Web Summit 2023German Exhibitors SpiNNcloud Systems GmbH
SpiNNcloud Systems GmbH
Booth number: E230-B1-T5.04
www.spinncloud.com
About us
Digital Hub: Smart Systems & Smart Infrastructure Hub | Dresden & Leipzig
Looking for: Investors, Employees, Customers, Partners
Founded: 2021
Employees: 19
Active markets: Europe, North America
Financing phase: Series A
Address
SpiNNcloud Systems GmbH
Freiberger Str. 37
01067 Dresden
Germany
Phone: +49 351 40470496
Freiberger Str. 37
01067 Dresden
Germany
Phone: +49 351 40470496
Contact person:
Christian Eichhorn
Managing Director, Co-CEO and Co-Founder
E-mail: christian.eichhorn@spinncloud.com
Products & Services
SpiNNcloud is a deep-tech company from Germany commercializing cutting-edge research from the European Flagship Human Brain Project (HBP). With SpiNNcloud tools and microchips, developers can deploy AI models in an energy-efficient and highly-parallel Arm®-based hyperscale infrastructure inspired by the human brain. They optimize communication, power management, computing footprint, and their systems scale beyond any other existing brain-like supercomputer. SpiNNclouds systems can operate at the edge, and at data center scales, maintaining their real-time operation at all levels. The hybrid properties of our systems allow the deployment of rule-based AI algorithms, Deep Neural Networks (DNNs), and Spiking Neural Networks (SNNs). Our users not only reduce their energy footprint in mainstream Generative AI models but are empowered with a new wave of AI algorithms, which combine event-based operation from SNNs, reliability from rule-based AI, and performance from DNNs.SpiNNaker2 - 48 node server board
The 48 node server board combines 48 SpiNNaker2 boards on one printed circuit board. The chips run DNNs, SNNs and symbolic AI natively, with an unprecedented energy efficiency. 18 of these boards can be put into a water-cooled frame, and 5 frames into a rack. With 16 racks, we offer the worlds biggest brain-like supercomputer for AI and optimization, which combines 69.120 chips with 10 million cores accordingly, which operate with a maximum latency of 1 ms.
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