YPlasma Introduces Groundbreaking Fanless Cooling Solution for NVIDIA Jetson at COMPUTEX 2026
At COMPUTEX 2026, held in Taipei from June 2 to June 5, YPlasma has made waves in the tech industry by unveiling the first-ever fanless solid-state cooling solution for NVIDIA Jetson devices. This revolutionary cooling architecture is not only incredibly thin—measuring just 200 micrometers—but it also addresses the thermal challenges of continuous edge AI workloads that are becoming more prevalent in today's technological landscape.
The DBD plasma actuator developed by YPlasma is a highly advanced cooling method that eliminates mechanical parts of traditional cooling systems, such as rotary fans. Unlike conventional cooling technologies that are limited by their form factors, this new solution uses ionic wind generated through dielectric barrier discharge to achieve effective thermal management. This technology was previously demonstrated at CES 2026 with a noiseless laptop, which has now been adapted for NVIDIA Jetson's platform and showcased at the COMPUTEX event.
One of the crucial aspects of YPlasma's solution lies in its ability to function effectively in sealed environments, which are increasingly common in edge deployments. With the rise of Agentic AI, applications now require constant processing without interruptions, placing unnecessary strain on existing cooling solutions. Traditional passive heatsinks often fail after brief periods, while rotary fans are problematic because they’re prone to dust ingestion, bearing wear, and vibrations, leading to system failures.
What sets YPlasma's DBD plasma cooling system apart is its robust and reliable design. The actuator operates without any moving parts, resulting in no vibrations or mechanical failures. The cooling performance has been thoroughly validated across a wide thermal range—from 7W to 25W—making it suitable for various NVIDIA Jetson Orin Nano devices. The validation process, executed at YPlasma's labs in both Newark, NJ, and Madrid, demonstrated a steady thermal state achieved in just ten minutes, showcasing impressive efficiency.
Moreover, the super slender profile of just 200 micrometers allows for placement within the dimensions that traditional cooling fans cannot accommodate. At a Z-height of only 6mm, it aligns with USB port clearance, allowing for more compact device designs while maximizing thermal management. This feature is particularly beneficial in various applications such as autonomous driving, telecom devices, robotics, and high-power electronics.
"Our technology bridges a significant gap in the cooling landscape for edge AI, which is increasingly demanding in terms of continuous operation," said David García, CEO and Co-Founder of YPlasma. He emphasized the importance of validating their cooling technology on NVIDIA Jetson as it represents a turning point in how electronic systems can be designed under stringent thermal management requirements.
The DBD plasma actuators, which generate ionic wind through a unique geometry, are also vapor-free, eliminating the ozone and toxicity associated with many other ionic methods. The team at YPlasma is advancing research in partnership with various institutions, including the Princeton Plasma Physics Laboratory, to enhance their design capabilities even further.
While the DBD plasma cooling solution is garnered immense interest, YPlasma is also actively pursuing production opportunities across multiple verticals. The automotive sector is particularly promising as the need for dependable autonomous vehicle compute solutions continues to rise. Furthermore, the use of fanless cooling solutions is gaining traction in sectors such as aerospace, medical devices, and industrial automation—areas that demand high reliability under often challenging conditions.
Visitors at COMPUTEX 2026 can see the DBD plasma-cooled NVIDIA Jetson firsthand at Booth I0601, Hall 1, TaiNEX 1. This event showcases not just the cooling solution itself, but also highlights YPlasma's participation in the InnoVEX 2026 Pitch Contest, where the innovation is poised to attract significant attention from potential partners and clients looking to leverage this cutting-edge technology in their products.
YPlasma stands as a pioneer in the field of solid-state cooling solutions, carving a niche in an area where traditional cooling has fallen short. Their groundbreaking work not only demonstrates a commitment to innovation but also paves the way for a new era in electronics cooling that favors performance, reliability, and compact designs, ultimately enhancing the experience of system designers and end-users alike.
The DBD plasma actuator developed by YPlasma is a highly advanced cooling method that eliminates mechanical parts of traditional cooling systems, such as rotary fans. Unlike conventional cooling technologies that are limited by their form factors, this new solution uses ionic wind generated through dielectric barrier discharge to achieve effective thermal management. This technology was previously demonstrated at CES 2026 with a noiseless laptop, which has now been adapted for NVIDIA Jetson's platform and showcased at the COMPUTEX event.
One of the crucial aspects of YPlasma's solution lies in its ability to function effectively in sealed environments, which are increasingly common in edge deployments. With the rise of Agentic AI, applications now require constant processing without interruptions, placing unnecessary strain on existing cooling solutions. Traditional passive heatsinks often fail after brief periods, while rotary fans are problematic because they’re prone to dust ingestion, bearing wear, and vibrations, leading to system failures.
What sets YPlasma's DBD plasma cooling system apart is its robust and reliable design. The actuator operates without any moving parts, resulting in no vibrations or mechanical failures. The cooling performance has been thoroughly validated across a wide thermal range—from 7W to 25W—making it suitable for various NVIDIA Jetson Orin Nano devices. The validation process, executed at YPlasma's labs in both Newark, NJ, and Madrid, demonstrated a steady thermal state achieved in just ten minutes, showcasing impressive efficiency.
Moreover, the super slender profile of just 200 micrometers allows for placement within the dimensions that traditional cooling fans cannot accommodate. At a Z-height of only 6mm, it aligns with USB port clearance, allowing for more compact device designs while maximizing thermal management. This feature is particularly beneficial in various applications such as autonomous driving, telecom devices, robotics, and high-power electronics.
"Our technology bridges a significant gap in the cooling landscape for edge AI, which is increasingly demanding in terms of continuous operation," said David García, CEO and Co-Founder of YPlasma. He emphasized the importance of validating their cooling technology on NVIDIA Jetson as it represents a turning point in how electronic systems can be designed under stringent thermal management requirements.
The DBD plasma actuators, which generate ionic wind through a unique geometry, are also vapor-free, eliminating the ozone and toxicity associated with many other ionic methods. The team at YPlasma is advancing research in partnership with various institutions, including the Princeton Plasma Physics Laboratory, to enhance their design capabilities even further.
While the DBD plasma cooling solution is garnered immense interest, YPlasma is also actively pursuing production opportunities across multiple verticals. The automotive sector is particularly promising as the need for dependable autonomous vehicle compute solutions continues to rise. Furthermore, the use of fanless cooling solutions is gaining traction in sectors such as aerospace, medical devices, and industrial automation—areas that demand high reliability under often challenging conditions.
Visitors at COMPUTEX 2026 can see the DBD plasma-cooled NVIDIA Jetson firsthand at Booth I0601, Hall 1, TaiNEX 1. This event showcases not just the cooling solution itself, but also highlights YPlasma's participation in the InnoVEX 2026 Pitch Contest, where the innovation is poised to attract significant attention from potential partners and clients looking to leverage this cutting-edge technology in their products.
YPlasma stands as a pioneer in the field of solid-state cooling solutions, carving a niche in an area where traditional cooling has fallen short. Their groundbreaking work not only demonstrates a commitment to innovation but also paves the way for a new era in electronics cooling that favors performance, reliability, and compact designs, ultimately enhancing the experience of system designers and end-users alike.
Topics Consumer Technology）
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