The rapid growth of GenAI is causing an energy bottleneck,
making energy-efficient algorithms and hardware a priority
commercially available
18× higher energy efficiency than GPUs
available soon
78× higher energy efficiency than GPUs
to supercomputer Levels
through its parallel topology
through event-based com-
munication and computation
through its low-power and
hybrid AI processors
Without our efficient systems, only certain countries
will be able to afford the energy required to run AI
Data Centers
Mexico
600 TWh/Year
550 TWh/Year
Source: ieeexplore.ieee.org
0M | Cores | 0K | Chips | 0 | Boards | 0 | Racks |
Neuromorphic
computing at scale
Brain-inspired Computing
Is Ready for the Big Time
Could brain-like computers
be a 'competition killer'?
SpiNNcloud Systems unveils
Arm-based 'neuromorphic …
SpiNNcloud Systems
Launches SpiNNaker2 …
ARM Inventor Steve Furber
on SpiNNaker 1, 2 and Beyond
The rapid growth of GenAI is causing an energy bottleneck, making energy-efficient algorithms and hardware a priority
commercially available
18× higher energy efficiency than GPUs
available soon
78× higher energy efficiency than GPUs
to supercomputer Levels
through its parallel topology
through event-based com-
munication and computation
through its low-power and
hybrid AI processors
Without our efficient systems, only certain countries will be able to afford the energy required to run AI
Data Centers
Mexico
600 TWh/Year
550 TWh/Year
Source: ieeexplore.ieee.org
0MCores | 0KChips | 0Boards | 0Racks |
Neuromorphic
computing at scale
Brain-inspired Computing
Is Ready for the Big Time
Could brain-like computers
be a 'competition killer'?
SpiNNcloud Systems unveils
Arm-based 'neuromorphic …
SpiNNcloud Systems
Launches SpiNNaker2 …
ARM Inventor Steve Furber
on SpiNNaker 1, 2 and Beyond