Glass is well established as wafer or panel substrate for applications like capping of image sensors or as low loss carrier for integrated passive devices. Glass substrates with higher functionality becomes more attractive for the advanced packaging due the improvement of glass processing and the increased implementation of photonic packaging which is demanded for higher data transfer rates. The through glass vias are therefore essential for the SiP and 3-D integration
As a result of their myriad of advantages over silicon and other conventional substrate technologies...
Electrical-optical integration is a rapidly growing field with a strong potential for applications i...
Most optical waveguide technologies on board level are using polymer materials. The drawback for the...
We introduce thin glass for electrical-optical integration on module level. Glass is regarded as pro...
Currently glass is mainly used as unstructured wafers or panels with the highest market share in gla...
Interposers for SiP will become more and more important for advanced electronic systems. But through...
The novel packaging approach glassPack is introduced as a System-in-Package (SiP) technology. Wiring...
System scaling by 3D packaging is now considered a critical technology enabler for continued increas...
Electrical-optical integration on board and module level is a rapidly growing field with a strong po...
The paper shows the design and first experimental results of a hybrid integrated glass-silicon based...
Due to its optical transparency and superior dielectric properties glass is regarded as a promising ...
Advanced hybrid packaging technologies are used to enhance functionality of glass-based substrates f...
The novel packaging approach glassPack is introduced as System-in-Package (SiP) technology. Wiring l...
Advanced hybrid packaging technologies are used to enhance functionality of glass-based substrates f...
Three dimensional (3D) packaging technologies are being developed to address the escalating demand f...
As a result of their myriad of advantages over silicon and other conventional substrate technologies...
Electrical-optical integration is a rapidly growing field with a strong potential for applications i...
Most optical waveguide technologies on board level are using polymer materials. The drawback for the...
We introduce thin glass for electrical-optical integration on module level. Glass is regarded as pro...
Currently glass is mainly used as unstructured wafers or panels with the highest market share in gla...
Interposers for SiP will become more and more important for advanced electronic systems. But through...
The novel packaging approach glassPack is introduced as a System-in-Package (SiP) technology. Wiring...
System scaling by 3D packaging is now considered a critical technology enabler for continued increas...
Electrical-optical integration on board and module level is a rapidly growing field with a strong po...
The paper shows the design and first experimental results of a hybrid integrated glass-silicon based...
Due to its optical transparency and superior dielectric properties glass is regarded as a promising ...
Advanced hybrid packaging technologies are used to enhance functionality of glass-based substrates f...
The novel packaging approach glassPack is introduced as System-in-Package (SiP) technology. Wiring l...
Advanced hybrid packaging technologies are used to enhance functionality of glass-based substrates f...
Three dimensional (3D) packaging technologies are being developed to address the escalating demand f...
As a result of their myriad of advantages over silicon and other conventional substrate technologies...
Electrical-optical integration is a rapidly growing field with a strong potential for applications i...
Most optical waveguide technologies on board level are using polymer materials. The drawback for the...