DNP to Exhibit at ECTC 2026, Showcasing Next-Gen Glass Core Substrates and CPO Technologies
DNP (Dai Nippon Printing) will present advanced semiconductor packaging solutions addressing AI-driven societal challenges at ECTC 2026 in May 2026. Highlights include glass core substrates, thin vapor chambers, and polymer waveguides for Co-Packaged Optics (CPO), all utilizing DNP's proprietary processing technologies.
📋 Article Processing Timeline
- 📰 Published: May 20, 2026 at 23:00
- 🔍 Collected: May 20, 2026 at 14:31
- 🤖 AI Analyzed: May 20, 2026 at 14:33 (1 min after Collected)
DNP (Dai Nippon Printing) has positioned its semiconductor business as a key focus area, expanding existing operations while developing new ventures. At ECTC 2026, the company will introduce semiconductor-related products developed using its core processing expertise, including metal and glass etching and functional plating technologies derived from its printing heritage.
Specifically, DNP will exhibit and present solutions for next-generation packaging, such as 'Glass Core Substrates,' thin metal 'Vapor Chambers,' and 'Co-Packaged Optics' (CPO) technologies. these address global trends and challenges like rising power consumption from AI and the need for higher efficiency and larger packaging substrates.
[ECTC 2026 Overview and Exhibition Details]
- Dates: May 26 (Tue) – 29 (Fri), 2026
*Conference: May 26–29; Exhibition: May 27–28
- Venue: JW Marriott & The Ritz-Carlton Grande Lakes Resort
- DNP Booth: 1104
[DNP's Main Presentations and Exhibits]
- Technical Paper Presentations (Local Time):
*May 28, 11:35–11:55: 'High-Density Polymer Waveguide Integration on Glass Substrate for CPO'
*May 28, 16:05–16:25: 'Development of Long-Term Reliability for Glass Core Substrates with Build-Up Layers'
- Key Exhibits:
*TGV (Through Glass Via) Glass Core Substrates for Next-Gen Packaging:
By replacing conventional resin with glass, these substrates enable high-performance semiconductor packages through high-density TGVs, supporting large-area and high-efficiency requirements.
*Ultra-thin Metal Heat Dissipation Member 'Vapor Chamber':
A heat-spreading component utilizing the vaporization and condensation of water. DNP has developed a version that combines high thermal conductivity and a thin profile with the ability to be bent flexibly.
Specifically, DNP will exhibit and present solutions for next-generation packaging, such as 'Glass Core Substrates,' thin metal 'Vapor Chambers,' and 'Co-Packaged Optics' (CPO) technologies. these address global trends and challenges like rising power consumption from AI and the need for higher efficiency and larger packaging substrates.
[ECTC 2026 Overview and Exhibition Details]
- Dates: May 26 (Tue) – 29 (Fri), 2026
*Conference: May 26–29; Exhibition: May 27–28
- Venue: JW Marriott & The Ritz-Carlton Grande Lakes Resort
- DNP Booth: 1104
[DNP's Main Presentations and Exhibits]
- Technical Paper Presentations (Local Time):
*May 28, 11:35–11:55: 'High-Density Polymer Waveguide Integration on Glass Substrate for CPO'
*May 28, 16:05–16:25: 'Development of Long-Term Reliability for Glass Core Substrates with Build-Up Layers'
- Key Exhibits:
*TGV (Through Glass Via) Glass Core Substrates for Next-Gen Packaging:
By replacing conventional resin with glass, these substrates enable high-performance semiconductor packages through high-density TGVs, supporting large-area and high-efficiency requirements.
*Ultra-thin Metal Heat Dissipation Member 'Vapor Chamber':
A heat-spreading component utilizing the vaporization and condensation of water. DNP has developed a version that combines high thermal conductivity and a thin profile with the ability to be bent flexibly.
FAQ
Where is the DNP booth located?
The DNP booth is number 1104 at the ECTC 2026 venue.
What are the benefits of the glass core substrate?
It allows for higher efficiency and larger areas compared to resin substrates, maximizing performance through high-density TGV.
How does DNP's vapor chamber differ from others?
A key feature is its combination of high thermal conductivity, an ultra-thin profile, and the flexibility to be bent.