And Todd Vierra makes a point of describing OnSemi as their PARTNER.
To run a safety critical system of the type OnSemi describe and which Todd Vierra also alludes to would require significant power reserved for this purpose away from the driving wheels if running conventional Von Neumann compute which would require active cooling as some of these functions such as child detection need to run after the vehicle has been turned off across the full range of climatic conditions.
While there are other low powered neuromorphic processors they are not capable of running all the five senses plus radar, Lidar and ultrasonic and perform regression analysis and sensor fusion while being sensor and process agnostic and maintaining the cyber security for intelligent airbag deployment.
In safety critical systems providing redundancy is also a factor to consider and again comparing the AKIDA platform with the Nvidia Jetson series its compact small form and low weight makes it a winner.
My opinion only DYOR
Fact Finder
I just came across this article, but I don't know if you've already talked through it.
Do we know anything about I/ONX? Somehow I can't find much there, it's a small company and I can't find anything related to Brainchip.
The Hidden Trap of GPU-Based AI: The Von Neumann Bottleneck
Mission-Critical Facilities Analyst and Auditor; Author of the book "Mission-Critical Facilities Management," Owner of Amerruss LLC
23. Januar 2024
.....,
nobody inside industry has worked at, much less seriously considered, challenging the Von Neumann architecture. There are attempts at quantum computing, where the environmental requirements are even
more absurd than the Nvidia solutions... And then there is Neuromorphic computing.
Neuromorphic computing attempts to mimic how the organic brain functions, instead of the one-bit-at-a-time approach of the Von Neumann architecture. And this is where the
real solution to viable AI lies.
....
I/ONX is a company that reached out to me for my input.
Their approach was to throw out the Von Neumann architecture and build a completely new instruction set for computer processors called Kore, which eliminates the time limitations imposed by the one-bit-at-a-time approach.
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