In Orbit the Power Problem Goes Away and a Cooling Problem Arrives
Google's first orbital data center runs its chips for about 15 minutes at a time. In a vacuum heat only leaves by radiation, so the radiator sets capacity.
Independent reporting on Kubernetes, cloud-native infrastructure, virtualization, storage, and security. For engineers and platform teams.
Google's first orbital data center runs its chips for about 15 minutes at a time. In a vacuum heat only leaves by radiation, so the radiator sets capacity.
Legrand models 180 GW of installed data center power by 2030 against 420 GW announced. Powered landlords are repricing leases above 60 percent.
HPE booked its first AMD Helios AI rack order, $1.2 billion from Vultr. Six Juniper switches inside each rack put Ethernet into the GPU scale-up domain.
AMD is buying World Labs for $8.2 billion to steer its chip roadmap, but the software gap with CUDA is still the real problem.
CoreWeave put NVIDIA Vera Rubin NVL72 into production with Cognition, and the number that now matters is tokens per megawatt.
800 VDC power delivery is moving from roadmap to product as Infineon and Eaton pair silicon carbide with solid-state transformers.
Cerebras and Gimlet plan 100 megawatts of disaggregated inference, splitting prefill and decode across wafer-scale silicon and GPUs.
The Anthropic IPO prospectus puts compute at 58 percent of operating expense and $518 billion of forward infrastructure obligations.
Sovereign AI infrastructure announcements name the GPUs and skip the megawatts, the cost and the offtaker. Here is what four Asian clusters disclosed.
Samsung’s $1B Helix stake buys grid position and battery backup for AI data center power, not memory. Here is what the six affiliates bought.
Independent analysis of cloud-native infrastructure, Kubernetes and data center economics. No vendor spin.