Our tech stack: there's something for everyone

From university curricula and research labs to edge computing, industrial R&D, and high-performance computing — anabrid's reconfigurable hybrid computers address a wide range of real-time workloads. Trajectory planning in robotics, computational fluid dynamics, signal preprocessing, high-frequency trading. One architecture, built for the post-Moore era - from the classroom to the data center.
iREDAC Industrial

iREDAC Industrial

iREDAC Industrial

From Mathematical Model to Specialized Hardware:
One advantage of the iREDAC is that different computational structures can be implemented by configuring the mathematical modules. This allows researchers to first investigate which analogue computational operations are required for their application. These insights can then be used to develop application-specific analogue computing circuits and integrated semiconductor chips.
Therefore, the iREDAC is not only an analogue computer for mathematical modelling, but also a development platform for new analogue computer architectures.
In short, the iREDAC can be used to model dynamic systems, test mathematical methods in analogue hardware and develop new computational concepts — from basic research to preparing specialised analogue computers on a single chip.
mREDAC Desktop

mREDAC Desktop

mREDAC Desktop

The mREDAC (Minimal REDAC) by Anabrid is the ideal introduction to hybrid computing. As a reconfigurable analogue computer comprising three computing clusters, it combines powerful analogue computations with modern digital control. Its digitally reconfigurable platform enables researchers and engineers to develop, test and execute analogue computational models flexibly. Thanks to its modular architecture, the maths modules can be adapted to different requirements and the system can be specifically expanded for new applications.
The Analog Thing

The Analog Thing

The Analog Thing

THAT by anabrid is a non-profit, entry-level analog computer designed to provide students and hobbyists with a hands-on, accessible introduction to the world of analog computing.
€499,00
iREDAC Industrial

iREDAC Industrial

iREDAC Industrial

From Mathematical Model to Specialized Hardware:
One advantage of the iREDAC is that different computational structures can be implemented by configuring the mathematical modules. This allows researchers to first investigate which analogue computational operations are required for their application. These insights can then be used to develop application-specific analogue computing circuits and integrated semiconductor chips.
Therefore, the iREDAC is not only an analogue computer for mathematical modelling, but also a development platform for new analogue computer architectures.
In short, the iREDAC can be used to model dynamic systems, test mathematical methods in analogue hardware and develop new computational concepts — from basic research to preparing specialised analogue computers on a single chip.

Pioneering the Hybrid Revolution

anabrid’s visionis to reintroduce analog computing as a powerful, energy-efficient alternative to purely digital systems.THE ANALOG THING (THAT) serves as the gateway for this transition. Keyuse casesfocus onreal-time controlandsignal processing, where its ability to solve continuous-time problems without latency or rounding errors is unmatched. Ineducation, it provides a tactile understanding of dynamic systems, while in industrialapplications, it acts as a specialized co-processor for high-speed simulations and low-power edge computing.

 Start your hybrid journey here

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