YPlasma

Plasma actuators for aerodynamic applications: drag reduction, flow separation control and active boundary layer management for aviation, wind and.

Plasma-based air and surface sanitization technology by YPlasma: chemical-free disinfection using DBD plasma actuators for HVAC, agriculture and food.

The page defines DBD plasma actuators as devices that ionize air using dielectric barrier discharge to generate ionic wind for quiet electronics cooling and airflow control.

Y-Flow Aero brings plasma actuator modules to aerodynamic drag reduction, active flow control and boundary layer management on UAVs, turbines and vehicles.

The page discusses why massive MIMO radios stress passive heatsinks, current industry solutions, and the role of solid-state airflow.

Passive cooling hits a hard physical ceiling as heat flux rises. Here is where active cooling takes over, and what the fanless options actually do.

The page explains how altitude reduces cooling efficiency in fans and passive heatsinks, how DBD plasma actuators perform in low-pressure environments, and what tests to conduct.

What a micro fan or microcooler actually is at chip scale: miniature fans, MEMS coolers, micro-blowers, synthetic jets and DBD plasma, compared fairly.

As Agentic AI pushes Edge devices into 24/7 continuous compute, conventional fans collapse. YPlasma DBD plasma actuators replace them with a 200 µm.

MWC Las Vegas 2025 news and plasma technology news today: YPlasma announcements on plasma physics, energy and cooling innovation at Fontainebleau Las.

YPlasma has been recognized as one of the Catalonia Exponential Leaders, joining an elite group of companies leveraging AI, Big Data, Biotech, and IoT to.

Latest news from YPlasma: conference appearances, partnerships, product launches and industry recognition across electronics cooling and deep-tech.

Join YPlasma: careers in plasma physics, power electronics, advanced manufacturing and deep-tech operations. Help build the future of solid-state cooling.

The YPlasma team develops plasma actuator technology for electronics cooling and aerodynamic control, advancing research from INTA to commercial applications.

Contact YPlasma for plasma actuator partnerships, technical inquiries, evaluation kits and business development opportunities in Barcelona, Madrid and.

YPlasma builds 200µm DBD plasma actuators for solid-state electronics cooling and airflow control. Silent thermal management, no fans, no moving parts.

YPlasma introduces plasma-based DBD actuators as a fanless cooling solution for NVIDIA Jetson Edge AI devices. The technology replaces traditional fans with a 200 µm-thin layer, addressing heat challenges in continuous compute workloads. The solution targets high-performance, silent operation for agentic AI applications.

Jun 2026YPlasmaNews article

YPlasma introduces a solid-state laptop cooling technology at CES 2026, leveraging **plasma and corona discharge** to create airflow without moving parts. The design replaces traditional fans with ionized gas and electrical discharge for silent, efficient heat dissipation. The product targets high-performance laptops and gaming devices seeking passive cooling solutions.

Jan 2026Tom's HardwareNews article

YPlasma introduces the first laptop using dielectric barrier discharge (DBD) plasma actuators for cooling, eliminating the need for mechanical fans or ionic wind devices. The technology, set to premiere at CES 2026, replaces traditional active cooling methods with a silent, plasma-based alternative. This marks the first consumer electronics application of DBD plasma actuators in thermal management.

Jan 2026Interesting EngineeringNews article

YPlasma and other startups explore replacing traditional server fans with plasma-based actuators to improve data center cooling efficiency. The technology aims to reduce energy consumption and operational costs by leveraging ionized gas flows. Early experiments suggest potential benefits, though widespread adoption remains unproven.

Jul 2025datacenterdynamics.comNews article