I struggle somehow putting all this in context. The potential benefits of neuromorphic computing are obvious ... while at the same time the commercially available tech (actual neuropmorhic chips availalable on the web site from BrainChip, via Megachips and others) just receiving scant academic attention. Is their Akida solution a diamond in the rough, or is there something else that is prevening widespread adoption on the edge?
Super interesting + well-digested take on neuromorphic computing! I especially like the open questions posed. There are two professors at my university working in collaboration with a couple national labs on the hardware-software boundary of neuromorphic computing with applications geared towards particle physics. Would love to get you all in touch!
Very rich insights as always from Lawrence!
I am sorry, but your statement about what is available, is factually incorrect.
BrainChip does have a commercially available product, and it has been available for months.
Their "Akida" chip technology is evolving and the second generation chip is soon to be released.
You might want to review your investment strategy. Their tech is certainly not OLD school.
I struggle somehow putting all this in context. The potential benefits of neuromorphic computing are obvious ... while at the same time the commercially available tech (actual neuropmorhic chips availalable on the web site from BrainChip, via Megachips and others) just receiving scant academic attention. Is their Akida solution a diamond in the rough, or is there something else that is prevening widespread adoption on the edge?
Super interesting + well-digested take on neuromorphic computing! I especially like the open questions posed. There are two professors at my university working in collaboration with a couple national labs on the hardware-software boundary of neuromorphic computing with applications geared towards particle physics. Would love to get you all in touch!