Call for Papers

in 3 months

OPI Summit on DPU/IPUs 2026

event date

15 Oct 2026

location

San Jose, California, United States


The Second OPI Summit on DPU/IPUs will be co-located with the OCP Global summit, and will take place in October 2026. The OPI Summit is open to everyone involved in the design, development, integration, marketing, use, or support of DPU/IPUs, or related hardware, software, or services. The Second OPI Summit on DPU/IPUs seeks original, high-quality submissions that improve and further the knowledge of DPU/IPUs, with an emphasis on ease-of-use, PoC implementations, and experimental results. We are interested in systems of all scales, from small embedded devices to data centers and clouds.

open, 37 days left
Call for Papers
Call opens at 12:00 AM

13 Jul 2026

Call closes at 11:59 PM

23 Aug 2026

Call closes in Pacific Daylight Time (UTC-07:00) timezone.
Closing time in your timezone () is .

DATES TO REMEMBER:

  • CFP Close: Sunday, August 23, 2026 at 11:59 PM PDT (UTC -7)
  • CFP Notifications: Monday, August 24 - Friday, August 28
  • Schedule Announced: Wednesday, September 2
  • Event Date: Thursday, October 15, 2026

Reminder: This is a community event — so no product and/or vendor sales pitches.

SUGGESTED TOPICS

  • Applications on DPU/IPUs: Networking, security, storage (including disaggregated storage protocols like NVMe-oF), HPC, etc.
  • Provisioning, LCM, and Fleet Management: Vendor-agnostic solutions and API standardization.
  • Use DPU/IPUs in Kubernetes environments: Use-cases, operators, resource-management, and ensuring DPUs support multi-tenancy for different ISVs.
  • Standards and Interoperability: Applicable to DPU/IPUs across the ecosystem.
  • DPU/IPUs in AI Infrastructure & Inference: Managing AI inference data movement, AI-driven storage (KV cache offloads), secure GPU assignment via device attestation, and reducing virtualization compute overhead to free up rack space and power for AI hardware.
  • Virtualization & Standard VM Workloads: Supporting legacy enterprise environments (OpenStack/QEMU), virtualization stack optimization (e.g., OVS offload), and utilizing Host-Initiated IPU (Standard NIC/FNIC mode) for frictionless adoption.
  • Confidential Computing & Advanced Security: Securing boundaries between the host and IPU, providing tenant-specific secure tunnels (host pod isolation), and utilizing DPU/IPUs for crypto offloads
  • Sustainability & Edge Computing: Optimizing power and thermal envelopes in high-density data centers, and leveraging DPUs at the network edge for low-latency localized processing.

CODE OF CONDUCT

By submitting, you agree to The Linux Foundation's Code of Conduct.

COMMITMENT TO INCLUSIVITY

Please review The Linux Foundation's Inclusive Speaker Orientation and Inclusive Language Initiative.

PRIVACY POLICY

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Speaker personal information including name, company, job title, biography and photo will appear on the public schedule. For information on our privacy practices and commitment to protecting your privacy, please review our Privacy Policy.

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