Host Roy Chamberlain and Leviton data center expert Mike Connaughton reflect on season 2 of Beyond Bandwidth. They talk about the experts interviewed, and highlight some of the key topics covered, including: Emerging AI solutions like hollow core fiber and new transceiver technologiesThe problem of power consumption and finding efficiency gainsStandards bodies keeping up with AI advancementsGeography, the power grid, and data center real estate trends
All content for Beyond Bandwidth is the property of Leviton Manufacturing, Inc. and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
Host Roy Chamberlain and Leviton data center expert Mike Connaughton reflect on season 2 of Beyond Bandwidth. They talk about the experts interviewed, and highlight some of the key topics covered, including: Emerging AI solutions like hollow core fiber and new transceiver technologiesThe problem of power consumption and finding efficiency gainsStandards bodies keeping up with AI advancementsGeography, the power grid, and data center real estate trends
Our panel discussion continues as Nick Taylor from Networks Centre talks about the cooling technologies used for AI networks. Nick discusses the challenges for deploying AI clusters and high performance computing in existing data centers designed with air cooling. He also covers the latest cooling technologies, including cold aisle and hot aisle containment, rear door heat exchangers, direct to chip, and immersion cooling.
Beyond Bandwidth
Host Roy Chamberlain and Leviton data center expert Mike Connaughton reflect on season 2 of Beyond Bandwidth. They talk about the experts interviewed, and highlight some of the key topics covered, including: Emerging AI solutions like hollow core fiber and new transceiver technologiesThe problem of power consumption and finding efficiency gainsStandards bodies keeping up with AI advancementsGeography, the power grid, and data center real estate trends
