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HETEROGENEOUS SEMICONDUCTOR INTEGRATION
FOR HIGH-POWER & HIGH-FREQUENCY ELECTRONICS

GaAs-on-SiC Technology Platform

ISRONIX is developing an advanced GaAs-on-SiC integration platform designed

to overcome thermal limitations in high-power RF semiconductor devices.

Our technology focuses on engineering the GaAs–SiC interface to enable efficient

its heat extraction, higher power density, and improved device performance.

Our goal is to establish a scalable semiconductor integration platform for

the next generation RF and high-frequency applications.

ENGINEERED FOR THE NEXT GENERATION OF RF POWER

GaAs RF PERFORMANCE • ENGINEERED GaAs–SiC INTEGRATION • ADVANCED THERMAL MANAGEMENT

Developing the materials, interfaces, and wafer-level integration processes needed to advance GaAs-on-SiC technology toward device-level validation.

ENGINEERED THERMAL PATH

FROM ACTIVE DEVICE REGION TO SiC

Conventional GaAs RF devices face increasing thermal challenges

as power density rises.

ISRONIX is engineering the GaAs–SiC interface and wafer-level bonding processes to establish an efficient thermal path from

the active device region into the SiC substrate.

Our development focuses on interface quality, integration reliability, and process reproducibility as key steps toward device-level validation.