Stanford
University
  • Stanford Home
  • Maps & Directions
  • Search Stanford
  • Emergency Info
  • Terms of Use
  • Privacy
  • Copyright
  • Trademarks
  • Non-Discrimination
  • Accessibility
© Stanford University.  Stanford, California 94305.

Stay Up To Date

Get the latest news, advances in research, policy work, and education program updates from HAI in your inbox weekly.

Sign Up For Latest News

Free Introductory GPU Hours to Unlock Marlowe’s Potential for Breakthrough Research | Stanford HAI
Navigate
  • About
  • Events
  • AI Glossary
  • Careers
  • Search
Participate
  • Get Involved
  • Support HAI
  • Contact Us
Skip to content
  • About

    • About
    • People
    • Get Involved with HAI
    • Support HAI
    • Subscribe to Email
  • Research

    • Research
    • Marlowe (opens in new tab)
    • Research Programs
    • Grants
    • Student Affinity Groups
    • Centers & Labs
    • Research Publications
    • Research Partners
  • Education

    • Education
    • Executive and Professional Education
    • Government and Policymakers
    • K-12
    • Stanford Students
  • Policy

    • Policy
    • Policy Publications
    • Policymaker Education
    • Student Opportunities
  • AI Index

    • AI Index
    • AI Index Report
    • Global Vibrancy Tool
    • People
  • News
  • Events
  • Industry
  • Centers & Labs
news

Free Introductory GPU Hours to Unlock Marlowe’s Potential for Breakthrough Research

Date
September 17, 2025
Topics
Communications, Media

Stanford researchers now have access to Marlowe, a high-performance computing (HPC) cluster designed to accelerate data science and artificial intelligence research. Built for speed, scale, and discovery, Marlowe delivers GPU-powered computing that can take complex research to the next level.

Marlowe is offering introductory GPU compute awards to help principal investigators new to Marlowe get started. PI groups new to Marlowe are eligible to receive 5,000 free GPU hours (no recharge) for their group in the next operational cycle after joining.

Powering Data-Driven Discovery

Marlowe is an NVIDIA DGX H100 Superpod, built with NVIDIA’s reference architecture for cutting-edge computational performance. It brings together 31 NVIDIA H100 nodes, delivering a total of 248 NVIDIA H100 GPUs and 2.5 PB of high-performance DDN Lustre storage

Each node is packed with:

  • 8x NVIDIA H100 80GB GPUs

  • 2x Intel Xeon Platinum 8480C CPUs (112 cores/node)

  • 2TB of RAM

  • 30TB of NVMe node-local storage

  • Up to 900 GB/s GPU-to-GPU bandwidth with NVSwitch

  • 3.2Tbps bandwidth with 8x 400Gbps NDR InfiniBand connections

This powerful system is designed to support large-scale simulations, AI model training, and interdisciplinary projects, helping Stanford researchers push the boundaries of what’s possible.

Support to Maximize Your Research

The Marlowe Research Data Science team is here to help faculty, graduate students, postdocs, and research staff make the most of Marlowe. The team offers:

  • Guidance on tools and techniques for peak performance

  • Training and collaboration with research groups

  • Software tools and workflows that align with best practices in open science

Data Compliance and Safety

Marlowe is approved for low and medium-risk data. Users are responsible for ensuring their data is compliant with Stanford’s Information Security Risk Classification guidelines.

Get Started with Marlowe

Ready to leverage Marlowe for your next project?

  • Apply for access to receive 5,000 free GPU hours

  • For questions, email marlowe-info@stanford.edu

  • Visit the Marlowe web page


This article is a part of the Stanford Data Science legacy publication. Read more about the HAI and Stanford Data Science merger.

Share
Link copied to clipboard!

Related News

Reading Today’s Headlines Through AI: A Real-Time Audit of Six Commercial Chatbots
Mirac Suzgun and James Zou
Jun 03, 2026
News

In a new study, scholars measured how accurately popular AI chatbots answered questions about the emerging news and found substantial regional disparity, dependence on distinct information ecosystems, and acute fragility under imperfect prompts.

News

Reading Today’s Headlines Through AI: A Real-Time Audit of Six Commercial Chatbots

Mirac Suzgun and James Zou
Communications, MediaGenerative AIJun 03

In a new study, scholars measured how accurately popular AI chatbots answered questions about the emerging news and found substantial regional disparity, dependence on distinct information ecosystems, and acute fragility under imperfect prompts.

CORES Faculty Director Featured in "The Transmitter": A brief history of precision self-scanning
Jan 21, 2026
Media Mention
Media Mention

CORES Faculty Director Featured in "The Transmitter": A brief history of precision self-scanning

Communications, MediaJan 21
Marlowe Computing Spotlight: Andreas Tolias Lab
Jan 20, 2026
Media Mention
Media Mention

Marlowe Computing Spotlight: Andreas Tolias Lab

Communications, MediaJan 20