IC Design Dragon Head Joint Development Department announced that the first flagship single chip (SoC) that uses NTF 2 nanometer process has been successfully designed and has become one of the first 2 nanometer companies to adopt NTF and will be mass-produced by the end of 2026. Both parties continue to build a chipset with high efficiency and low power consumption in application fields such as flagship mobile platforms, computing, vehicle use, and data centers. This cooperation symbolizes a new milestone in the relationship between TECHN and NTU.

Contact Department said that NTI2 nanometers adopts nanosheet transistor structures with better performance, power consumption and yield for the first time. The first new 2-nanometer chip of TECHNOLOG is expected to be launched at the end of 2026. Compared with the N3E process, the logic density of Telco-Electric 2nm is increased by 1.2 times, with a higher performance increase of up to 18% at the same power consumption and a reduced power consumption of about 36% at the same speed.

Chen Guanzhou, general manager of Joint Development Technology, said that the use of NTIE 2 nanometers has once again demonstrated the innovative ability of joint development technology to widely apply advanced semiconductor process technology to diversified solutions. The long-term close cooperation between NTD and NTD has enabled the highest efficiency and best energy efficiency of the NTD flagship products, bringing excellent solutions from the edge to the cloud to global customers.

Dr. Zhang Xiaoqiang, deputy general manager and deputy co-operating manager of Taiwan Electric's business development and global business qualifications, said that Taiwan Electric's 2 nanometers represent an important step in entering the nanosheet era, showing unremitting efforts to meet customer needs, continuously adjust and improve technology, and provide high-efficiency computing capabilities. Taiwan Power and the Joint Development Department continue to cooperate to maximize performance and energy efficiency, and cover a wide range of applications.