CES 2026 is already heating up – figuratively, of course. But Frore Systems is aiming to keep things literally cool with their live demonstrations of the LiquidJet and AirJet Pak cooling systems. As someone who's spent years wrestling with thermal bottlenecks in machine learning hardware, I'm particularly interested in seeing how these technologies perform in real-world scenarios.

AirJet Pak: A Leap Beyond Traditional Fans

Frore Systems has been making waves for a while now with its AirJet technology, which uses oscillating membranes to generate targeted airflow. The AirJet Pak takes this concept and scales it up, combining multiple AirJet modules into a single, integrated cooling solution. Tom's Hardware reports that the live demos showcase production-ready hardware, a significant step beyond the prototypes we've seen in the past.

What's impressive is the potential for this tech to displace traditional fans in certain applications. Fans, while effective, are bulky, noisy, and prone to failure. The AirJet Pak, by contrast, is smaller, quieter (or so Frore claims, independent verification is crucial), and potentially more reliable due to its solid-state nature. We're talking about a completely different paradigm for thermal management.

LiquidJet: Microfluidics for High-Performance Cooling

While AirJet Pak represents an evolution of existing cooling methods, LiquidJet is a more radical departure. This system uses microfluidics to pump liquid coolant directly across the surface of a chip, providing extremely targeted and efficient cooling. It's a concept that's been explored in research labs for years, but Frore Systems appears to be one of the first to bring it to a commercially viable product.

The potential here is immense. As chips become denser and more powerful, traditional heat sinks and fans are struggling to keep up. LiquidJet offers a way to extract heat much more efficiently, potentially unlocking new levels of performance in everything from laptops to data centers. However, the complexity of microfluidic systems also presents significant engineering challenges, particularly around reliability and manufacturability.

"LiquidJet offers a way to extract heat much more efficiently, potentially unlocking new levels of performance in everything from laptops to data centers."

— Dr. Raj Patel, Automatica Press

Ultimately, Frore Systems' showing at CES 2026 is more than just a product demo; it's a glimpse into the future of thermal management. As power densities continue to climb, innovative cooling solutions like AirJet and LiquidJet will become increasingly critical. Whether Frore can successfully scale these technologies and overcome the associated challenges remains to be seen, but the potential impact on the computing industry is undeniable.