Data Centers Need to be Multi-Tenant presented by Netris - Tech Field Day Spotlight
Tech Field Day Podcast
•
35m
As the explosive rise of AI workloads brings massive GPU clusters back to on-premises environments and surging neo-clouds, the race to maximize hardware utilization has made multi-tenancy an absolute necessity.
In this episode of the Tech Field Day Spotlight Podcast, host Tom Hollingsworth sits down with networking experts Scott Robohn, Ed Weadon, and Netris CEO and Cofounder Alex Saroyan to dissect the hidden complexities of modern AI infrastructure. Managing thousands of GPUs means navigating dense networking architectures like quad-planes, massive power restrictions, and the intricate blending of Ethernet and InfiniBand environments.
Alex reveals how Netris solves these scaling bottlenecks from Day 0 using digital twin simulations and automated network abstraction, allowing operators to dynamically isolate cluster resources for different tenants through simple, unified API calls.
Up Next in Tech Field Day Podcast
-
Networks Need to Drive Themselves pre...
Imagine walking into the office, grabbing your morning coffee, and realizing your network dashboard is perfectly green because an AI agent silently resolved every issue while you slept. In this episode of the Tech Field Day Podcast, host Tom Hollingsworth sits down with network practitioners Keit...
-
Enterprise Networks Are Embracing Ope...
Enterprises are increasingly turning to open networking and they need guidance to ensure the right choices are being made. A great partner can ease the transition. In this episode of the Tech Field Day podcast, brought to you by Cisco, Tom Hollingsworth is joined by Scott Robon, Ryan Booth, and C...
-
113. Optimizing Existing Hardware wit...
Think you can just buy more GPUs to solve your AI infrastructure problems? Think again.
In this episode of the Tech Field Day Podcast, recorded live on-site at AI Infrastructure Field Day 5, host Alastair Cooke sits down with industry experts Ray Lucchesi, Frederic Van Haren, and Brandon Which...
