In order to increase the functionality of electronic devices, while reducing the overall size and weight of the electronic chip packages, electronic chip packages can be combined into a 3D assembly. In this field we present a technology for stacking of multiple chip packages, resulting in a total volume almost equal to that of a single bare die. The technology is based on batch-processed ultra-thin chip packages (UTCPs) with a fine pitch metal fan-out. Package-on-package (PoP) technology enables stacking of UTCPs by vacuum lamination, followed by through hole interconnection technology for making contacts to the metal fan-out of the embedded UTCPs within the stack. The individual chip packages can be tested before stacking
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
The trend towards smaller, lighter and thinner products requires a steady miniaturization which has ...
In order to increase the functionality of electronic devices, while reducing the overall size and we...
3D-stacking of Ultra Thin Chip Packages (UTCP’s) – one of the emerging technologies in the field of ...
3D-stacking of Ultra Thin Chip Packages (UTCP’s) – one of the emerging technologies in the field of ...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
A 3D-packaging technology is developed which focuses on stacking and interconnecting multiple thinne...
A 3D-packaging technology is developed which focuses on stacking and interconnecting multiple thinne...
This paper brings into light a new ultra-thin and highly flexible package with embedded active chips...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
Getting output of multiple chips within the volume of a single chip is the driving force behind deve...
Getting output of multiple chips within the volume of a single chip is the driving force behind deve...
This paper shows different approaches to use the availability of ultrathin chips for the realization...
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
The trend towards smaller, lighter and thinner products requires a steady miniaturization which has ...
In order to increase the functionality of electronic devices, while reducing the overall size and we...
3D-stacking of Ultra Thin Chip Packages (UTCP’s) – one of the emerging technologies in the field of ...
3D-stacking of Ultra Thin Chip Packages (UTCP’s) – one of the emerging technologies in the field of ...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
A 3D-packaging technology is developed which focuses on stacking and interconnecting multiple thinne...
A 3D-packaging technology is developed which focuses on stacking and interconnecting multiple thinne...
This paper brings into light a new ultra-thin and highly flexible package with embedded active chips...
The scope of the European project TIPS (Thin Interconnected Package Stacks) is the fabrication of ul...
Getting output of multiple chips within the volume of a single chip is the driving force behind deve...
Getting output of multiple chips within the volume of a single chip is the driving force behind deve...
This paper shows different approaches to use the availability of ultrathin chips for the realization...
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
This paper describes the fine-pitch interconnection capabilities of the ultra-thin chip packaging (U...
The trend towards smaller, lighter and thinner products requires a steady miniaturization which has ...