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To meet the spectrum demands of 5G-Advanced/6G and terahertz communications, we develop specialized high-frequency optimized RF devices based on the exceptionally high carrier mobility of carbon nanotubes, aiming to provide a core device option for building next-generation wireless systems with higher performance and lower loss.
Extending Frequency BoundariesMaterial properties enable devices to operate efficiently in millimeter-wave and even terahertz bands.
High Linearity & Low NoiseOptimized device architectures aim to achieve excellent power-added efficiency and noise figures.
Excellent Thermal ManagementThe high thermal conductivity of carbon nanotubes ensures reliability under high-frequency and high-power operations at the material level.

Terahertz imaging and communications (>300 GHz), Low Earth Orbit (LEO) satellite communication terminals.

Power-sensitive IoT edge RF nodes

Electronic warfare systems, radar front-ends, spacecraft payloads, and other fields with ultimate demands for performance and reliability.
Carbon nanotube crystal round technology challenge, one click docking professional solution.