Advancement in cutting-edge display technologies to deliver exceptional image quality requires higher-performance driver integrated circuits with finer pitch interconnections, faster signal transmission, and improved thermal performance. However, due to limitations in current surface mount technology (which relies on soldering) to achieve fine-pitch interconnections, manufacturers are increasingly turning to chip-on-glass technology which uses anisotropic conductive films (ACF). Nevertheless, ACF have relatively higher contact resistance, lower thermal conductivity, and poorer long-term reliability. Therefore, to address these limitations, this project investigates the use of reduced graphene oxide polymer core shell technology to create ACF with improved contact resistance and long-term reliability.