AGM 2024, page-211

And there in lies the problem. Current compute just cannot do what Brainchip technologies can do unconnected at the actual EDGE WITHOUT cooling.

Brainchip technology can do one shot, several shot continuous learning and has demonstrated this ability even on its lowly too narrowly focused, now in space with ANT61 and EDGX, AKD1000 chip.

(Just for the information of some the reference chip or engineering samples of AKD1000 was released officially to early access engagements in October, 2000. The modified commercial AKD1000 chip after engagement feedback and modifications was mass produced and released in August September, 2021 and the adjustments made in its design improved its efficiency over the reference/engineering chip by about 30%.)

To achieve the feat of just this one attribute of the Brainchip technology you need one of your large GPU CPU technology racks and cooling and lots of power. If you want to take it to wherever AKD1000 is performing this feature to show your technology can also run the necessary algorithms you are going to need a very, very long lead indeed particularly if AKIDA is cheeky and keeps walking away.

Where this technology is concerned the word enthusiasm is an inadequate descriptor for how it excites my imagination.

The technology and its commercial uptake are two entirely different sides of the Brainchip Holdings coin.

What consoles me on the commercial uptake side is the quality of the known engagements and the sales and marketing team at Brainchip.

There is also the other Fact released before the AGM that TENNs compared with CHATGpt 2 Full is not just 5,000 times more energy efficient but 26,000 times more energy efficient.

If I go back a little further to around the time of the AGM last year Nviso released performance figures showing that a Nvidia Jetson running its then algorithms for in-cabin monitoring could achieve 100 frames per second but sustained use generated a great deal of heat which was proving problematic in the constrained energy environment of a motor vehicle whereas using one of the too narrowly focused AKD1000 chips which remained passively cool it could be tweaked out to 1600 odd frames per second but that 1,000 frames per second was more than required.

But I will agree Data Centres located in Iceland or Norway can out perform and the AKD1000 chip and the software emulation of AKIDA 2.0.

There is however one thing at least which large GPU/CPU racks with a very, very long lead cannot possibly do and that is power an unconnected Ericsson ZeroEnergy AKD1000 camera for 6G and Satellites.

My opinion only DYOR

Fact Finder