NVIDIA at OCP Global Summit 2026

Join NVIDIA at the OCP Global Summit 2026

San Jose McEnery Convention Center
October 12–15

Check out this year’s Open Compute Global Summit (OCP) to see all the latest advancements and innovations in NVIDIA’s accelerated computing platform. We’ll feature a keynote, plus groundbreaking sessions from NVIDIA speakers on the latest in AI, AI infrastructure, networking, energy efficiency, security, and more.

Ian Buck, VP of Hyperscale and High-Performance Computing, NVIDIA

OCP 2026 Keynote: AI Factories at Scale: Advancing Open Infrastructure for Agentic AI

Join us on Monday, October 12, at 5:55 p.m., to discover how NVIDIA and its partners are advancing the open ecosystem through OCP and shaping the path forward for AI factories at scale.

AI Factory MGX Ecosystem

Walk alongside an AI factory! The NVIDIA AI Factory MGX™ Ecosystem Showcase translates rack-scale engineering into an immersive, room-scale experience that reveals how power delivery, cooling, and modular infrastructure enable the creation of intelligence at scale. With more than 200 ecosystem partners already adopting MGX designs, enterprises gain a future-proof path to AI factory success.

Schedule at a Glance

OCP 2026 will spotlight the latest innovations driving the future of open data center design and accelerated infrastructure. Explore the powerful lineup of NVIDIA sessions featured in this year’s program to see how we’re shaping the next era of scalable, sustainable computing.

Monday, October 12 | 5:55–6:15 p.m.

Ian Buck Keynote: Advancing Open Infrastructure for Agentic AI

Street Level, South Hall

Tuesday, October 13 | 2:05–2:25 p.m.

Beyond Physical Digital Twins: Why Logical Digital Twins Are Essential for AI Factory Design, Validation, and Operations

Concourse Level, 220B

Tuesday, October 13 | 2:25–2:45 p.m.

Cooling Distribution Unit Sub-Project Overview and Updates

Concourse Level, 220C

Tuesday, October 13 | 2:30–2:45 p.m.

AI Tokenomics Explained

Concourse Level, 220B

Tuesday, October 13 | 4:05–4:20 p.m.

NVIDIA SDK + FBOSS: Building Production-Ready AI Network Fabrics

Concourse Level, 210AE

Tuesday, October 13 | 4:05–4:20 p.m.

800 VDC AI Factories: From Architecture Alignment to Industry Deployment

Concourse Level, 210CG

Tuesday, October 13 | 4:45–5 p.m.

Flexibility the Grid Can Count On: Turning Curtailable Load Into Interconnection Capacity

Concourse Level, 210CG

Wednesday, October 14 | 8:15–9:10 a.m.

OCP Hardware Fault Management Workstreams Status and Relationship

Concourse Level, 211

Wednesday, October 14 | 8:50–9:05 a.m.

Defining End-to-End 800VDC System Performance Requirements

Concourse Level, 210CG

Wednesday, October 14 | 9:10–9:30 a.m.

LVDC: Building an Open and Evolving Ecosystem

Concourse Level, 210CG

Wednesday, October 14 | 9:15–9:30 a.m.

Revolutionizing Networking for Gigawatt AI Factories

Concourse Level, 210AE

Wednesday, October 14 | 10:05–10:20 a.m.

Fluid Flush/Fill Cart for Pre-Deployment Conditioning of Liquid-Cooled IT Systems

Concourse Level, 220C

Wednesday, October 14 | 10:40–11 a.m.

Democratizing DPU High Availability With a SONiC-Driven DASH HA Control Plane

Concourse Level, 230A

Wednesday, October 14 | 12:30–12:50 p.m.

IO Prioritization for Optimized Command Handling

Concourse Level, 212

Wednesday, October 14 | 1:35–1:55 p.m.

Designing Safe 800 VDC Systems: Protection, Fault Management, and Operations

Concourse Level, 210CG

Wednesday, October 14 | 3:15–3:35 p.m.

Integrating Solid-State Transformer to Data Center LVDC Ecosystem

Concourse Level, 210CG

Wednesday, October 14 | 3:40–4 p.m.

Grid Interconnection Requirements for Large Loads and Path to Next-Generation Data Center Power Architectures

Concourse Level, 210CG

Wednesday, October 14 | 3:40–4:05 p.m.

OBMF Specifications and Workstream Status Update

Concourse Level, 210CG

Wednesday, October 14 | 4:35–5 p.m.

From Scale to Security: Evolving GPU Management Standards in 2026

Concourse Level, 211

Thursday, October 15 | 8–8:15 a.m.

An Introduction to Attesting Hitlessly Updatable Systems

Concourse Level, 212

Thursday, October 15 | 8–8:15 a.m.

CTAM: Three Years of Bridging Hyperscalers and Suppliers Through GPU Accelerator Compliance

Lower Level, 20BCD

Thursday, October 15 | 9:05–9:30 a.m.

Considerations for Shipping and Storage of 1-Phase Cold Plate Liquid-Cooled Racks and Servers

Concourse Level, 220C

Thursday, October 15 | 9:45–10:10 a.m.

USB to Rule Them All: One Manageability Interface for AI Platforms

Concourse Level, 220B

Thursday, October 15 | 11:15–11:30 a.m.

Evaluating Heat Rejection System Configurations for AI Data Centers: A Multi-Metric Analysis

Concourse Level, 210CG

Thursday, October 15 | 12:30–12:55 p.m.

Next-Generation ML Infrastructure: The Open DC Architecture

Concourse Level, 210CG

Thursday, October 15 | 1:15–1:30 p.m.

Secure Key Distribution Protocol for SoC Hardware Blocks

Concourse Level, 212

Thursday, October 15 | 1:35–1:50 p.m.

MGX Power Rack Reference Design

Concourse Level, 230A

Thursday, October 15 | 3:10–3:30 p.m.

Commissioning Liquid-Cooled Data Centers With Computing Equipment for Operational Readiness

Concourse Level, 210CG

Thursday, October 15 | 3:10–3:30 p.m.

Deep Dive: Biomanagement for Liquid Cooling

Concourse Level, 220C

Thursday, October 15 | 3:35–4 p.m.

The AI Factory Digital Twin: Optimizing Tokens per Watt Across the Full Stack

Concourse Level, 210CG

Architectures for the Modern Data Center and AI Factory

NVIDIA Vera Rubin

NVIDIA Vera Rubin is built for the next generation of AI, supercharging agentic AI and AI reasoning. With extreme co-design across seven chips, NVIDIA Vera Rubin delivers flexible deployment options while slashing training and inference token costs, dramatically lowering the total cost of AI deployment.

NVIDIA Vera CPU

The NVIDIA Vera CPU is the world’s first processor purpose-built for the age of agentic AI—delivering 1.8x faster task completion and twice the efficiency of traditional x86 CPUs. Powered by 88 custom NVIDIA Olympus cores with the highest single-thread performance and bandwidth per core, NVIDIA Vera keeps GPUs fully utilized, agents responsive, and AI factories running at full speed.

NVIDIA MGX

NVIDIA MGX is a modular reference architecture for accelerated computing that supports hundreds of GPU, DPU, CPU, storage, and networking combinations for AI, high-performance computing (HPC), and NVIDIA Omniverse™ workloads.

NVIDIA Spectrum-X Ethernet

The NVIDIA Spectrum-X™ Ethernet networking platform delivers the highest performance for AI. It connects compute fabrics within the data center and scales across multiple AI data centers with Spectrum-XGS Ethernet technology to form massive AI super-factories capable of gigascale intelligence.


Explore NVIDIA Solutions

NVIDIA Inference Platform

Delivering the lowest cost per token and best total cost of ownership (TCO) to power the most performant, efficient, and profitable AI factories. NVIDIA’s inference platform delivers a continuously optimized full-stack solution with codesigned compute, networking, storage, and software to enable the highest performance per watt across diverse workloads.

NVIDIA DSX AI Factory Platform

NVIDIA DSX™ defines how AI factories are designed, built, and optimized across the full stack—from the grid, facilities, and chips to infrastructure software and partner technologies—to produce more useful AI output from available power and infrastructure. DSX combines open software libraries, workflow guides, and reference designs with NVIDIA compute platforms and co-designed OEM infrastructure to enable a broad ecosystem of software and hardware solutions.

NVIDIA Vera Rubin NVL72

NVIDIA Vera Rubin NVL72 unifies 72 NVIDIA Rubin GPUs, 36 NVIDIA Vera CPUs, NVIDIA ConnectX™-9 SuperNICs™, and NVIDIA BlueField™-4 DPUs. It scales up intelligence in a rack-scale platform with the sixth-generation NVIDIA NVLink™ and NVLink Switch and scales out with NVIDIA Quantum-X800 InfiniBand and NVIDIA Spectrum-X Ethernet to power the AI industrial revolution at scale.

NVIDIA NVLink Fusion

NVIDIA NVLink Fusion connects custom XPUs and CPUs to NVIDIA’s AI infrastructure platform, enabling silicon innovators to combine their specialized chips with proven, mature infrastructure for better performance, faster time to market, and reduced deployment risk.

Programs and Technical Training

NVIDIA Program for Startups

NVIDIA Inception provides over 15,000 worldwide members with access to the latest developer resources, preferred pricing on NVIDIA software and hardware, and exposure to the venture capital community. The program is free and available to tech startups of all stages.

Training for Organizational Growth

Our expert-led courses and workshops provide learners with the knowledge and hands-on experience necessary to unlock the full potential of NVIDIA solutions. Our customized training plans are designed to bridge technical skill gaps and provide relevant, timely, and cost-effective solutions for an organization’s growth and development.

AI Infrastructure and Operations Expertise

NVIDIA AI infrastructure and operations courses and certifications provide the knowledge and hands-on practice to help you get up to speed quickly to install, deploy, configure, operate, and troubleshoot AI infrastructure and operations.

Frequently Asked Questions About OCP Global Summit 2026

The OCP Global Summit is a premier industry event showcasing the latest advancements and innovations in open data center design, including NVIDIA’s accelerated computing platform. It features keynotes and sessions on AI, infrastructure, networking, energy efficiency, and security.

The event is scheduled for October 12–15, 2026, and will be held at the San Jose McEnery Convention Center in San Jose, California. 

Ian Buck, NVIDIA’s VP of Hyperscale and High-Performance Computing, will deliver the keynote presentation on Monday, October 12, focusing on the future of open infrastructure for AI.

NVIDIA speakers will present on a wide range of topics, including AI infrastructure, advanced networking, energy efficiency, 800 VDC, liquid cooling solutions, and security for the next generation of AI factories.

You can register for the summit through the official event registration portal. 

NVIDIA Vera Rubin is NVIDIA’s pod-scale foundation for AI factories built for agentic AI to deliver the best performance per watt and lowest token cost through extreme co-design. Vera Rubin combines five purpose-built racks into a fully integrated platform operating as one massive AI supercomputer. 

NVIDIA MGX™ is an open modular reference architecture that enables OEMs, ODMs, and ecosystem partners to build accelerated computing systems faster. From single-node servers to rack-scale AI factories, NVIDIA MGX reduces engineering costs, shortens time to market, and delivers multigenerational compatibility for the ecosystem. 

Meet Our Partners

Register now to join NVIDIA at OCP.