All posts in this stream, newest first.
As wireless density and 5G infrastructure raise ambient radio-frequency levels, data center operators face a growing, often overlooked threat to uptime: electromagnetic interference.
Headlines favor mega-campuses, but data centers range from single-rack edge boxes to hyperscale sites, and the right choice depends on workload, power, and growth plans rather than sheer size.
Qualcomm unveiled a multigenerational CPU agreement with Meta and a new AI inference architecture, part of a broader push to build a $15 billion data center business by fiscal 2029.
A new ICF report finds US electricity demand could jump 39% by 2035, but the sharper constraint is whether transmission networks can actually deliver that power to fast-growing data center hubs.
Sensors placed inside individual server racks can reveal cooling and airflow problems that room-level monitoring misses, offering a low-cost way to boost efficiency and reduce overheating risk.
The $500 billion Stargate initiative has expanded across the US and abroad, but energy constraints, financing structure, and local policy pushback are testing how fast the AI infrastructure project can actually scale.
Uptime numbers on a hosting SLA come from somewhere specific: how a facility is built. Here is what Tier III and N+1 redundancy really mean, and what they do not guarantee.
Data centers run on real electricity, and "100% green hosting" badges can mean very different things. Here's how to read the claims and which efficiency levers you actually control.
