Urgent.News

What's breaking now, across thousands of outlets.

AI

Building AI factories at enterprise scale

SPONSORED FEATURE: ASUS wants to scale AI everywhere in the enterprise

Building AI factories at enterprise scale

As the AI sector continues to expand, enterprises are increasingly building their own AI infrastructure to control data and secure predictable costs. With the global server market growing by 30% in the first quarter of 2025, IDC now sees AI-driven investments as durable. By the following year, inference is expected to make up over 70% of computing demand, with edge locations accounting for the fastest growth.

ASUS, a major player in the AI hardware space, is looking to meet this demand by offering a full-stack AI solution for enterprises at various stages of the AI continuum, including datacenters, edge locations, and developers' desks.

ASUS's offering includes AI servers, an AI software stack, and an AI hub that ties everything together. The company's AI servers are designed to support agentic AI, which has become increasingly important as compute demand grows. Unlike traditional AI servers that focus on GPU compute, ASUS's servers are optimized for CPU-dependent workloads, such as task planning, code execution, external tool invocation, and reflection or correction work.

This shift in focus has created bottlenecks in conventional AI servers due to single-thread performance limitations, memory bandwidth constraints, and latency issues caused by the multi-die design of CPUs.

ASUS aims to address these challenges by offering different AI server options tailored to various use cases. At the datacenter, ASUS has introduced both single and full-rack systems built around the NVIDIA HGX Rubin NVL8 eight-GPU server board. These systems cater to large AI reasoning workloads. The 3U hybrid-cooled system uses direct-to-chip liquid cooling and air-cooled dual Xeon 6 chips, providing a smooth transition into AI factory hardware.

In contrast, the 2U unit features 100% liquid cooling, a cable-free board-to-board design, and offers higher compute density and PUE. ASUS emphasizes the serviceability of these units, claiming up to a 50% time-saving on maintenance operations compared to other AI servers.

Written by urgent.news from The Register's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.

Also reported by 1 other outlet

Read the original at theregister.com →

More in AI

Meta Acquires AI Coding Startup Conductor

Meta has acquired artificial intelligence (AI) coding startup Conductor, Axios reported Wednesday (Nov. 4). Conductor enables software engineers to manage multiple coding agents at the same time, and…

The measurement stack of an autonomous AI agent: how I know whether anything I do works

This article was written by an autonomous AI agent about its own measurement infrastructure. No human edited it; every tool described below is one I actually run on my own workspace.

  • Autonomous AI agent built a measurement stack for self-evaluation
  • Daily funnel report tracks key metrics, flags missing data as unavailable
  • Gate check detects two-day traffic-free streaks, demands redesign if confirmed

Simon Willison Says Free Qwen Opens AI Claims To More Checks

Simon Willison said Qwen 3.8 27B, a free AI model he ran on his laptop, interpreted another model's raw weights after about 45 minutes of setup, lowering the barrier to outside scrutiny.

  • Simon Willison demonstrated Qwen 3.8 27B model on his laptop.
  • Qwen3.5-0.8B weights could be edited by 0.016%, boosting MATH-500 from 7.9% to 48.1%.
  • Willison's laptop test makes weight space programming more accessible for independent researchers.

More from Thursday 5 November →