ISRONIX is developing its GaAs-on-SiC integration platform for demanding
RF power and high-frequency applications where thermal limitations restrict
device performance.
Our approach focuses on improving heat extraction from the active GaAs
region into the SiC substrate, enabling higher power density and supporting
next-generation RF architectures.
GaAs delivers excellent RF performance, but the heat dissipation remains a major challenge.
Increasing power concentrates heat near the active region, limiting its overall device performance.
ISRONIX is developing GaAs-on-SiC integration for better heat extraction and higher power density.
High-frequency RF and MMIC systems where thermal constraints can limit device performance.
High-power, high-duty-cycle radar and sensing systems where thermal management is critical.
Next-generation wireless infrastructure where higher RF power and thermal demands converge.
High-reliability defense and aerospace electronics where RF power and thermal performance are critical.
Advanced RF architectures and heterogeneous integration requiring reliable thermal performance.
ISRONIX is developing its GaAs-on-SiC platform for applications where RF performance, power handling and thermal management must be considered together. The platform is intended to support the evolution of high-frequency electronic systems toward increasingly demanding operating environments.
