Compal Electronics showcased a suite of NVIDIA‑based server solutions at the Open Compute Project Global Summit, emphasizing faster time‑to‑AI for cloud providers and enterprises. The Taiwanese OEM highlighted direct‑liquid‑cooled designs that turn the latest GPUs and CPUs into production‑ready AI capacity.
At the Open Compute Project (OCP) Global Summit on October 12, Compal Electronics Inc. (TWSE: 2324) unveiled a portfolio of next‑generation AI infrastructure designed to compress the gap between new accelerator hardware and operational deployment. The company stressed that while access to cutting‑edge GPUs is essential, the real competitive edge lies in engineering those components into validated, mass‑manufacturable systems that can be rolled out quickly (Compal, 2026‑10‑13).
Central to the announcement was the OG430‑2‑L1, a 4U server that integrates eight NVIDIA Blackwell Ultra GPUs on the HGX B300 platform with direct liquid cooling. Built for demanding training, inference and high‑performance computing workloads, the system combines server engineering, rack integration and global manufacturing to streamline the path from silicon to data‑center capacity. Compal highlighted that this approach reduces engineering complexity and accelerates deployment for cloud service providers, enterprises and AI infrastructure operators (Compal, 2026‑10‑13).
Looking ahead, Compal demonstrated early‑stage engineering for NVIDIA’s Rubin generation. The OG231‑2‑L1 server pairs Intel processors with the NVIDIA HGX Rubin NVL8 accelerator, targeting higher‑intensity reasoning and inference tasks. In addition, a 44U rack‑scale solution featuring the same Rubin NVL8 modules showcases Compal’s capability to scale beyond individual servers, preparing customers for the next major transition in AI computing. By integrating direct liquid cooling, system validation and supply‑chain readiness early in the technology cycle, Compal aims to deliver a practical pathway for turning advanced GPU and CPU technologies into usable AI capacity at scale (Compal, 2026‑10‑13).