Speaker

Jaihyuk Song

Samsung Electronics

Biography

Dr. Jaihyuk Song is the Corporate President and CTO of Samsung Electronics’ Device Solutions Business leading the Semiconductor R&D Center and Mechatronics Research Center.

Prior to his appointment as the President and CTO, Dr. Song served as EVP and Head of Semiconductor R&D Center responsible for managing a broad range of semiconductor R&D activities from fundamental research to chip level testing, and driving innovation in Memory, Advanced Logic, New Memory and CIS device technology development.

Dr. Song started his career as a DRAM process engineer at Samsung in 1996, and has held several management positions in Flash Memory Product & Technology Development at Samsung’s Memory Business. Before joining the R&D Center, he has been mainly responsible for driving the company’s NAND Flash Memory technology development. Starting with the planar 2D structure in 2004, and the revolutionary vertical 3D structure in 2013, which has become an industry-standard since its groundbreaking introduction, he has played a key role in pioneering V-NAND technology solutions for seven consecutive generations.

He received the 2017 Korea Technology Award, Presidential Award, presented by the Ministry of Trade, Industry and Energy, for the development of the 64-layer 4th generation V-NAND solution.

Dr. Song holds a doctoral and master’s degrees in Electrical Engineering from Seoul National University, and a bachelor’s degree in Electrical Engineering from the Korea Advanced Institute of Science and Technology (KAIST).

Talk(s)

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Jaihyuk Song - Samsung Electronics

Corporate President & CTO - Samsung Electronics

Semiconductor innovations for a sustainable future
Historically, at the heart of many innovations has been the technology to record and disseminate data. Today, with semiconductors, humanity has made remarkable advances in data technology, and with these advances, we live in an innovative digital transformation era with no boundaries between online and offline based on massive data and hyper connectivity.

Semiconductors at the center of this innovation can perform all the core functions of the human brain: storing, processing, and propagating data through connections. As a result, the role of semiconductors in the future society is becoming more and more important.

However, semiconductor development is becoming extremely difficult. Traditional litho-based chip scaling is reaching its limit, memory bandwidth is not keeping up with processor performance, and high-performance chips are suffering from various problems such as power supply and heat generation. These problems are increasing the cost and time required to develop state-of-the-art chips, and making it difficult to develop high-performance devices needed in the digital transformation era.

In order to solve these problems, the entire semiconductor ecosystem, including Samsung, is constantly studying new technologies that can extend Moore's Law and is striving to overcome limitations and create technologies that are nonexistent in the world by discovering new structures of devices and new materials.

In addition to overcoming technical limitations, solving the new problems we face is something that every partners in the semiconductor ecosystem must collaborate on. In order to solve social problems such as technology competition between countries, environmental issues, and manpower shortages, we will have to cooperate as never before.