more than 70.000 employees in over 60 factories worldwide is one of the biggest Tier 1 suppliers in the world – a hidden gem under the roof of the Volkswagen Group. With our dedication to developing the key parts of power electronics in-house – down to the level of semiconductor specification – we will enhance our product portfolio, change supply chains sustainably and disrupt automotive electronics’ products and processes.

This keynote will give an insight into the future journey of Volkswagen Group Components by outlining the technical approach of our next generation inverter platform. The motivation behind the increased development depth will be highlighted and the importance of strong and new ways of collaboration between all players in the automotive value chain will be shown. We create future mobility – for generations to come.

Alexander Krick

Executive Vice President

Volkswagen Group Technology

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