Skip to content Skip to main menu

Activity

Seminar

ICAE2023 : Advanced Packaging Integration Technology

관리자 2023-11-10 Number of views 184
<ICAE2023 : Advanced Packaging Integration Technology>

- Date : November 2-3, 2023

- Venue : Jeju Ramada Hotel
- Program
B-Stage Conductive Adhesive Films (ACFs and NCFs) Materials for Electronics Packaging ApplicationsKyung Wook PaikKorea Advanced Institute of Science and Technology, Korea
Potential of Low Temperature Soldering Using Hypoeutectic Sn-Bi AlloysHiroshi NishikawaOsaka University, Japan
The Reactions between Gallium and Under Bump Metallizations on Printed Circuit BoardsYoon Chul SohnChosun University, Korea
Thermal Engineering Using Photonic StructuresSunmi ShinNational University of Singapore, Singapore
Investigation of Copper-Ruthenium Diffusion Behavior in Ruthenium Passivated Copper Direct BondingMyeongeun Kim, Sukkyung Kang, Sanha Kim, Kyung Min KimKorea Advanced Institute of Science and Technology, Korea
Al2O3-Coated Bond Wire for Adhesion Promoter & Electrical InsulationSoojae ParkOxWires Co., Ltd., Korea
The Materials for the Advanced Package TechnologyMinsuk SuhSK Hynix Inc., Korea
Reliability Mitigation of Substrates for 2.5D Packages and High Performance ComputingSeungbae ParkBinghamton University State University of New York, USA
Modeling of Interfacial Reactions between Epoxy and Silica Filler Suspension System in NonConductive Film (NCF)Minwoo RheeSamsung Electronics Co., Ltd., Korea
Electronic Device Technologies for mm-Wave/THz Applications Using Special Packaging Materials:
Research Overview and Possibility
Jae-Yeong Lee, Eui-Su Lee, Il-Min Lee, Kyung-Hyun ParkElectronics and Telecommunications Research Institute, Korea
Technology Trends in Materials for High Speed PCBMinsu LeeKorea Packaging Integration Association, Korea
Development and Standard Trend of PCB Low Dielectric Material for High-Speed CommunicationShin Ae SongKorea Institute of Industrial Technology, Korea
The Global Trend of Battery TestingBumjong KimKorea Testing Laboratory, Korea
Research Trends on the Design of a Multilayer Radar Absorbing StructureMinseok HanRepublic of Korea Naval Academy, Korea
Empirical Modeling and Performance Evaluation of M3D DRAM: Back-Gate Effect and CrosstalkJohak Jeong 11 Jeonbuk National University, Korea, 2 SRM Institute of Science and Technology, India
Enhancing the Electrical Properties of 3D Printed Metasurface Phase Shifters through Thermo-PressingGyeongyeong Lee 11 Kongju National University, Korea, 2 Electrical and Electronic Engineering, Korea, 3 Department of Information
and Communication Engineering, Korea, 4 Hanwha Corporation, Korea