1. Background
As AI computing chips evolve towards larger sizes and higher integration, traditional packaging substrates are gradually approaching their physical limits. Glass substrates have become the preferred carrier for giants such as TSMC and Intel to deploy advanced packaging technologies such as CoWoS and HBM, thanks to their advantages such as lower signal loss and higher dimensional stability.
On March 19-20, Aibang Semiconductor held the 2025 Glass Substrate TGV Industry Chain Summit Forum in Suzhou. More than 600 experts, scholars and relevant personnel from well-known companies, research institutes, associations and other institutions in the industry participated in the discussion, and 20 industry leaders gave wonderful speeches. The two-day forum speeches were packed, the exchanges at the on-site booths were as heated as boiling water, and the sparks of thought continued to burst out in the warm atmosphere.
When the forum was about to end, nearly 2/3 of the participants were still there, and everyone was still eager to learn more. From this forum, it was enough to feel that everyone had a strong interest in the glass substrate TGV industry and was looking forward to the development prospects of the industry.
In order to continuously promote the development of the industry, promote upstream and downstream exchanges, and jointly explore market opportunities, Abang Semiconductor will hold the 2nd Glass Substrate TGV Industry Chain Summit Forum at the Shenzhen Bao'an International Convention and Exhibition Center from August 26 to 27, 2025, and will also hold the 2025 Glass Substrate and Packaging Industry Chain Exhibition at the same time.
Organizers:
Shenzhen Aibang Intelligent Manufacturing Information Co., Ltd.
Website: www.ab-sm.com
Time:August 26-27, 2025
Location: Hall 7, Shenzhen Baoan International Convention and Exhibition Center
2. Agenda (TBD)
序号
NO. |
拟定议题
Topic |
1 | TGV玻璃核心技术的挑战与解决方案 Challenges and solutions of TGV glass core technology |
2 | 玻璃基板先进封装技术发展与展望
Development and Prospect of Glass Substrate Advanced Packaging Technology |
3 | 三维封装硅通孔与玻璃通孔技术发展及应用
Development and application of through silicon via and through glass via technology for 3D packaging |
4 | 半导体专用玻璃在先进封装中的应用
Application of semiconductor special glass in advanced packaging |
5 | 无机玻璃材料的本构模型、破坏机理及其在工程中的应用
Constitutive model, failure mechanism and engineering application of inorganic glass materials |
6 | 玻璃基互连技术助力先进封装产业升级
Glass-based interconnect technology helps upgrade the advanced packaging industry |
7 | 玻璃基板制造过程中的可靠性问题
Reliability Issues in Glass Substrate Manufacturing |
8 | 玻璃芯板及玻璃封装基板技术
Glass core board and glass packaging substrate technology |
9 | 玻璃通孔结构控制、电磁特性与应用
Glass through-hole structure control, electromagnetic properties and applications |
10 | TGV3.0 玻璃通孔技术助力先进封装 TGV3.0 Through Glass Via Technology Promotes Advanced Packaging |
11 | 玻璃基板技术及其应用
Glass substrate technology and its applications |
12 | 玻璃基板及先进封装技术研究与应用
Research and application of glass substrate and advanced packaging technology |
13 | 如何打造产化的玻璃基板供应链
How to build a productive glass substrate supply chain |
14 | 玻璃通孔技术发展和产业应用前瞻
Through-glass via technology development and industry application prospects |
15 | 玻璃基FCBGA封装基板
Glass-based FCBGA package substrate |
16 | 显微镜在半导体先进封装缺陷检测中的应用
Application of microscope in semiconductor advanced packaging defect detection |
17 | 激光系统应用于TGV制程发展
Laser systems used in TGV process development |
18 | Panel level激光诱导蚀刻 & AOI
Panel level laser induced etching & AOI |
19 | 玻璃基板通孔填孔技术探讨
Discussion on the filling technology of through-hole in glass substrate |
20 | 利用激光诱导深度刻蚀技术实现集成多种功能结构玻璃基板加工
Laser-induced deep etching technology is used to realize the processing of glass substrates with integrated multi-functional structures |
21 | FLEE-TGV助力先进封装玻璃基板发展
FLEE-TGV promotes the development of advanced packaging glass substrates |
22 | PVD技术赋能FOPLP & 玻璃基板
PVD technology empowers FOPLP & glass substrates |
23 | 在玻璃基板上开发湿化学铜金属化工艺
Development of a wet chemical copper metallization process on glass substrates |
24 | 异构封装中金属化互联面临的挑战
Challenges of Metallization Interconnection in Heterogeneous Packaging |
25 | 电化学沉积法制备TGV-3D互连结构
Fabrication of TGV-3D interconnect structure by electrochemical deposition |
26 | 高效RDL制造技术:赋能多种互联结构的面板级封装
Efficient RDL manufacturing technology: enabling panel-level packaging of various interconnect structures |
27 | TGV金属线路制作的工艺难点及技术解决路径
Difficulties in the production of TGV metal lines and their technical solutions |
28 | 玻璃基光子解键合技术
Glass-based photonic debonding technology |
29 | 基板积层胶膜材料
Substrate lamination film materials |
30 | 面向先进封装的磨划解决方案
Scratching Solutions for Advanced Packaging |
31 | 多物理场仿真技术在玻璃基先进封装中的应用
Application of Multi-physics Simulation Technology in Glass-based Advanced Packaging |
32 | 玻璃基片上集成无源
Passive integrated on glass substrate |
33 | 基于TGV的高性能IPD设计开发及应用
Design, development and application of high-performance IPD based on TGV |
34 | 面向玻璃基板的先进封装解决方案
Advanced Packaging Solutions for Glass Substrates |
35 | 玻璃芯基板:新一代先进的封装技术
Glass core substrate: a new generation of advanced packaging technology |
36 | 下一代ABF载板-玻璃基及其潜在的机遇与挑战
Next-generation ABF substrates - glass substrates and their potential opportunities and challenges |
37 | 面板级键合技术在FOPLP中的应用
Application of panel-level bonding technology in FOPLP |
3.Feedback Channel:
The final agenda and list of speakers will be updated in the near future and on the day of the conference. If you are interested in participating as a speaker or exhibitor at the 2nd TGV Forum, or if you are interested in opportunities for sponsorship, advertising, article submissions, conducting interviews, or if you have leading technology or product solutions, please contact Rongrong via email at lirongrong@aibang.com, Additional contact number: +8618823755657, or add Rongrong on WeChat: aibang360040.
