sourcestock-market
2026 08 25 Conference HOT Chips 2026 Program
Official program extract from https://hotchips.org/advance-program/. 63 new papers/sessions since last state.
view source ↗Source
Summary
Official program extract from https://hotchips.org/advance-program/. 63 new papers/sessions since last state. Official page only — titles and authors as listed on the program; no secondary blog coverage.
Program
- Tutorial 1: Memory technology Chair: Suresh Rajgopal
https://hotchips.org/advance-program/ - Memory: Feeding AI’s voracious hunger for data — Jim Handy, Objective Analysis
https://hotchips.org/advance-program/ - Evolving memory architectures for AI — Raghu Sreeramaneni, Micron
https://hotchips.org/advance-program/ - HBM Base Die: How HBM Will Evolve Using Advanced Logic Processes — Sangwook Han, Samsung
https://hotchips.org/advance-program/ - Advanced packaging for High Bandwidth Memory (HBM) — Jaesik Lee, SK Hynix
https://hotchips.org/advance-program/ - Tutorial 1: Memory technology (cont)
https://hotchips.org/advance-program/ - 3D DRAM based Accelerator for Generative Inference — Sudeep Bhoja (D-Matrix) & Aayush Ankit (Meta)
https://hotchips.org/advance-program/ - HBF in AI Compute - A System Architect’s view — Anurag Agrawal & Radhakrishna Giduthuri, Oxmiq Labs
https://hotchips.org/advance-program/ - Tutorial 2: RISC-V Chair: Marcel Tromp
https://hotchips.org/advance-program/ - Update on RISC-V standards and adoption, including profiles and platforms — Krste Asanovic, SiFive
https://hotchips.org/advance-program/ - Evolution of enterprise open-source on RISC-V and architectural convergence on RVA23 — Gordan Markus, Canonical
https://hotchips.org/advance-program/ - Tutorial 2: RISC-V (cont)
https://hotchips.org/advance-program/ - RISC-V profile and platform for interoperability with NVIDIA GPUs — Frans Sijstermans, NVIDIA
https://hotchips.org/advance-program/ - RISC-V for automotive: opportunities and challenges — Thomas Roecker, Infineon
https://hotchips.org/advance-program/ - Session: CPU 1 Chair: Ian Bratt
https://hotchips.org/advance-program/ - The future IBM Z & LinuxONE Processor and AI Inference Acceleration Chipset — Christian Zoellin, IBM
https://hotchips.org/advance-program/ - Intel Core Series 3, codename Wildcat Lake — Lance Hacking, Intel
https://hotchips.org/advance-program/ - NVIDIA’s Vera CPU — Jonathon Evans & Polychronis Xekalakis, NVIDIA
https://hotchips.org/advance-program/ - Session: CPU 2 Chair: Gabriel Southern
https://hotchips.org/advance-program/ - Next-Generation Arm-based CPU FUJITSU-MONAKA for green AI data center — Ryohei Okazaki, Fujitsu
https://hotchips.org/advance-program/ - Arm AGI : A Disaggregated, Chiplet-Based Server SoC for scalable coherency and memory Bandwidth in the Terabyte/s Era — Saurabh Pradhan & Deepak Goel, Arm
https://hotchips.org/advance-program/ - Diamond Rapids: Next Generation Intel Xeon CPU — Akhilesh Kumar & Krishnakanth Sistla, Intel
https://hotchips.org/advance-program/ - Keynote Chair: Cliff Young
https://hotchips.org/advance-program/ - Compute in Motion: Challenges of Autonomous Driving — Daniel Rosenband, Waymo
https://hotchips.org/advance-program/ - Session: Automotive Chair: Yasuo Ishii
https://hotchips.org/advance-program/ - Eagle-N: Chiplet-Based SoC for Scalable Automotive AI — KM Lim, BOS Semiconductors
https://hotchips.org/advance-program/ - Waymo sensor fusion processor — Sabareesh Ravikumar & Pieter Kapsenberg, Waymo
https://hotchips.org/advance-program/ - Session: GPU Chair: Pradeep Dubey
https://hotchips.org/advance-program/ - NVIDIA Rubin GPU: Driving the Era of Agentic AI — Manas Mandal, Rajballav Dash & Rouslan Dimitrov, NVIDIA
https://hotchips.org/advance-program/ - AMD Instinct MI400 Series GPU Architecture — Alan Smith & Maiyuran Subramaniam, AMD
https://hotchips.org/advance-program/ - System Architecture of the AMD MI400 Series GPU — Steve Scott, David Riddoch & Krishna Doddapaneni, AMD
https://hotchips.org/advance-program/ - Crescent Island: GPU Designed for Agentic AI Inference — Sumit Mohan & Hong Jiang, Intel
https://hotchips.org/advance-program/ - Session: FPGA Chair: Thierry Tambe
https://hotchips.org/advance-program/ - Secure Computing SoC for Physical AI, Data Center, and Mission Critical Systems — Jaideep Dastidar & Thomas To, AMD
https://hotchips.org/advance-program/ - Session: Memory Chair: Jae W. Lee
https://hotchips.org/advance-program/ - Samsung LPDDR5X-PIM: World’s First LPDDR based Processing in Memory (PIM) Solution for AI Inference — Karam Hwang, Samsung
https://hotchips.org/advance-program/ - XCENA MX1 CXL Computational Memory Device — Harry Kim (XCENA) & Jinin So (Samsung Electronics)
https://hotchips.org/advance-program/ - Session: Networking & Interconnect Chair: Greg Papadopoulos
https://hotchips.org/advance-program/ - Thor Ultra: An Ethernet NIC Chip Optimized for AI & HPC — Hemal Shah, Broadcom
https://hotchips.org/advance-program/ - NVIDIA BlueField-4 Processor Powers the AI Factory Operating System — Idan Burstein, NVIDIA
https://hotchips.org/advance-program/ - NVIDIA Spectrum-X Multiplane Network Architecture — Gilad Shainer, NVIDIA
https://hotchips.org/advance-program/ - Session: AI 1 Chair: Sherry Xu & John Wright
https://hotchips.org/advance-program/ - Meta’s Custom AI Silicon: From Recommendation to Dual-Mandate with GenAI — Srinagesh Loke, Cindy Chen & Jatinder Singh, Meta
https://hotchips.org/advance-program/ - Think Fast: LPU Accelerator for Heterogeneous Compute — Igor Arsovski & Santosh Raghavan, NVIDIA
https://hotchips.org/advance-program/ - The Cerebras Rack-Scale Architecture for Wafer Scale Engine — Jean-Philippe (J.P.) Fricker, Cerebras
https://hotchips.org/advance-program/ - MAIA 200: A Data Center Scale AI system - MAIA-200 Accelerator — Prashant Ranjan & Jackson Peng, Microsoft
https://hotchips.org/advance-program/ - Session: AI 2 Chair: Brucek Khailany
https://hotchips.org/advance-program/ - Dataflow at Scale: the SN50 RDU — Raghu Prabhakar, SambaNova
https://hotchips.org/advance-program/ - The Eighth Generation TPU Family: Two Chips Optimized for Training and Serving in the Agentic Era — Norman Jouppi & Sridhar Lakshmanamurthy, Google
https://hotchips.org/advance-program/ - You Can Just Build Things … Chips — Richard Ho, Ravi Narayanaswami & Chris Leary, OpenAI
https://hotchips.org/advance-program/ - Vice-Chair closing remarks
https://hotchips.org/advance-program/ - Croc: Training the Next Generation Chip Designers on Domain-Specific End-to-End Open Source Silicon
https://hotchips.org/advance-program/ - Gemmelos: A Dual-Chip Platform in Intel 16 for Multimodal Edge AI Applications
https://hotchips.org/advance-program/ - Pistil: A 16-nm Accelerator Co-Designed with a 20-Chiplet 2.5D System-in-Package Architecture for Distributed Small Language Model Inference at the Edge
https://hotchips.org/advance-program/ - Tensor Processing with Large-scale Homodyne Photonic Crossbar
https://hotchips.org/advance-program/ - From Python to Silicon: First Tapeouts Produced by an End-to-End Open-Source Hardware Compiler
https://hotchips.org/advance-program/ - ETHEREAL: a 17µs-latency event-driven GNN processor for high-resolution edge-AI vision
https://hotchips.org/advance-program/ - LUTs and Bolts: eFPGA SoC with Hardened MVM Engine for Deep Learning in 28nm
https://hotchips.org/advance-program/ - HiVec: Scalable and Energy Efficient CGRA in a RISC-V SoC for Wearables
https://hotchips.org/advance-program/ - CN101 - Thermodynamic Computing for Generative AI in Digital CMOS
https://hotchips.org/advance-program/ - From Microarchitecture to Silicon: An End-to-End RISC-V CPU Design Course
https://hotchips.org/advance-program/ - A Low-Power and Real-Time Vision-Language Navigation Processor with 3D Spatial Reasoning for Embodied Agents
https://hotchips.org/advance-program/ - Skip to primary navigation
https://hotchips.org/advance-program/#site-nav
Referenced by