BaconLover
Founding Member

Happy Valentine's to my one true love BrainChip









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Happy Valentine's to my one true love BrainChip![]()
It's a bit like marriage at the moment. Less lovin' as the time goes on. Hopefully a new license announcement drops today to bring the spark back to the relationship!![]()
Happy Valentine's to my one true love BrainChip![]()
That was me asking for an Ann, looks like that's a solid ''No''It's a bit like marriage at the moment. Less lovin' as the time goes on. Hopefully a new license announcement drops today to bring the spark back to the relationship!
Brainchip has a headache today.That was me asking for an Ann, looks like that's a solid ''No''![]()
Because we had a 1000% increase in our last 4C, so I hope that we can do that again and at least hit the Co's " break even " zone, which in my opinion will show us that the Co is moving forwards and upwards. Also, I hope that the Co will pull out all stops, with their release of Akida 1500 & maybe a positive update on Akida 2000 so as to look good at the next AGM.... another IP lic' between now and the AGM would also trigger off positive s/holder sentiment as well.How could we have an exceptionally good March 4C when our only revenue (currently) is from licenses and we haven't sold any in the previous 4 quarters and we are halfway through this quarter and still haven't signed one.
Unless in the next 6 weeks there are some license agreements and they pay their fees/deposit immediately, I think you may be disappointed.
Happy to hear how you think it is possible though.
I just found what I think is an extremely telling image showing just how limiting the current push for making things smaller is. The image shown below is from a scanning electron microscope and shows individual carbon atoms, as found in a sheet of graphite. Each fuzzy ball is an individual carbon atom.So very bloody true @Fact Finder. I believe it is time the world stops it’s fascination with making transistors smaller, in order to get speed improvements, and looks elsewhere. And I agree that that elsewhere should be Akida.
At 3nm, transistors are only 15-times the size of a Silicon atom (0.2nm). Surely we are getting to the limits of both manufacturing and also down to sizes where quantum effects start to come into play.
I believe 28nm, or even 22nm, is a nice sweet spot for silicon to operate in. This can be produced economically by many manufacturers, and has inherent heat transfer and robustness advantages.
There is some talk about photon based transistors, which theoretically can be 20 times faster than silicon transistors employing electrons. But due to the wavelengths of light involved (1.3 micro meters —or 1300nm), the transistors necessarily are at about 100-times larger than even 22nm technology.
Sorry wrong video.
I’ve found something big L’s & G’s- Will release after a top up this morning![]()