By combining advanced material technology with simulation expertise, Atomera and Synopsys aim to speed up innovation in power-efficient semiconductor solutions.
Atomera Inc. has broadened its collaboration with Synopsys Inc. to enhance gallium nitride (GaN) device modeling aimed at radio frequency (RF) and power semiconductor applications.
The expanded partnership builds on the companies’ longstanding work integrating Atomera’s MSTcad technology with Synopsys’ Sentaurus TCAD simulation platform. The new phase focuses specifically on developing advanced workflows for GaN devices, a material increasingly used in high-performance electronics due to its efficiency and power-handling capabilities.
As part of the collaboration, Atomera will leverage Synopsys’ Sentaurus TCAD tools to establish calibrated modeling methodologies for GaN-based devices. The initiative includes developing validated simulation decks, generating technical and marketing resources, and providing product feedback to improve future design capabilities.
Synopsys highlighted that the joint effort aims to deepen understanding of how advanced semiconductor materials can be applied to improve device efficiency and address evolving industry needs in RF communications and power electronics. Enhanced simulation tools are expected to help chip designers evaluate new material technologies more accurately before manufacturing.
The companies have previously worked together to enable modeling of Atomera’s Mears Silicon Technology (MST) within the Sentaurus TCAD environment. MST is a quantum-engineered thin-film technology designed to boost transistor performance and power efficiency while remaining compatible with existing semiconductor fabrication equipment. The approach complements ongoing nano-scaling innovations across the semiconductor industry.
According to Atomera, extending the collaboration into GaN applications represents a strategic step toward expanding its presence in fast-growing RF and power semiconductor markets. By combining advanced material engineering with sophisticated simulation tools, the partnership seeks to accelerate development cycles and support the commercialization of next-generation semiconductor solutions.
