FPGA for All CERN Releases colibri VHDL Library

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Published: 2026-09-25T03:24:26.131Z • Permanent link

CERN, the renowned European Organization for Nuclear Research, has announced the release of a VHDL library called colibri, aimed at democratizing access to hardware description languages in the field of particle physics. The colibri VHDL Library is a crucial development that will enable researchers and engineers from various institutions worldwide to design, develop, and simulate complex electronic systems, including those used in cutting-edge particle detectors. This breakthrough is a direct result of the collaborative efforts between CERN's Research Computing Division and a team of experts from the particle physics community.

The colibri VHDL Library is the result of a concerted effort led by Dr. David Charlton, the Director of the CERN Research Computing Division, who emphasized the need for an open-source VHDL library that can be used by researchers across the globe. The library is designed to be highly modular, allowing users to create custom designs and simulations with ease. Furthermore, the colibri VHDL Library is built upon the popular VHDL programming language, which is widely used in the field of digital electronics.

The release of the colibri VHDL Library marks a significant milestone in the history of CERN, which has long been at the forefront of particle physics research. The organization's commitment to open-source software and hardware has inspired a new generation of researchers and engineers, who are now empowered to design and develop innovative electronic systems that can tackle some of the most complex challenges in modern physics.

The colibri VHDL Library has far-reaching implications for the data sources domain, with significant impacts on the fields of particle physics research, data analysis, and computational modeling. Companies like ATLAS and CMS, which are among the largest particle physics experiments in the world, will benefit greatly from the availability of an open-source VHDL library. This will enable them to design, develop, and simulate complex electronic systems more efficiently, ultimately leading to breakthroughs in our understanding of the universe.

The colibri VHDL Library also has a profound impact on the research communities working on high-energy particle physics experiments. Researchers from institutions like CERN, Fermilab, and SLAC will be able to design and develop custom electronics systems, which will enable them to tackle some of the most complex challenges in modern physics. Furthermore, the library's open-source nature will facilitate collaboration and knowledge-sharing among researchers from around the world, leading to a significant acceleration of scientific progress.

The release of the colibri VHDL Library must be placed within the broader context of the ongoing digital revolution in the field of particle physics research. The increasing availability of high-performance computing resources and advanced simulation tools has enabled researchers to tackle complex problems that were previously unsolvable. However, the design and development of complex electronic systems remain a significant bottleneck in the field. The colibri VHDL Library addresses this challenge by providing a highly modular and open-source solution that can be used by researchers across the globe.