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“Today it takes on the order of five to 10 years to design, fully qualify, and deploy a rad-hard partThe November 2022 entry in Slide 15 (RadNeuro Maturation Timeline) refers to "Rad-tolerant FPGA neural cores developed with selected partners (eg, Brainchip)".
Slide 16 is a continuation of Slide 15, and gives the timeline for fabrication of a full-scale Rad-Tolerant Neuro-processor as 36 months possibly with September 2023 as the datum, which is a long time to hold one's breath.
View attachment 57829 Given that Akida already exists, all that is required is for Vorago to tweak the IP by adjusting a few dimensions, or even just specifying a larger chip architecture, eg, 48 nm.
If it is just a matter of increasing the architecture, then the tape-out is already there.
DARPA makes radiation hardened microelectronics - Airforce Technology
US Defense research agency makes microelectronics that can resist harsh radiation environments critical for processing data from space.
Scalable assurance: A new approach to sourcing rad-hard electronics for space - Military Embedded Systems
The concept of “scalable assurance” is now at the forefront of the military space electronics industry, reshaping the way rad-hard designs are developed, acquired, and employed.
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