
Chris Kane
Experienced network engineer and community leader with a career spanning Navy communications, service provider and data center networking, and work at USNUA and Arista-adjacent projects; focused on networking for AI clusters and speaking regularly at industry events.
Top 3 podcasts with Chris Kane
Ranked by the Snipd community

7 snips
Nov 26, 2025 • 1h 6min
NAN107: How AI is Changing the Networking Landscape
Chris Kane, a seasoned network engineer and community leader with a background in AI infrastructure, joins the discussion. He emphasizes the rapid evolution of networking driven by AI technology. Chris advocates for network engineers to grasp adjacent technologies like compute and storage. He identifies the shift from 'selfish' networking to essential collaboration across disciplines. The conversation highlights the need for robust observability tools, power constraints, and the importance of intellectual curiosity in navigating this dynamic landscape.

Nov 26, 2025 • 1h 6min
NAN107: How AI is Changing the Networking Landscape
Chris Kane, an experienced network engineer with a rich background in Navy communications and AI networking, joins Eric for a thrilling discussion on the impact of AI on the networking landscape. They delve into the urgent need for engineers to evolve alongside innovations in AI clusters, emphasizing the importance of intellectual curiosity and humility. Key topics include the shift towards Ethernet technology, the complexities of managing power and cooling in dense environments, and the critical role of observability in AI network deployments. Get ready for fascinating insights!

Oct 25, 2024 • 1h 10min
HN755: Optimizing Ethernet to Meet AI Infrastructure Demands
Chris Kane from Arista Networks and Pete Lumbus from NVIDIA dive into the intricacies of Ethernet's role in AI infrastructure. They discuss how Ethernet needs to compete with InfiniBand, emphasizing the necessity for low latency and lossless networking for AI workloads. The duo also highlights the evolving challenges of distributed computing and GPU clusters, along with advanced networking techniques like RDMA. They shed light on the revolutionary impact of SmartNICs and DPUs, and how they enhance data transfer efficiency in modern data centers.


