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In fact, researchers anticipate that by 2025, datacenters will account for the largest share of global electricity consumption in information and communications technology at 33%, almost as much as smartphones, networks, and TV combined (at 34% of electricity consumption). The intensive power and cooling requirements of AI workloads lead to excessive power consumption and generate high carbon emissions that are not only costly for enterprises, but damaging to the environment. The release comes at a time when traditional datacenters have struggled to manage AI-centric workloads in a sustainable way. This software-driven approach means that users can reallocate resources in a way that’s much more flexible than the more rigid deployment options that traditional datacenter architectures offer. Liqid’s platform is designed to enable users to configure and deploy bare-metal servers in a matter of seconds, so they can allocate resources and increase operational efficiency. And Aryaka announced new product options designed to support organizations in hybrid cloud environments. Digital infrastructure builder Equinix announced that it would be adding support for new hardware to its Equinix Metal service, essentially making a range of new Arm-based architecture and AI technology available to enterprises on-demand.
FORCE ATI TOOL TO WORK SOFTWARE
Today, digital infrastructure provider Liqid announced it had raised $100 million in series C funding from Lightrock and affiliates of DH Capital to further develop its composable infrastructure software platform, which enables businesses to configure and manage bare-metal servers with a software-defined approach.
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