UNICOM Engineering Inc.

03/10/2026 | Press release | Distributed by Public on 03/10/2026 07:06

UNICOM Engineering and GRC launch fully integrated immersion-cooled AI solutions to simplify evaluation, deployment, and industrial-scale adoption

CANTON, Mass., March 10, 2026 - UNICOM Engineering, a leading global provider of advanced compute and immersion-ready platform solutions specializing in system design, integration, and lifecycle deployment services, today announced an expanded collaboration with GRC (Green Revolution Cooling) the leader in immersion cooling for data centers, to deliver complete, turnkey immersion-cooled solutions for AI, HPC, GPU as a Service, high-density compute, and Industrial Data Centers deployed on factory production lines, remote depots, and distributed warehouse environments.

These integrated offerings combine UNICOM Engineering's immersion-optimized platforms with GRC's patented single-phase immersion cooling systems to deliver fully validated, production-ready solutions that remove the complexity of multi-vendor integration and dramatically simplify customer evaluation and deployment.

The collaboration also extends immersion cooling to edge environments such as telecom, retail chains, healthcare, and other distributed locations where small communications closets struggle to support AI-driven applications like video analytics. With compact, water-free immersion systems like GRC's ICEraQ® Nano, paired with UNICOM Engineering's immersion-ready ITE, customers can deploy reliable, high-performance edge compute that is protected, efficient, and resilient, even in harsh, infrastructure- and space-constrained settings.

"Together with GRC, we've created a solutions approach that removes the friction customers typically face when evaluating or deploying immersion cooling," said Rusty Cone, General Manager of UNICOM Engineering. "Whether customers are standing up a GPU as a Service environment, deploying dense compute at scale, or operating Industrial Data Centers across factory floors and remote depots, our joint solutions arrive fully integrated, fully tested, and purpose-built for immersion. This dramatically accelerates their ability to adopt and deploy AI infrastructure anywhere."

GRC's single-phase immersion cooling technology eliminates traditional cooling components-such as chillers, CRACs, and air handlers-while enabling dense, efficient deployment in space-constrained or industrial settings. Combined with UNICOM Engineering's immersion-ready platforms, global manufacturing capabilities, and lifecycle services, the partnership provides a seamless, scalable path for organizations to deploy AI, HPC, and high-density compute across both traditional data centers and ruggedized operational environments.

"Our collaboration with UNICOM Engineering expands access to immersion-cooled architectures by providing a complete, turnkey solution," said Peter Poulin, CEO of GRC. "Customers gain a fully engineered, tested, and supported system with integrated cooling to help them accelerate AI initiatives with confidence."

UNICOM Engineering and GRC will further align co-marketing, co-selling, and co-development initiatives designed to support next-generation workloads across AI, GPUaaS, industrial automation, research, defense, energy, telecom, and distributed edge environments. These efforts build on 4 years of collaborative testing and validation efforts, which will now include deploying GRC 's water-free ICEraQ Nano immersion cooling system in UNICOM Engineering's Plano, Texas lab and manufacturing center.

For more information about turnkey immersion cooling solutions from GRC and UNICOM Engineering, please go to https://go.unicomengineering.com/GRC.

UNICOM Engineering Inc. published this content on March 10, 2026, and is solely responsible for the information contained herein. Distributed via Public Technologies (PUBT), unedited and unaltered, on March 10, 2026 at 13:06 UTC. If you believe the information included in the content is inaccurate or outdated and requires editing or removal, please contact us at [email protected]