The push to upgrade core infrastructure for efficiency is part of a broader wave of AI-driven modernization demands sweeping telecom networks. Operators are increasingly examining every layer of the technology stack — from silicon to systems software — to unlock efficiency gains while maintaining uptime and service quality. Working with Deutsche Telekom, AMD and its partners found that operators often kept network capacity running during low-demand periods because coordinating power controls across hardware and software layers was complex, Dicker noted.

“It took work to go get all the different layers harmonized in one way,” he said. “Every single layer of a stack has the ability to reduce power, but nobody [had] sat down and gone and looked at it at that level.”

Legacy server sprawl is compounding the current urgency, as much of the installed base now sits two or three generations behind current technology, creating mounting power, space and cost pressures just as AI deployments accelerate, according to Dicker. Consolidation as a tenet of AI-driven modernization can free both capital and physical capacity to fund new AI infrastructure, he added. But for many operators, the challenge now extends beyond consolidation to simplifying how AI infrastructure is deployed and scaled.

“Ultimately, what the customers are looking for is a way to implement AI without having to be involved in all of the depths of constructing a system and a solution,” Dicker said. “If we take that and we bake that into what we deliver out into the end market, but more importantly … we [also] actually enable standards and allow people to innovate on top of it. We think that’s the source of differentiation that we offer that maybe some of the others in the industry don’t.”

Here’s the complete video interview, part of SiliconANGLE’s and theCUBE’s coverage of MWC Barcelona:

(* Disclosure: TheCUBE is a paid media partner for MWC Barcelona. Sponsors of theCUBE’s event coverage do not have editorial control over content on theCUBE or SiliconANGLE.)