Corintis

Corintis is a hardware and semiconductor technology company that develops advanced cooling solutions for High performance computing (HPC) and Artificial Intelligence (AI) chips using on-chip liquid cooling techniques.

• On-chip liquid cooling solutions for high-performance processors and AI accelerators (AI infrastructure / thermal management)
• Microfluidic cooling architectures embedded close to or within semiconductor packages (chip cooling / packaging)
• Thermal management co-design with chip, package, and system architectures (electronic design / thermal engineering)
• Support for data center and HPC deployments targeting higher compute density within existing power and cooling envelopes (data center infrastructure)
• Collaboration with semiconductor and system vendors to integrate cooling technology into commercial chip platforms (semiconductor ecosystem)

More About Corintis

Corintis focuses on cooling technologies for HPC, data center, and AI workloads where conventional Adaptive Incident Response (AIR) cooling and standard liquid cooling can constrain chip power density. The company centers its offering on on-chip liquid cooling (thermal management) that routes coolant through micro-scale channels integrated close to the Decentralized Inference Engine (DIE). This approach targets higher heat fluxes than typical heat sink and cold plate configurations, with the aim of enabling higher compute density under constrained energy and space conditions.

The Corintis architecture uses microfluidic channels (microfluidics / thermal management) fabricated in or near the chip package so that coolant flows within millimeters of the active transistors. This can reduce the thermal resistance between the silicon and the coolant compared with traditional package-to-heat-sink paths. In enterprise or institutional environments, this type of design is positioned for CPUs, GPUs, AI accelerators, and custom ASICs that operate at high power and are often installed in dense data center racks or HPC clusters.

From a system engineering perspective, Corintis technology sits at the intersection of chip design, advanced packaging, and facility cooling infrastructure. The company works on co-design approaches (electronic design / system architecture) that consider thermal constraints alongside performance, power delivery, and mechanical integration. This includes compatibility with existing data center cooling loops, such as rear-door heat exchangers or facility-level liquid cooling, and alignment with rack-based deployment models used by hyperscale, cloud, and enterprise operators.

Corintis solutions can be placed in the marketplace under AI infrastructure, data center thermal management, and semiconductor packaging technology. Rather than offering general-purpose IT systems, the company provides enabling technology that chip manufacturers and system OEMs can integrate into their own products. In this context, Corintis competes with or complements broader liquid cooling categories such as direct-to-chip cold plates and immersion cooling but with a focus on bringing the coolant path closer to the DIE via microfluidic structures.

For enterprise stakeholders, Corintis is relevant where thermal management limits the achievable power envelope or rack density of AI and HPC deployments. Its on-chip liquid cooling designs aim to support higher chip TDPs within facility power and cooling limits, which can affect decisions around server form factors, rack design, and data center cooling plant capacity. The company’s primary value proposition is in enabling hardware vendors and operators to extract more compute per unit of cooling infrastructure by integrating thermal management into the semiconductor stack rather than treating it only at the system or facility level.