Nexalus and UNICOM Engineering have partnered to develop liquid-cooled OEM systems aimed at edge and distributed deployments, with spillover into data center and industrial use cases. The companies say the goal is to package liquid cooling, system design, and manufacturing into turnkey platforms that OEMs can take to market without building cooling architectures in-house.
The agreement pairs Nexalus’ patented liquid cooling and energy-reuse technology with UNICOM Engineering’s system design, integration, and global manufacturing capabilities. The companies plan to deliver liquid-cooled OEM solutions for edge and distributed environments, along with scalable infrastructure intended to support AI, cloud, telecommunications, and industrial workloads.
Under the arrangement, Nexalus will design and supply the liquid cooling architectures, including designs intended to enable waste-heat capture for reuse. UNICOM Engineering will integrate those cooling technologies into “fully engineered, application-optimized systems,” using its supply chain and manufacturing to build at scale.
For data center engineers, the practical implication is straightforward: if this partnership results in validated, repeatable OEM platforms, it could reduce the time and engineering lift needed to deploy liquid cooling outside the hyperscale core, where edge footprints and industrial constraints often make custom thermal design hard to justify. But the technical proof will be in the delivered configurations and deployment details, which haven’t been specified yet.
The companies say initial focus areas include high-density infrastructure for data centers and cloud environments, cooling integration aligned with next-generation compute platforms, custom OEM solutions tailored to industry and workload needs, scalable edge systems for telecommunications, enterprise, and industrial applications, AI and high-performance compute platforms with improved thermal efficiency, and energy-efficient systems aimed at reducing operating costs and environmental impact.
“By combining our expertise in thermal management with UNICOM Engineering’s strength in integration and deployment, we are enabling infrastructure that can meet the demands of modern workloads while dramatically improving efficiency and sustainability,” said Kenneth O’Mahony, CEO of Nexalus. Rusty Cone, General Manager at UNICOM Engineering, added: “By partnering with Nexalus, we’re able to deliver more efficient, higher-density systems tailored to our customers’ specific requirements across AI, cloud, and edge environments, helping them scale with greater confidence.”
The companies also plan to collaborate on joint solution development and go-to-market efforts for customer-specific infrastructure that combines liquid cooling, optimized system design, and manufacturing scale.
Source: Nexalus
