Lisa Su in Conversation with Ryan Patel | SXSW 2024

How y'all doing?

The speaker engages with the audience, setting the tone for an unconventional keynote session focused on the future of AI and technology.

Engaging with the Audience

• The speaker interacts with the audience, emphasizing a unique keynote experience.

• Introducing a discussion on the future of AI through videos and engaging presentations.

• Highlighting the importance of product experience in technology discussions.

• Welcoming Dr. Lisa Su to join the conversation.

• Expressing familiarity and comfort in conversing with Dr. Lisa Su.

Evolution of AMD and Embracing Challenges

Discussion on AMD's evolution, leadership philosophy, and embracing challenges in shaping technological advancements.

Leadership Philosophy and Industry Evolution

• Reflecting on conversations about AMD's evolution at expos.

• Dr. Lisa Su shares her journey in semiconductor industry and passion for technology.

• Emphasizing the significance of semiconductors in powering various devices.

• Advocating for tackling important challenges to make a positive impact globally.

AMD's Impact and Portfolio Diversity

Exploring AMD's widespread influence across different sectors and its commitment to enhancing user experiences through diverse product offerings.

Influence Across Sectors

• Discussing AMD's role in powering services used by billions worldwide.

• Highlighting AMD's presence in gaming consoles like Xbox and PlayStation 5.

• Notable presence in Tesla vehicles showcasing portfolio diversity.

Semiconductor Industry and Hollywood Collaboration

The discussion revolves around the semiconductor industry, particularly in relation to the entertainment industry, focusing on the impact of technology on film production.

Evolution of Semiconductors

• A reflection on working in a semiconductor lab as a graduate student, highlighting the fascination with creating tiny chips that were instrumental despite not being considered "sexy" at the time.

• Acknowledgment of the evolving perception of semiconductors, transitioning from being unglamorous to gaining recognition for their importance in industries like Hollywood.

Technology in Film Production

• Importance of computing power in Hollywood for creating feature films and special effects, emphasizing the need for significant computational resources.

• Transformation in processing power within creative studios from 8-10 cores to a substantial increase facilitated by advanced computing technologies.

• Significance of enhanced computing power in reducing rendering time from days to hours, revolutionizing movie-making processes and enabling accelerated production.

Collaboration Between AMD and Entertainment Industry

The conversation delves into collaborations between AMD and prominent entities within the entertainment industry, showcasing technological advancements impacting film production.

AMD's Role in Entertainment

• Recognition of AMD's association with renowned studios like Pixar and Weta FX, contributing cutting-edge hardware for projects such as "Avatar 2" and "Planet of the Apes".

• Celebration of "War Is Over" winning an Oscar with its animation entirely done using AMD technology, highlighting real-time technologies' innovative application.

• Introduction of David Conley from Weta as a guest speaker at South by Southwest event, emphasizing collaboration between technology (AMD) and art (film production).

Technological Advancements

• Integration of AI, technology, and art to push boundaries in film creation through leveraging compute power provided by companies like AMD.

• Exploration of the intersection between media, entertainment, technology, and art to enhance visual storytelling capabilities using advanced technologies.

Impact of Partnerships on Film Production

The dialogue focuses on partnerships between companies like AMD and film production entities like Weta FX to drive innovation and elevate cinematic experiences through technological advancements.

Partnership Dynamics

• Linking compute power advancements over 30 years to transformative changes in filmmaking capabilities enabled by collaborations between tech firms (e.g., AMD), filmmakers (e.g., Peter Jackson), and VFX studios (e.g., Weta).

AI and Entertainment Industry

In this section, the discussion revolves around the utilization of AI in the entertainment industry and its impact on creativity and production processes.

Utilization of AMD Technology

• The speaker emphasizes the comprehensive use of AMD technology as soon as it is available.

• Talks about transitioning from GPU to CPUs in the industry, highlighting a partnership between technology advancements and filmmaking.

Role of AI in Entertainment

• Envisions a future where gaming, visual effects, and movie-making converge through real-time entertainment with the aid of companies like AMD.

• Acknowledges that AI will play a significant role in achieving real-time processing and rendering for enhanced creative output.

Empowering Artists

• Stresses the importance of minimizing time spent on technical tasks to allow artists more creative freedom.

• Emphasizes fostering creative energies by reducing rendering times, enabling artists to focus on innovation rather than waiting for processes to complete.

Partnership with Adobe and Future Trends

This segment delves into collaborations with Adobe, hardware optimization for content creation, and the transformative potential of generative AI.

Collaboration with Adobe

• Highlights partnerships with Adobe aimed at providing optimal computing solutions for various user categories.

• Discusses how joint efforts between hardware providers like AMD and software developers like Adobe lead to improved rendering speeds and overall productivity gains.

Generative AI Advancements

• Explores the significance of generative AI in revolutionizing content creation processes by enhancing productivity without replacing creators.

• Emphasizes that hardware-software partnerships are pivotal in elevating creators' efficiency while maintaining high-quality outputs.

Evolution of Hardware for AI

Focuses on the evolution of hardware technologies supporting AI applications within different industries over time.

Hardware Evolution

• Discusses the need for diverse hardware engines to support evolving AI requirements over the next decade.

• Mentions CPUs, GPUs, and NPUs as key components driving increased computational capabilities within compact footprints for enhanced efficiency.

Future Prospects in AI Technology

Explores future trajectories in artificial intelligence technology development and its profound impact across various sectors.

Importance of AI

AI and Generative AI

In this section, the speaker discusses the significance of AI and generative AI, highlighting the impact of technologies like chat GPT and the computing power required for such advancements.

Importance of Generative AI

• Generative AI, particularly chat GPT, has gained immense importance due to its simplicity in providing information or recommendations.

• The latest generative AI chip, MI300, showcases significant technological advancement with 153 billion transistors and 12 chiplets stacked together for enhanced power.

• The stacking of chiplets in the MI300 chip enables powerful processing similar to data centers used for training and responding to queries in technologies like chat GPT.

Infrastructure AI Evolution

This part focuses on the role of infrastructure AI in shaping future technological landscapes and its integration into various devices.

Infrastructure AI Expansion

• Infrastructure AI is crucial for supporting large-scale applications like chat GPT across data centers worldwide.

• Over the next decade, AI is expected to permeate various platforms from data centers to personal devices like PCs.

• AIPC (AI Personal Computer) emerges as a key concept signifying a shift towards personalized AI capabilities accessible to individuals.

AIPC Advantages

The discussion delves into AIPCs' significance in democratizing access to personal AI capabilities and enhancing productivity through localized processing.

Significance of AIPCs

• AIPCs represent a paradigm shift by enabling individuals to possess their own AI capabilities without relying solely on cloud-based services.

• AIPCs aim to provide faster responses while maintaining privacy by allowing users to operate on their data locally.

Discussion on AI Partnerships and Ecosystem

In this segment, the discussion revolves around the importance of partnerships in unlocking AI capabilities and fostering a collaborative ecosystem for innovation.

Importance of Collaboration in AI Development

• AMD emphasizes the significance of collaboration in the AI space, highlighting the role of partnerships in driving community progress.

• Deep partnerships with companies like Microsoft, HP, and Lenovo are crucial for building a comprehensive AI ecosystem.

• The goal is to simplify AI usage for all stakeholders, emphasizing the potential of AI technology moving forward.

AI Integration at AMD

This section delves into how AMD incorporates AI across its operations to enhance productivity and drive innovation.

Integrating AI Across Business Functions

• AMD leverages AI extensively within its operations to design chips, improve software development, and enhance various processes such as HR and customer service.

• By automating routine tasks through AI, AMD aims to elevate employee engagement by focusing on higher-value activities.

• Continuous learning is emphasized as essential in shaping future products and optimizing organizational strategies through AI integration.

Open Source Approach in the Industry

The conversation shifts towards industry dynamics regarding proprietary approaches versus open ecosystems in advancing AI technologies.

Embracing Open Source Philosophy

• AMD advocates for an open ecosystem approach, supporting collaboration over competition to accelerate innovation.

Lisa Su on Keeping Up with Technology

Lisa Su discusses the importance of staying updated with technology trends and the role of engineers in her work.

Staying Ahead in Technology

• Lisa emphasizes continuous learning in a rapidly evolving tech landscape.

• AI integration is highlighted as a future trend for accessibility and usability.

• The goal is to make AI more widespread and integrated into various product portfolios.

Rapid Changes in Technology

Lisa Su predicts swift advancements in technology accessibility and usage.

Accelerating Technological Change

• Anticipates widespread access to advanced technology capabilities within a year.

• Emphasizes the imminent nature of technological change and its increasing prevalence.

Reflection on Leadership at AMD

Reflecting on leadership milestones and growth at AMD.

Leadership Journey at AMD

• Acknowledgment of significant revenue growth under Lisa's leadership.

• Recognition of Lisa's leadership impact and legendary status within the industry.

Insights on Leadership Strategy

Delving into Lisa Su's approach to leadership strategies at AMD.

Leadership Strategies Discussed

• Lisa shares her passion for her role as CEO of AMD, focusing on impactful product development.

Semiconductor Technology and Energy Efficiency

In this segment, the discussion revolves around the intersection of semiconductor technology with energy use and its implications for addressing the climate crisis. The focus is on enhancing energy efficiency in computing systems.

Semiconductor Power Consumption and Efficiency

• Building more powerful machines requires significant power consumption.

• Emphasis on developing energy-efficient systems to reduce power usage in computing technology by 30 times over the next five years.

AI Inference: Edge vs. Cloud

The conversation shifts towards AI inference, comparing its occurrence at the edge versus in the cloud and predicting future trends in AI deployment.

Distribution of AI Inference

• Currently, most AI inference occurs in the cloud, leading to latency issues.

• Anticipation of a significant shift towards edge-based AI inference surpassing cloud-based inference in the coming years.

Personal Insights and Industry Competition

Personal insights are shared regarding workout routines, followed by discussions on industry competition and AMD's position relative to NVIDIA.

Personal Workout Regime

• Lisa's workout routine includes boxing and strength training sessions.

Industry Competition: AMD vs. NVIDIA

• Acknowledgment of NVIDIA's dominance but expressing confidence in AMD's trajectory within the AI technology landscape.

Supply Chain Challenges and Solutions

Addressing supply chain challenges within the chip industry, focusing on increasing future supply to meet growing demand for GPU products.

Supply Chain Management

• Discussion on managing chip supply challenges within the industry.

• Commitment to ramp up GPU supply significantly each quarter to address demand-supply gaps effectively.

Career Accomplishments and Internship Opportunities

Reflecting on career achievements while also addressing internship opportunities at AMD for aspiring AI application developers.

Career Milestones

Good Products and Great Stories

In this section, Lisa Su discusses the journey of AMD towards creating powerful products like the world's fastest supercomputer, Frontier, powered by AMD EPYC CPUs and GPUs. She also touches upon AMD's responsibility in the AI ecosystem.

AMD's Journey to Building Frontier Supercomputer

• Lisa Su recounts Mark Papermaster proposing to build the most powerful supercomputer in the world despite not having released new product lines yet.

• The world's fastest supercomputer, Frontier, at Oak Ridge National Labs is powered by AMD EPYC CPUs and GPUs.

AMD's Responsibility in AI

• Lisa Su emphasizes that large companies in the AI ecosystem have a responsibility, mentioning AMD's responsible AI team led by Victor Peng.

• Ensuring secure hardware and unbiased data usage are crucial aspects of responsible AI implementation according to Lisa Su.

Moore's Law and Chip Design

This part delves into how AMD is pushing the limits of Moore's law through innovative chip design strategies.

Extending Moore's Law

• Lisa Su acknowledges that Moore’s law is slowing down but highlights engineers' ability to find new solutions such as stacking chips for enhanced performance.

• Stacking chips side by side and on top of each other along with advanced design capabilities aim to extend performance curves beyond traditional scaling methods.

Personal Insights and Advice

Lisa Su shares personal interests outside work and imparts advice for success focusing on problem-solving skills over changing technologies.

Personal Interests & Advice

• Lisa Su enjoys relaxing during weekends outside work, particularly exploring restaurants with her husband in Austin.

Interview Insights

Lisa shares advice for individuals looking to make a difference in the tech space, emphasizing the importance of diverse experiences and continuous learning.

Tips for Making a Difference

• Emphasizes the value of diverse experiences in AI to foster experimentation and learning from failures.

• Shares a personal lesson about learning from failures early in her career, highlighting the significance of continuous learning and growth.

• Provides advice tailored for engineers and business professionals based on her own experiences, stressing resilience and innovation in challenging situations.

• Reflects on a pivotal moment where she missed her annual operating plan by 50%, underscoring the importance of learning from mistakes and turning them into valuable experiences.

• Discusses the necessity of asking questions and viewing setbacks as opportunities for growth, encouraging a positive outlook on learning from challenges.

Future of AI

Lisa discusses her perspective on the future of AI, emphasizing its transformative potential and the need for continuous innovation.

The Future Landscape

• Expresses optimism about the future of AI, describing it as "mind-blowing" due to its vast possibilities for technological advancements.

• Highlights the synergy between computing power and AI in driving innovation to unprecedented levels, showcasing the limitless potential for groundbreaking developments.

Building an Inspiring Ecosystem

Acknowledgment of AMD's ecosystem-building efforts under Lisa's leadership, focusing on technology innovation and collaboration within the industry.

Inspiring Ecosystem Development

• Commends Lisa and AMD for fostering an inspiring ecosystem that promotes collaboration and staying ahead of industry trends through innovative approaches.