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Steven Woo

Fellow & Distinguished Inventor, RAMBUS INC

Search every verified Steven Woo interview, podcast appearance, and on-the-record quote — each transcript cross-checked by AI and human review to confirm speaker identity. Steven Woo, a Fellow and Distinguished Inventor at Rambus, spoke at the CASPA 2023 Annual Conference about the impact of artificial intelligence on the semiconductor industry. Woo described AI as a "generational technology" that is "once in a lifetime" and has had a "tremendous impact" on the industry. He stated that his company is focused on delivering the technology, performance, and power efficiency that the industry requires. Woo noted that he has worked in memory technology for 25 years and has represented Rambus at CASPA for more than 15 years. He characterized the CASPA event as "really great," saying it brings together speakers with diverse perspectives from component manufacturers, systems companies, and software companies, providing a comprehensive view of the ecosystem.

Recent appearances

  • Memory Systems for AI in the Data Center - Rambus Design Summit 2023

    Developments in generative AI and Large Language Models are moving at a lightning pace. Incredible amounts of data must be processed and moved to train models which at their largest now exceed one trillion parameters. Join Rambus Fellow and Distinguished Inventor, Dr. Steven Woo, as he discusses the memory and interface technologies critical to powering next-generation computing architectures for AI/ML in the data center and beyond.

    Watch on YouTube ↗

  • Data Center Dynamics - Rambus Design Summit 2021

    Ed Sperling, Editor in Chief of Semiconductor Engineering moderates a far-ranging roundtable on the dynamics shaping the future of the data center. Rambus Fellow and Distinguished Inventor, Steven Woo, discusses the macro trends and their impact on compute and network device architectures. Technology leaders from across Rambus will share the chip and IP solutions that can take data center performance and security to the next level. In this webinar, you'll learn: Technology trends for next-generation data centers Requirements and solutions for memory and system interconnects Implications and s…

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  • How Bandwidth is Key to Unlocking Greater AI Performance - Rambus Design Summit 2020

    Rambus fellow and distinguished inventor, Dr. Steven Woo, explores the latest developments in AI/ML training and inference. AI/ML performance is advancing at an astonishing rate thanks to purpose-built AI accelerators. Dr. Woo discusses how emerging memory and system interfaces are key to providing the bandwidth needed for the next generation of AI/ML hardware. In this webinar, you'll learn: The latest trends in AI/ML training Impact of memory bandwidth on AI performance Memory solutions for next-generation AI accelerators

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  • How Memory Technology Is Powering the Next Era of Compute | Rambus Panel 2026

    The AI revolution is reshaping everything we know about system design, especially memory. In this Rambus-hosted panel, Rambus experts Steve Woo, John Eble, and Nidish Kamath join moderator Tim Messegee to break down how next‑generation AI workloads are driving dramatic changes across the memory hierarchy. From exploding model sizes and longer context windows to fully re-architected data centers drawing megawatts per rack, this panel dives deep into the bandwidth, capacity, power, and reliability challenges that define today’s AI infrastructure. What You’ll Learn Why SRAM scaling limits ar…

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  • CASPA 2023 ANNUAL CONFERENCE - Steven Woo interview DingDingTV

    CASPA 2023 ANNUAL CONFERENCE AND DINNER BANQUET - Empower AI - How Semiconductors Shape the Future of the ...

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  • Latency Under Load: HBM2 vs. GDDR6

    Steven Woo, Rambus fellow and distinguished inventor, explains to Semiconductor Engineering why data traffic and bandwidth are critical to choosing the type of DRAM, options for improving traffic flow in different memory types, and how this works with multiple memory types.

    Watch on YouTube ↗

The summary and quote tags on this profile are produced with AI assistance from verified, first-person interview transcripts, then checked by our team to confirm the speaker's identity and the accuracy of every quote. See how we verify →