Actasys
By precisely cooling thermal hotspots, Actasys allows data centers to raise setpoint temperatures, reducing HVAC energy use, improving efficiency, and cutting overall carbon emissions
About Us
Relevant Challenges
Energy Efficiency
Actasys introduces unique actuators that tackle the overheating problems in data centers where traditional solutions fall short, often being too large and lacking effective heat removal capabilities. By resolving these overheating issues, particularly in server ports, Actasys not only boosts computational power but also facilitates the functioning of GPUs, CPUs, and storage units. This enhancement is crucial for running complex AI models, as it ensures effective communication and data processing capabilities necessary for advanced AI applications
Decarbonizing Data Centers
ActaJet enables AI by addressing the thermal bottleneck created by modern semiconductor advances. As AI chips, transceivers, and edge modules pack more power into smaller footprints, performance is increasingly limited by localized hotspots rather than total system airflow. ActaJet applies precise, electronically controlled airflow exactly where heat is generated, enabling fine-grained thermal control that aligns with how modern semiconductors manage power and performance. Its compact, solid-state form factor allows it to be co-designed directly into advanced packaging, dense networking hardware, and edge AI modules, without the size, reliability, or integration penalties of fans or liquid systems. This becomes especially critical as AI moves beyond the data center into sealed, rugged, real-world deployments, where ActaJet unlocks sustained performance and reliability that existing cooling approaches cannot deliver
Energy Efficient Computation
Actasys introduces unique actuators that tackle the overheating problems in data centers where traditional solutions fall short, often being too large and lacking effective heat removal capabilities. By resolving these overheating issues, particularly in server ports, Actasys not only boosts computational power but also facilitates the functioning of GPUs, CPUs, and storage units. This enhancement is crucial for running complex AI models, as it ensures effective communication and data processing capabilities necessary for advanced AI applications
