DeltaCortex Stella A1
DeltaCortex Stella A1 is soft neural network processor (NPU) from DeltaCortex Technologies, optimized
for high-performance neurocomputing and deep learning tasks on Altera's FPGAs.
The advantage of FPGA technology is that it combines high energy efficiency with parallel computing.
In contrast to GPGPU computing, DeltaCortex's soft neural processing units (NPUs) can support real-time signal processing and high-speed online learning. A combination high-energy efficiency and high-performance makes it possible to use the NPUs in robotics, military, medicine, high-frequency trading, and other areas.
With Altera Hardcopy®, you can design an ASIC implementation of Stella A to achieve lower power consumption, better performance and much lower unit cost in mass production. DeltaCortex Stella A is designed for FPGAs for high-performance neurocomputing & deep learning tasks.
for high-performance neurocomputing and deep learning tasks on Altera's FPGAs.
The advantage of FPGA technology is that it combines high energy efficiency with parallel computing.
In contrast to GPGPU computing, DeltaCortex's soft neural processing units (NPUs) can support real-time signal processing and high-speed online learning. A combination high-energy efficiency and high-performance makes it possible to use the NPUs in robotics, military, medicine, high-frequency trading, and other areas.
With Altera Hardcopy®, you can design an ASIC implementation of Stella A to achieve lower power consumption, better performance and much lower unit cost in mass production. DeltaCortex Stella A is designed for FPGAs for high-performance neurocomputing & deep learning tasks.
NextMind Micro A1
Micro A1 is a soft NPU from NextMind, optimized for creation of low-cost
energy-efficient neural network controllers with Altera® FPGAs
NextMind Stella A1
Stella A1 is designed for Altera® FPGAs for high-performance deep learning tasks