German Microelectronics Design Initiative: Difference between revisions
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==Downloads== | ==Downloads== | ||
===r1 (with minor corrections)=== | |||
[[File:German_Microelectronics_Design_Initiative_FSiC_2024_r1.pdf]] | |||
* p.02 (typo): Stengthening → Strengthening | |||
* p.12 (clarity): might as well → might be as well | |||
* p.13 (wording): Its priority has → Past priorities have | |||
* p.14 (clarity): No browser interfaces, no Python libraries, CI/CD platforms, AI/ML interfaces, etc. → No browser interfaces, no Python libraries, no CI/CD platforms, no AI/ML interfaces, etc. | |||
* p.14 (clarity): modern technology → modern software technology | |||
* p.15 (clarity): improve → reform | |||
* p.17 (typo): Divers → Diverse | |||
* p.22 (typo): souvereign → sovereign | |||
[[File:German Microelectronics Design Initiative.pdf | ===r0 (as presented)=== | ||
[[File:German Microelectronics Design Initiative.pdf]] | |||
==Abstract== | ==Abstract== | ||
A significant proportion of the know-how in the microelectronic value chain lies in the design of microchips and the software tools used for this purpose. In order to strengthen Germany's innovation and competitiveness and to gain technological sovereignty, design capabilities are to be expanded at the national level. To this end, the Federal Ministry of Education and Research Germany (BMBF) launched the Microelectronics Design Initiative in September 2022. Based on the funding program "DE:Sign" as an integral part of the Microelectronics Design Initiative, the BMBF is funding projects to research new design tools and methods as well as innovative chip designs with a focus on open source processes for new microelectronics. | A significant proportion of the know-how in the microelectronic value chain lies in the design of microchips and the software tools used for this purpose. In order to strengthen Germany's innovation and competitiveness and to gain technological sovereignty, design capabilities are to be expanded at the national level. To this end, the Federal Ministry of Education and Research Germany (BMBF) launched the Microelectronics Design Initiative in September 2022. Based on the funding program "DE:Sign" as an integral part of the Microelectronics Design Initiative, the BMBF is funding projects to research new design tools and methods as well as innovative chip designs with a focus on open source processes for new microelectronics. | ||
Revision as of 07:59, 26 June 2024
- Speaker(s): Korbinian Schreiber, Tina Tauchnitz
- email: designinitiative-me@vdivde-it.de
- Microelectronics R&D projects funded by the Federal Ministry for Education and Research (BMBF): elektronikforschung.de
- Chipdesign Germany
- VDI/VDE-IT
Downloads
r1 (with minor corrections)
File:German Microelectronics Design Initiative FSiC 2024 r1.pdf
- p.02 (typo): Stengthening → Strengthening
- p.12 (clarity): might as well → might be as well
- p.13 (wording): Its priority has → Past priorities have
- p.14 (clarity): No browser interfaces, no Python libraries, CI/CD platforms, AI/ML interfaces, etc. → No browser interfaces, no Python libraries, no CI/CD platforms, no AI/ML interfaces, etc.
- p.14 (clarity): modern technology → modern software technology
- p.15 (clarity): improve → reform
- p.17 (typo): Divers → Diverse
- p.22 (typo): souvereign → sovereign
r0 (as presented)
File:German Microelectronics Design Initiative.pdf
Abstract
A significant proportion of the know-how in the microelectronic value chain lies in the design of microchips and the software tools used for this purpose. In order to strengthen Germany's innovation and competitiveness and to gain technological sovereignty, design capabilities are to be expanded at the national level. To this end, the Federal Ministry of Education and Research Germany (BMBF) launched the Microelectronics Design Initiative in September 2022. Based on the funding program "DE:Sign" as an integral part of the Microelectronics Design Initiative, the BMBF is funding projects to research new design tools and methods as well as innovative chip designs with a focus on open source processes for new microelectronics.