"I personally believe that we have and are dealing with BROADCOM Inc"
I think you're on the money there Tech
Sounds like a BRN "Never heard of them" but heavy hitter, like Renesas and MegaChips.
None of our IP deals, are likely to be generally well known.
These IP customers though, are the "enablers" for the "household" names we've been promised in the past, like Mercedes..
Like Sean basically said though, we will only ever learn the identities of a sprinkling of these household names.
But they are there!
GLTAH!
Down with Putin.
I like this a lot, great find @Csharmo. A fabless semiconductor communications company. Fits the bill nicely. 1000 eyes at their best as always! There are no guarantees of course, but great potential right there.
Hi dippy
Hey! Great thinking Euks. I see your point and hadn't thought about it that way. That would be VERY frustrating and truly frustrating. He seems like a very smart fellow and knows how to talk, so I think that he will succeed in his education of all things Brainchip.
Hi Perhaps
I like this a lot, great find @Csharmo. A fabless semiconductor communications company. Fits the bill nicely. 1000 eyes at their best as always! There are no guarantees of course, but great potential right there.
I am continuing to add to my stack at these prices, with a decent chunk in super now. Wife and kids also hold some in their trading accounts. Setting up the family and generations to come, bring on some inter generational wealth!!
Akida ballista my friends
Yes. He relocated to Hyderabad from Transylvania many moons ago...
I was just over at the other place reading comments on other shares I hold that have yet to transition here and nothing changes:
The genuine holders make sensible comments informed by their research and history with the company;
The genuine new to the markets listen or panic;
The fools make illogical statements through ignorance or fear;
The manipulators revel in the world wide market chaos and lie and cheat the fools from their money.
One line from a crusty long term genuine investor who was trying to calm a new to the market investor stood out:
‘Look those of us in the know have taken our position and will just wait and while we are waiting the maggots will come out and play their games. That’s just the way it works.’
My opinion only DYOR
FF
AKIDA BALLISTA
I couldn't help myself, I emailed both the authors with the following:Sheesh! I can't believe what I am reading! This article published 7 hours ago states "We should point out that, despite the potential outlined above, there is as yet no compelling demonstration of a commercial neuromorphic technology. Existing systems and platforms are primarily research tools."
I think I better email these guys ASAP to let them know about Akida and to re-assure them that BrainChip has already seized the opportunity!
Carpe diem! He-he-he!
Published 13 April 2022 (7 hours ago)
Brain-inspired computing needs a master plan
Extract 1
Although not all data-intensive computing requires AI or deep learning, deep learning is deployed so widely that we must worry about its environmental cost. We should also consider applications including the Internet of Things (IoT) and autonomous robotic agents that may not need always to be operated by computationally intense deep learning algorithms but must still reduce their energy consumption. The vision of the IoT cannot be achieved if the energy requirements of the myriad connected devices are too high. Recent analysis shows that increasing demand for computing power vastly outpaces improvements made through Moore’s law scaling3. Computing power demands now double every two months (Fig. 1a). Remarkable improvements have been made through a combination of smart architecture and software–hardware co-design. For example, the performance of NVIDIA GPUs (graphics processing units) has improved by the factor of 317 since 2012: far beyond what would be expected from Moore’s law alone (Fig. 1b)—although the power consumption of units has increased from approximately 25 W to around 320 W in the same period. Further impressive performance improvements have been demonstrated at the research and development stage (Fig. 1b, red) and it is likely that we can achieve more4,5. Unfortunately, it is unlikely that conventional computing solutions alone will cope with demand over an extended period. This is especially apparent when we consider the shockingly high cost of training required for the most complex deep learning models (Fig. 1c). We need alternative approaches.
Extract 2
We should point out that, despite the potential outlined above, there is as yet no compelling demonstration of a commercial neuromorphic technology. Existing systems and platforms are primarily research tools. However, this is equally true of quantum computing, which remains a longer-term prospect. We should not let this delay the development of brain-inspired computing; the need for lower-power computing systems is pressing and we are tantalizingly close to achieving this with all the added functionality that comes from a radically different approach to computation. Commercial systems will surely emerge.
Brain-inspired computing needs a master plan - Nature
The benefits and future prospects of neuromorphic, or bio-inspired, computing technologies are discussed, as is the need for a global, coordinated approach to funding, research and collaboration.www.nature.com
On the other hand they are independently corroborating what long term investors know that Brainchip speaks the truth when it states it is theSheesh! I can't believe what I am reading! This article published 7 hours ago states "We should point out that, despite the potential outlined above, there is as yet no compelling demonstration of a commercial neuromorphic technology. Existing systems and platforms are primarily research tools."
I think I better email these guys ASAP to let them know about Akida and to re-assure them that BrainChip has already seized the opportunity!
Carpe diem! He-he-he!
Published 13 April 2022 (7 hours ago)
Brain-inspired computing needs a master plan
Extract 1
Although not all data-intensive computing requires AI or deep learning, deep learning is deployed so widely that we must worry about its environmental cost. We should also consider applications including the Internet of Things (IoT) and autonomous robotic agents that may not need always to be operated by computationally intense deep learning algorithms but must still reduce their energy consumption. The vision of the IoT cannot be achieved if the energy requirements of the myriad connected devices are too high. Recent analysis shows that increasing demand for computing power vastly outpaces improvements made through Moore’s law scaling3. Computing power demands now double every two months (Fig. 1a). Remarkable improvements have been made through a combination of smart architecture and software–hardware co-design. For example, the performance of NVIDIA GPUs (graphics processing units) has improved by the factor of 317 since 2012: far beyond what would be expected from Moore’s law alone (Fig. 1b)—although the power consumption of units has increased from approximately 25 W to around 320 W in the same period. Further impressive performance improvements have been demonstrated at the research and development stage (Fig. 1b, red) and it is likely that we can achieve more4,5. Unfortunately, it is unlikely that conventional computing solutions alone will cope with demand over an extended period. This is especially apparent when we consider the shockingly high cost of training required for the most complex deep learning models (Fig. 1c). We need alternative approaches.
Extract 2
We should point out that, despite the potential outlined above, there is as yet no compelling demonstration of a commercial neuromorphic technology. Existing systems and platforms are primarily research tools. However, this is equally true of quantum computing, which remains a longer-term prospect. We should not let this delay the development of brain-inspired computing; the need for lower-power computing systems is pressing and we are tantalizingly close to achieving this with all the added functionality that comes from a radically different approach to computation. Commercial systems will surely emerge.
Brain-inspired computing needs a master plan - Nature
The benefits and future prospects of neuromorphic, or bio-inspired, computing technologies are discussed, as is the need for a global, coordinated approach to funding, research and collaboration.
Just read the whole article. They have covered every single company that has relevance in the field and I believe reading the list of references have deliberately ignored leads to Brainchip.Hoping for a 95c finish today! ..... as long as we have another GREEN day
"We should point out that, despite the potential outlined above, there is as yet no compelling demonstration of a commercial neuromorphic technology" WOW I can't believe they have not got the word on Brainchips AKIDA !!!! Great find @Bravo77
