Domestic EDA technology pioneer | PFTN semiconductor

[Hangzhou, August 10, 2023] — At the "15th Conference on Radiation Effects and Electromagnetic Pulses," Mr. Gong Ding, co-founder of Cogenda, was invited to present a report titled "Simulation of Single Event Upset Cross-section in 16nm FinFET Devices." The conference gathered experts and scholars in the field of radiation effects and electromagnetic pulses in China to discuss the latest advancements and future challenges in the field.

In his report, Mr. Gong Ding detailed Cogenda's research findings on the Single Event Upset (SEU) effect simulation for 16nm FinFET (Fin Field-Effect Transistor) devices. SEU is a transient or permanent error that can be caused by high-energy particle strikes on semiconductor devices, which is particularly important for electronic equipment operating in radiation environments. Mr. Gong demonstrated how the company uses advanced simulation technology to accurately model and predict the response of FinFET devices to high-energy particle strikes and how design optimization can enhance the radiation resistance of the devices.

As a leading provider of radiation effect simulation technology in China, Cogenda has been committed to offering high-precision simulation solutions for the semiconductor industry. The company's technical accumulation in the simulation of radiation effects for FinFET devices provides strong support for designing more reliable radiation-resistant electronic systems.

Mr. Gong's report was highly praised by the attending experts, who believe that Cogenda's research results are significant for advancing the field of radiation effects. During the conference, the company also engaged in in-depth discussions with multiple research institutions and enterprises, exploring possibilities for future collaboration.

Cogenda stated that it will continue to invest resources in the development of radiation effect simulation technology, providing higher quality products and services to domestic and international clients. The company looks forward to working with global peers to jointly promote the progress of radiation effects and electromagnetic pulse technology, contributing to the reliability and safety of electronic equipment.