World’s first reconfigurable discrete analog supercomputer
Imagine a computer that doesn't rely on discrete bits and approximations, but instead models complex physical systems using continuous analog signals. That's the core of REDAC. This large-scale analog computer offers a unique approach to solving ordinary and partial differential equations (ODEs and PDEs), the mathematical backbone of countless scientific and engineering problems.
Techbrief REDAC
A brief description of the Redac System
DownloadThe system's "Physical Twin" capability creates analog models that precisely mirror the dynamics of real-world system, enabling direct observation of abstract mathematical and complex physical phenomena. REDAC features remote access and a reconfigurable architecture accessible via a user-friendly software stack, making it particularly valuable for research in, e.g., fluid dynamics, quantum mechanics, and semiconductor design.
Developed by anabrid for the DLR Quantum Computing Initiative (DLR QCI) and funded by the Federal Ministry for Economic Affairs and Climate Action, REDAC serves as an valuable resource for academic researchers and industry stakeholders applying unconventional computing architectures and approaches. The platform bridges abstract mathematics and practical applications through its analog computing paradigm. At the same time, it is a platform for the exploration of entrepreneurial ideas.
The REDAC represents the most advanced test-bed for electronics-based unconventional computing approaches. It allows to harness the power of analog computing in energy-efficient and modular hardware. It can be applied to areas ranging from neuromorphic and physics inspired AI, over research in gate-based quantum circuits all the way to real-time satellite control.
Dr. Lucas Wetzel, CSO at anabrid
REDAC's scalable and modular architecture allows researchers to tailor the system to their specific needs, growing its capabilities as their research evolves. Furthermore, remote programmability makes it accessible to researchers and industries around the globe, fostering collaboration and accelerating scientific discovery within R&D projects.
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