ASML Optics Lithography System TWINSCAN XT:1000H

Description
The TWINSCAN XT:1000H 248-nm Step-and-Scan system is a new dual-stage KrF lithography tool with the highest NA and productivity in the industry, designed for 200-mm and 300-mm wafer production. Combining the imaging power of the variable 0.93-NA Carl Zeiss Starlith 4X reduction lens with AERIAL-E illuminator technology, the XT:1000H extends volume-proven KrF technology to < 80-nm resolution. Extending critical KrF technology reduces customer’s cost per layer while benefiting from mature KrF processing. Highly line-narrowed 40-W KrF lasers with variable frequency control, in combination with the high optical transmission of the optical system, provide a production throughput of 165 300-mm wph with the lowest possible cost of operation. The XT:1000H is ideal for metal, via and implant layers at the 4X-nm technology node and beyond, both memory and logic applications. In addition, imaging matching to other TWINSCAN KrF systems and excellent overlay matching to TWINSCAN ArF and KrF systems is provided enabling seamless integration in a high volume manufacturing environment.
Description
The TWINSCAN XT:1000H 248-nm Step-and-Scan system is a new dual-stage KrF lithography tool with the highest NA and productivity in the industry, designed for 200-mm and 300-mm wafer production. Combining the imaging power of the variable 0.93-NA Carl Zeiss Starlith 4X reduction lens with AERIAL-E illuminator technology, the XT:1000H extends volume-proven KrF technology to < 80-nm resolution. Extending critical KrF technology reduces customer’s cost per layer while benefiting from mature KrF processing. Highly line-narrowed 40-W KrF lasers with variable frequency control, in combination with the high optical transmission of the optical system, provide a production throughput of 165 300-mm wph with the lowest possible cost of operation. The XT:1000H is ideal for metal, via and implant layers at the 4X-nm technology node and beyond, both memory and logic applications. In addition, imaging matching to other TWINSCAN KrF systems and excellent overlay matching to TWINSCAN ArF and KrF systems is provided enabling seamless integration in a high volume manufacturing environment.

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Lithography System - TWINSCAN XT:1000H - ASML Optics
Wilton, CT, USA
Lithography System
TWINSCAN XT:1000H
Lithography System TWINSCAN XT:1000H
The TWINSCAN XT:1000H 248-nm Step-and-Scan system is a new dual-stage KrF lithography tool with the highest NA and productivity in the industry, designed for 200-mm and 300-mm wafer production. Combining the imaging power of the variable 0.93-NA Carl Zeiss Starlith 4X reduction lens with AERIAL-E illuminator technology, the XT:1000H extends volume-proven KrF technology to < 80-nm resolution. Extending critical KrF technology reduces customer’s cost per layer while benefiting from mature KrF processing. Highly line-narrowed 40-W KrF lasers with variable frequency control, in combination with the high optical transmission of the optical system, provide a production throughput of 165 300-mm wph with the lowest possible cost of operation. The XT:1000H is ideal for metal, via and implant layers at the 4X-nm technology node and beyond, both memory and logic applications. In addition, imaging matching to other TWINSCAN KrF systems and excellent overlay matching to TWINSCAN ArF and KrF systems is provided enabling seamless integration in a high volume manufacturing environment.

The TWINSCAN XT:1000H 248-nm Step-and-Scan system is a new dual-stage KrF lithography tool with the highest NA and productivity in the industry, designed for 200-mm and 300-mm wafer production. Combining the imaging power of the variable 0.93-NA Carl Zeiss Starlith 4X reduction lens with AERIAL-E illuminator technology, the XT:1000H extends volume-proven KrF technology to < 80-nm resolution. Extending critical KrF technology reduces customer’s cost per layer while benefiting from mature KrF processing. Highly line-narrowed 40-W KrF lasers with variable frequency control, in combination with the high optical transmission of the optical system, provide a production throughput of 165 300-mm wph with the lowest possible cost of operation. The XT:1000H is ideal for metal, via and implant layers at the 4X-nm technology node and beyond, both memory and logic applications. In addition, imaging matching to other TWINSCAN KrF systems and excellent overlay matching to TWINSCAN ArF and KrF systems is provided enabling seamless integration in a high volume manufacturing environment.

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Technical Specifications

  ASML Optics
Product Category Lithography Equipment
Product Number TWINSCAN XT:1000H
Product Name Lithography System
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