SpaceX plans to build its own AI‑focused GPU using a 2 nm process to meet the extreme thermal, radiation, and performance demands of Starlink satellites and Tesla autonomous driving, while confronting massive capital costs, ecosystem lock‑in, and yield challenges that could make or break the venture.
This article presents a comprehensive reference design and performance evaluation of a 2U four‑node high‑density server employing full liquid‑cooled cold plates for CPUs, memory, storage, NICs, and power supplies, detailing system architecture, flow design, CFD validation, and future optimization directions.
This white‑paper presents a 2024 reference design and performance evaluation of full‑liquid‑cooling solutions for CPUs, memory, SSDs, PCIe/OCP cards, power supplies and IO boards, detailing architecture, advantages, implementation methods and deployment scenarios for data‑center and telecom applications.
This article details the architecture of a 2U four‑node liquid‑cooled server, explaining its component layout, serial flow design, heat‑capture calculations, and the engineering of CPU, memory, SSD, PCIe/OCP, IO, and PSU cold‑plate solutions that together remove about 95% of heat directly via liquid and the remaining 5% through a rear‑mounted air‑liquid heat exchanger.
The May 15 Beijing forum gathered experts from leading tech firms and research institutes to discuss immersion liquid cooling as a vital solution for AI infrastructure's growing compute and thermal challenges, presenting current trends, technical designs, material research, and future sustainable development directions.
The article traces Apple’s four‑decade struggle with thermal challenges in its Mac lineup, recounting the legacy of the 2013 “trash‑can” Mac Pro, the evolution of chip architecture, and how the company’s shift to self‑designed silicon like the M1 series finally broke the heat‑constraint cycle.
The Intelligent Power Allocation (IPA) governor, introduced in Linux kernel 4.2, uses a PID‑based closed‑loop controller and a dynamic power allocator to distribute sustainable power among CPU, GPU and other IP cores, maximizing performance while respecting temperature limits, but requires careful PID tuning and device‑tree configuration.
This article explains the role of cabinets in data centers, detailing size and power specifications, relevant international standards, structural components, environmental requirements, load and ventilation considerations, and provides a practical example of a modular rack system.
Amid China's accelerated "new infrastructure" drive, high‑density computing is pushing data centers toward liquid cooling, a technology that not only boosts compute density and cuts floor space but also reshapes server and facility design, lowers failure rates, and promises broader industrial applications.
