As humans are driving increasingly faster artificial intelligence (AI) applications in computing and gaming hardware, the need to go further and faster remains unabated. In the race for the AI evolved human, a computer-beating human, Asetek, a leader in immersive gaming experiences, is partnering with Fabric8Labs to produce the AI Optimised Cold Plate, a trailblazing leap in making liquid cooling even more effective so that you can play better for longer. This is not evolution. This is a revolution on the edge of the next generation computing needs.
At the core of this new project is the collaboration between Asetek, a leader in gaming hardware, and Fabric8Labs, a leader in metal 3D printing. Both organisations have a history of thinking outside of the box and disrupting the status quo, which is exactly what they are trying to do here – leveraging Fabric8Labs’ Electrochemical Additive Manufacturing (ECAM) technology, for enhanced push-the-boundaries performance. Together, with this combination of skills and new-found tech, they have produced a product that they deem to be the first AI Optimized Cold Plate, which they say represents a new high-water mark for liquid cooling performance.
Going a level deeper behind the technology that this collaboration leverages, ECAM (short for electron-beam, laser-assisted, and multi-material) is a cutting-edge cotton 3D-printing process that creates high-resolution, deeply detailed structures that yield better thermal results – thanks to better fluid-dynamics. The resulting cold plates also do not need any post-processing, which ultimately helps to maintain the highest quality and integrity for each, and scale to the highest volumes possible. This is a space where manufacturing is paramount, and can make a difference as the thirst for high-performance gaming and computer hardware only grows.
Asetek and Fabric8Labs share a commitment to innovation that ensures performance without sacrificing sound quality and reliability. The AI Optimised Cold Plate is a tangible expression of that commitment: not simply an incremental improvement upon previous efforts, but a recognition of innovation potential enabled through partnership.
The long-term implications for the consumer desktop market are enormous. ‘Our shared vision is to deliver the best performance to customers,’ says Jeff Herman, CEO and co-founder of Fabric8Labs. ‘We can’t wait to see what we can ultimately achieve together, pushing the boundaries of gaming and computer hardware forward.’
This announcement has, of course, provoked a wide range of reactions from the community, from enthusiasm to pessimism. Some have praised the novel use of AI, hoping that it will finally provide a boost to our ability to manage difficult thermal dynamics. Others have questioned the AI hype altogether. There is no shortage of skepticism around the idea of a technological silver bullet. Many in the field are looking forward to seeing independent test results before drawing any conclusions about the progress being made in this collaboration.
Now that we’re entering the second great phase of the AI hype cycle, with much talk of AI’s impact on the future of technological innovation, it’s increasingly important to make the distinction between hype and reality. This new phase includes much commentary on how AI is creating a new class of applications that take advantage of almost incomprehensible data spaces. But as much as AI might open a new world of opportunities for research and development, its real value is in augmenting human ingenuity, not replacing it. The AI Optimized Cold Plate is just one example of this kind of AI-human synergy – a situation in which the AI could design an innovative solution that would have been unreachable by human designers without its powerful design tools.
At its heart, ‘the edge’ represents the point where technology’s frontier meets innovation, performance and the peak of human creativity. What the partnership between Asetek and Fabric8Labs were pioneering is ‘the edge’ where cooling technology is being reimagined at the intersection of AI and additive manufacturing. It is the edge that pushes boundaries, but also creating a new edge to reveal what is possible for gaming and computing hardware, to push the boundaries of performance and reliability to a future point.
In short, the launch of Asetek’s AI Optimised Cold Plate is a unique milestone in liquid cooling innovations, a product of Asetek and Fabric8Labs’ joint vision to re-shape the gaming and computing future for the better.
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