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What is that stench in here??!

Did somebody drop their guts, after a dinner of cheap Chinese food and cask wine?..

Someone open a window, or something..
 
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Boab

I wish I could paint like Vincent

Not sure if this has been shown before.


M Anthony LewisM Anthony Lewis • Following • FollowingCTO@BrainChip | AI, Robotics, Disruptive ComputingCTO@BrainChip | AI, Robotics, Disruptive Computing3d • Edited • 3 days ago

At CES 2025, our demonstration of the smart appliance interface was a game-changer for several reasons.

Imagine a future where interacting with your kitchen appliances, smart home devices, cars, companion robots, or industrial equipment is effortless, thanks to a natural voice interface. Traditional cloud-connected devices often tie manufacturers to third-party ecosystems they can't fully control, introducing hidden costs and exposing consumers to potential security risks. For safety-critical applications, cloud connectivity is simply not an option.
Our solution? A revolutionary voice-to-voice technology at the edge. This innovation empowers manufacturers with full control over the user experience, free from hidden fees. At the same time, consumers benefit from enhanced data privacy and security, knowing their information stays within their control.

During CES, we showcased key components of our voice-to-voice innovation, including wake-word activation,denoising, speech-to-text conversion, and generative AI—all integratable into a compact silicon platform. These features highlight our commitment to delivering a comprehensive, cutting-edge solution.

Looking ahead, State-Space Models (SSMs)—our hardware-friendly version called TENNS—is emerging as the edge computing solution of choice. It offers superior performance and scalability compared to traditional transformer models. BrainChip leads the way with our unparalleled ability to design custom networks tailored to specific needs and the high-performance hardware required to run these models. Our depth of expertise and capabilities is unmatched, and I have yet to find another edge company with our breadth, regardless of size.

In today’s AI landscape, it’s easy to get lost in the noise and succumb to the siren song of seemingly “easy solutions.” These hastily assembled, short-term fixes attempt to capitalize on the migration to edge computing but ultimately fail to serve the interests of consumers or manufacturers. At BrainChip, we welcome the migration to the edge. We have been here all along.
hashtag#CES2025 hashtag#VoiceTechnology hashtag#Innovation hashtag#BrainChip hashtag#EdgeComputing
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Frangipani

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Tech
ASX semiconductor stocks

The AI boom is set to supercharge these ASX semiconductor stocks​

Tech
1 hour ago | Eddy Sunarto
  • We are on the cusp of a new AI era
  • Semiconductor stocks on the ASX set to ride the boom
  • This includes graphene, neuromorphic chips, and quantum computing

The semiconductor game’s about to level up, but not in the usual, cyclical way we’re used to seeing.

We’re looking at something bigger here. The kind of change that doesn’t just disrupt things for a quarter or two, but redefines the whole playing field.
This, experts say, is the start of a new era, one they believe will drive unstoppable growth.

We’re talking a US$1.2 trillion market by 2030 – driven by insane tech breakthroughs and an explosion in demand for chips that are powering everything from AI to next-gen gadgets.

By then, analysts believe semiconductors won’t be just the brains of devices anymore – they’ll be the engine of entire economies.

“Will generative AI surpass human creativity in a decade? How will our smartphones revolutionise daily life by 2035?” asked Billy Leung at Global X.
“All these intriguing possibilities hinge on the evolution of the semiconductor industry.”

AI to supercharge semis market​

Right now, in the world of PCs and mobiles, semiconductors are barely taking a slice – 20-30% for PCs, and just 10-20% for mobiles.

But when it comes to AI, we’ll be looking at an opportunity that’s significantly larger and far more lucrative.

AI needs a lot more hardware to do its thing.

That means the semiconductor industry could suddenly own 40-50% of the tech stack’s total value, according to recent research from the Redline Group.
Smaller semiconductor players could cash in by solving problems around storage, memory, and specific computing needs.

“As the AI market continues to expand and evolve, investors who recognise its potential are well poised to reap the rewards of this exciting technological revolution,” said deVere Group’s Nigel Green.

“Including AI exposure in investment portfolios isn’t just a trend – it’s a strategic move that aligns with the future of innovation and economic growth.
“Just do it judiciously.”

ASX semiconductor stocks on the rise​

As the AI revolution accelerates, semiconductor stocks on the ASX are also primed to ride this wave of growth.

The following four companies have been gaining traction, with their share prices moving in the right direction over the past six months. All are developing critical tech that could fuel AI advancements.

In alphabetical order, then, here’s the alpha…

Adisyn (ASX:AI1)

Adisyn’s stock has been on an absolute tear, flexing a 300% gain over the past 12 months.
The company made a major move in the semiconductor space by acquiring 2D Generation (2DG), an Israeli firm pioneering a breakthrough in graphene-based chip manufacturing.
Graphene, a super-conductive material, has long been seen as the key to revolutionising semiconductors, but its integration into production has been tricky – until now.
2DG has developed a patented process that grows graphene at temperatures below 300°C, a game-changer for semiconductor manufacturing.
This low-temperature technique allows graphene to be integrated into chips without damaging their delicate components.
“This low temperature is what sets us apart from everyone else,” Arye Kohavi, 2DG’s CEO, recently told Stockhead.
This breakthrough addresses one of the biggest challenges in semiconductor design – heat generation.
As chips shrink, interconnects between transistors become more prone to overheating. Graphene’s ability to conduct heat efficiently could replace copper in interconnects, preventing performance issues.
“If we want chips to keep getting faster, we need to solve the heat generation problem, and graphene can do that,” Kohavi added.
With the global semiconductor market expanding rapidly, 2DG’s innovation could open the door to a new era of faster, smaller, and more efficient chips.
If successful, this technology could significantly reshape the sector.
Read more: Adisyn’s 2D Generation is in the global race to bring graphene into advanced semiconductors

Archer Materials (ASX:AXE)

Quantum computing is quickly moving from science fiction to reality, and one Aussie company at the forefront is Archer Materials.
Archer is developing a unique carbon film that could potentially revolutionise quantum computing.
Archer’s chief technology officer, Dr Simon Ruffell, explained how this carbon film has exceptional quantum properties, including “very long spin lifetimes at room temperature”.
“This is a big deal because most quantum technologies require incredibly cold temperatures to work,” he told Stockhead.
The ability to operate at room temperature means the company can potentially use existing semiconductor manufacturing methods, drastically reducing both cost and complexity.
But it’s not just about computing.
Archer is also exploring quantum sensors, which have applications in fields ranging from healthcare to automotive.
These sensors, driven by TMR (Tunnel Magnetoresistance) technology, can measure magnetic fields with high sensitivity, making them useful for devices like MRI machines.
“Their potential goes far beyond med tech,” says Ruffell, with industries like automotive and solar power also in the mix.
In healthcare, Archer is currently working on a biochip designed to simplify chronic kidney disease testing.
“Right now, testing for kidney disease is a long and expensive process,” Ruffell noted.
Archer’s biochip allows people to perform tests at home, saving time and money. The team is currently navigating the regulatory hurdles, but aims to bring this game-changing product to market in the near future.
“We are pursuing four key themes: quantum technologies, healthcare, digitisation and decarbonisation. Each one of these has the potential to disrupt existing industries.”

BrainChip Holdings (ASX:BRN)

Brainchip’s Akida processor isn’t just another AI chip – it’s built to mimic how the brain works.
Akida processes data in real time, directly on devices. It uses neuromorphic tech, meaning it learns and adapts on the spot.
Instead of relying on bulky cloud servers to process data, Akida works at the edge – right where the action is happening.
Akida is also said to process data with far less energy, meaning devices run longer and perform better.
It can handle complex tasks like image recognition, anomaly detection, and even pattern recognition in real time.
BrainChip’s stock soared in December after two massive wins.
First, Frontgrade Gaisler licensed BrainChip’s Akida tech for space microchips, while teaming up with the European Space Agency to power space-based AI.
Then, the Air Force Research Laboratory dropped a $1.8 million contract to use Akida 2.0 for radar algorithms, backing up BrainChip’s growing presence in military and aerospace AI.


Weebit Nano (ASX:WBT)

Weebit aims to position itself at the forefront of the semiconductor market with its ReRAM technology.
CEO Coby Hanoch is optimistic about Weebit’s future, calling ReRAM “the next big thing” in memory technology.
The technology has the potential to replace traditional Flash memory in everything from AI to IoT, and high-performance computing.
“I believe, whether we like it or not, Weebit has become kind of a forefront of this crusade to make Australia understand the importance of semiconductors,” he said.
ReRAM offers superior performance—faster speeds, lower power consumption, and more cost-effective manufacturing compared to Flash.
Hanoch’s confident that demand for ReRAM will soon be universal: “It’s not a matter of if; I don’t think they have a choice. I mean, they all need ReRAM.”
Weebit’s partnerships with companies like DB HiTek are paving the way for future deals, and Hanoch’s personal stake is high.
“100% of my equity compensation is tied to performance.
“This is my way to show the shareholders my level of confidence in the potential of Weebit.”


All ASX chip stocks​

(Data taken on January 13, 2025)

SecurityDescriptionLast%Mth%SixMth%YrMktCap
4DS4Ds Memory Limited0.044-44%-51%-41%$77,591,136
AI1Adisyn Ltd0.070-14%150%312%$43,210,121
AXEArcher Materials0.3656%1%3%$93,019,160
BLGBluglass Limited0.0250%-31%-55%$46,006,809
BRNBrainchip Ltd0.33038%65%94%$650,914,432
WBTWeebit Nano Ltd2.620-14%4%-27%$543,044,154


At Stockhead, we tell it like it is. While Adisyn is a Stockhead advertiser, it did not sponsor this article.
This article does not constitute financial product advice. You should consider obtaining independent advice before making any financial decisions.
 
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Tech
ASX semiconductor stocks

The AI boom is set to supercharge these ASX semiconductor stocks​

Tech
1 hour ago | Eddy Sunarto
  • We are on the cusp of a new AI era
  • Semiconductor stocks on the ASX set to ride the boom
  • This includes graphene, neuromorphic chips, and quantum computing

The semiconductor game’s about to level up, but not in the usual, cyclical way we’re used to seeing.

We’re looking at something bigger here. The kind of change that doesn’t just disrupt things for a quarter or two, but redefines the whole playing field.
This, experts say, is the start of a new era, one they believe will drive unstoppable growth.

We’re talking a US$1.2 trillion market by 2030 – driven by insane tech breakthroughs and an explosion in demand for chips that are powering everything from AI to next-gen gadgets.

By then, analysts believe semiconductors won’t be just the brains of devices anymore – they’ll be the engine of entire economies.

“Will generative AI surpass human creativity in a decade? How will our smartphones revolutionise daily life by 2035?” asked Billy Leung at Global X.
“All these intriguing possibilities hinge on the evolution of the semiconductor industry.”

AI to supercharge semis market​

Right now, in the world of PCs and mobiles, semiconductors are barely taking a slice – 20-30% for PCs, and just 10-20% for mobiles.

But when it comes to AI, we’ll be looking at an opportunity that’s significantly larger and far more lucrative.

AI needs a lot more hardware to do its thing.

That means the semiconductor industry could suddenly own 40-50% of the tech stack’s total value, according to recent research from the Redline Group.
Smaller semiconductor players could cash in by solving problems around storage, memory, and specific computing needs.

“As the AI market continues to expand and evolve, investors who recognise its potential are well poised to reap the rewards of this exciting technological revolution,” said deVere Group’s Nigel Green.

“Including AI exposure in investment portfolios isn’t just a trend – it’s a strategic move that aligns with the future of innovation and economic growth.
“Just do it judiciously.”

ASX semiconductor stocks on the rise​

As the AI revolution accelerates, semiconductor stocks on the ASX are also primed to ride this wave of growth.

The following four companies have been gaining traction, with their share prices moving in the right direction over the past six months. All are developing critical tech that could fuel AI advancements.

In alphabetical order, then, here’s the alpha…

Adisyn (ASX:AI1)

Adisyn’s stock has been on an absolute tear, flexing a 300% gain over the past 12 months.
The company made a major move in the semiconductor space by acquiring 2D Generation (2DG), an Israeli firm pioneering a breakthrough in graphene-based chip manufacturing.
Graphene, a super-conductive material, has long been seen as the key to revolutionising semiconductors, but its integration into production has been tricky – until now.
2DG has developed a patented process that grows graphene at temperatures below 300°C, a game-changer for semiconductor manufacturing.
This low-temperature technique allows graphene to be integrated into chips without damaging their delicate components.
“This low temperature is what sets us apart from everyone else,” Arye Kohavi, 2DG’s CEO, recently told Stockhead.
This breakthrough addresses one of the biggest challenges in semiconductor design – heat generation.
As chips shrink, interconnects between transistors become more prone to overheating. Graphene’s ability to conduct heat efficiently could replace copper in interconnects, preventing performance issues.
“If we want chips to keep getting faster, we need to solve the heat generation problem, and graphene can do that,” Kohavi added.
With the global semiconductor market expanding rapidly, 2DG’s innovation could open the door to a new era of faster, smaller, and more efficient chips.
If successful, this technology could significantly reshape the sector.
Read more: Adisyn’s 2D Generation is in the global race to bring graphene into advanced semiconductors

Archer Materials (ASX:AXE)

Quantum computing is quickly moving from science fiction to reality, and one Aussie company at the forefront is Archer Materials.
Archer is developing a unique carbon film that could potentially revolutionise quantum computing.
Archer’s chief technology officer, Dr Simon Ruffell, explained how this carbon film has exceptional quantum properties, including “very long spin lifetimes at room temperature”.
“This is a big deal because most quantum technologies require incredibly cold temperatures to work,” he told Stockhead.
The ability to operate at room temperature means the company can potentially use existing semiconductor manufacturing methods, drastically reducing both cost and complexity.
But it’s not just about computing.
Archer is also exploring quantum sensors, which have applications in fields ranging from healthcare to automotive.
These sensors, driven by TMR (Tunnel Magnetoresistance) technology, can measure magnetic fields with high sensitivity, making them useful for devices like MRI machines.
“Their potential goes far beyond med tech,” says Ruffell, with industries like automotive and solar power also in the mix.
In healthcare, Archer is currently working on a biochip designed to simplify chronic kidney disease testing.
“Right now, testing for kidney disease is a long and expensive process,” Ruffell noted.
Archer’s biochip allows people to perform tests at home, saving time and money. The team is currently navigating the regulatory hurdles, but aims to bring this game-changing product to market in the near future.
“We are pursuing four key themes: quantum technologies, healthcare, digitisation and decarbonisation. Each one of these has the potential to disrupt existing industries.”

BrainChip Holdings (ASX:BRN)

Brainchip’s Akida processor isn’t just another AI chip – it’s built to mimic how the brain works.
Akida processes data in real time, directly on devices. It uses neuromorphic tech, meaning it learns and adapts on the spot.
Instead of relying on bulky cloud servers to process data, Akida works at the edge – right where the action is happening.
Akida is also said to process data with far less energy, meaning devices run longer and perform better.
It can handle complex tasks like image recognition, anomaly detection, and even pattern recognition in real time.
BrainChip’s stock soared in December after two massive wins.
First, Frontgrade Gaisler licensed BrainChip’s Akida tech for space microchips, while teaming up with the European Space Agency to power space-based AI.
Then, the Air Force Research Laboratory dropped a $1.8 million contract to use Akida 2.0 for radar algorithms, backing up BrainChip’s growing presence in military and aerospace AI.


Weebit Nano (ASX:WBT)

Weebit aims to position itself at the forefront of the semiconductor market with its ReRAM technology.
CEO Coby Hanoch is optimistic about Weebit’s future, calling ReRAM “the next big thing” in memory technology.
The technology has the potential to replace traditional Flash memory in everything from AI to IoT, and high-performance computing.
“I believe, whether we like it or not, Weebit has become kind of a forefront of this crusade to make Australia understand the importance of semiconductors,” he said.
ReRAM offers superior performance—faster speeds, lower power consumption, and more cost-effective manufacturing compared to Flash.
Hanoch’s confident that demand for ReRAM will soon be universal: “It’s not a matter of if; I don’t think they have a choice. I mean, they all need ReRAM.”
Weebit’s partnerships with companies like DB HiTek are paving the way for future deals, and Hanoch’s personal stake is high.
“100% of my equity compensation is tied to performance.
“This is my way to show the shareholders my level of confidence in the potential of Weebit.”


All ASX chip stocks​

(Data taken on January 13, 2025)

SecurityDescriptionLast%Mth%SixMth%YrMktCap
4DS4Ds Memory Limited0.044-44%-51%-41%$77,591,136
AI1Adisyn Ltd0.070-14%150%312%$43,210,121
AXEArcher Materials0.3656%1%3%$93,019,160
BLGBluglass Limited0.0250%-31%-55%$46,006,809
BRNBrainchip Ltd0.33038%65%94%$650,914,432
WBTWeebit Nano Ltd2.620-14%4%-27%$543,044,154


At Stockhead, we tell it like it is. While Adisyn is a Stockhead advertiser, it did not sponsor this article.
This article does not constitute financial product advice. You should consider obtaining independent advice before making any financial decisions.
Think this deserves to be spammed many times over at the crapper by many members here 😂
 
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Have you ever been to an AGM? Asking for a friend.
Dolci = Turncoat . Nothing but manipulating dribble from your mouth and far from a team player.
 
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Dolci

Regular
Does that mean you still want to buy my akida plates? 😁
I like these better........ but I did like AKIDA....I saw you at the AGM with that hunk of a man, :love: I was gonna talk to you, maybe next time.......

dolci plats.jpg

But Dolci, you're making very good money trading it aren't you.
Your charts are telling you when to buy and sell on the rises and falls.
And your sentiment changes noticeably to negative when you have sold and are hoping/expecting the price to fall so you can buy in again at a lower price.
Then you only express positives when you hope/expect the price to rise so you can sell at a higher price.
Surely BRN is a dream stock for you to trade.
Beyond the flexible narrative you require to back your trading positions, what do you care about the success or not of the company?
.....45c to 32c isn't bad,........ is it?, so far, but mid-twenties is the go where the safe water is at the moment ..........
 
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Bravo

If ARM was an arm, BRN would be its biceps💪!
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MDhere

Top 20
I like these better........ but I did like AKIDA....I saw you at the AGM with that hunk of a man, :love: I was gonna talk to you, maybe next time.......

View attachment 76073

.....45c to 32c isn't bad,........ is it?, so far, but mid-twenties is the go where the safe water is at the moment ..........
:ROFLMAO: You must have asked someone which one was me, sneaky you (could have been the drive by too) ... and I haven't heard word "hunk" (in a long time) of a man for the one that was sitting next to me lol You can tell him yourself in May! :ROFLMAO: Well one day I might have a car that has Akida inside so the plates will be sitting proud :) And $2.22 sounds good by Agm
 
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Bravo

If ARM was an arm, BRN would be its biceps💪!

Edge AI could test Starlink's mettle​

By Diana Goovaerts Jan 15, 2025 2:35pm

satellites in space


"Edge systems on the planet are much less expensive, relatively easy to deploy and maintain, and can be updated as often as needed and at a reasonable cost,” Jack Gold noted.
  • AI workloads are expected to move from centralized training to inferencing at the edge
  • Starlink might have more trouble serving these workloads than terrestrial telcos
  • Latency, power and compute are key issues
Starlink burst onto the broadband scene in recent years, lighting up industry conversations like a supernova. But could the hype around the company end up flaming out in the era of edge AI?

The question is an interesting one and the answer, according to several analysts is: it depends.

Certainly, Starlink has a lasting place in the broadband conversation due to its unique ability to quickly connect folks in remote areas. And depending on how the next few years play out – that is, if the company secures money from the Broadband Equity, Access, and Deployment (BEAD) Program for expansions and gets its hands on more spectrum – it could become an even more prominent figure in the broadband scene.

But there are two things that artificial intelligence (AI), and edge AI in particular, requires that Starlink lacks: low latency and compute.
As Colin Campbell, SVP of Technology for North America at Cambridge Consultants, noted, “If you want to be truly on the edge, you want to be as close as possible [to end users], and space networks aren’t close” by definition. Additionally, satellites by design have limited space for the compute power required to process edge AI workloads at scale.

Sure, you could send those workloads to ground for processing, he said, but that would just add to the latency issue.


According to Starlink’s website, the company currently provides typical latency of 25 to 60 milliseconds (ms), with latency climbing to over 100 ms for certain extremely remote locations. While that sounds high compared to the 10-20 ms of latency fiber providers like AT&T and Frontier provide, it’s not actually that much of a problem – at least not yet.

If you want to be truly on the edge, you want to be as close as possible [to end users], and space networks aren’t close.
Colin Campbell, SVP of Technology for North America, Cambridge Consultants

Why? Well, as Recon Analytics founder Roger Entner told Fierce “We are still looking for the use case where a few milliseconds or even 10 or 20 milliseconds of additional latency make a difference.”

Houston, we have some problems

Jack Gold, of J. Gold Associates, pointed out there are a few other factors that likely won’t work in Starlink’s favor when it comes to serving edge AI. First, satellites don’t exactly get updated that often for obvious reasons. And second, they’re expensive.
In contrast, “edge systems on the planet are much less expensive, relatively easy to deploy and maintain, and can be updated as often as needed and at a reasonable cost,” he noted.


Then there’s just the nature of how satellite networks function. “You are not always connected to the same one even for the same communications,” Gold added. “The satellites will pass you off to the next one as they fly by overhead. So, if you are computing something on one, it may not even finish by the time you move to the next satellite…So it seems impractical to run AI on the satellite.”
And then there’s the question of what running any real AI compute on a satellite would do to the bird’s power load. If it increases it too high, that “may be a problem in getting enough solar power or at the least would add more costs,” Gold said.
Long story short, there seem to be a lot of drawbacks to the prospect of running edge AI applications on satellites. But there could be one use case that could end up being Starlink’s Goldilocks zone.
“For some applications, satellites may be the way to interact with terrestrial based edge systems, especially for remote use cases where latency is not a critical issues (e.g., not health or safety related, where a few seconds or even minutes won’t affect outcomes negatively), or if there is no real terrestrial network to access,” Gold concluded.
It’s hard to know how or even if Starlink is thinking about offering edge AI services. Fierce tried to reach out to the company via its parent SpaceX (since apparently Starlink lacks a media contact) but got no response. Starbase, we’re here if you want to talk.

 
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Frangipani

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Axel von Arnim, Head of Neuromorphic Computing at fortiss, the München/Munich-based Research Institute of the Free State of Bavaria for software-intensive systems (https://www.fortiss.org/en/about-fortiss), uploaded this YouTube video titled Tonus, an interactive scientific-artistic sound installation with a neuromorphic brain, that was exhibited at the Deutsches Museum in Munich as part of the Festival der Zukunft (Festival of Future) in June.

The video doesn’t specify what neuromorphic tech was being used.
Since Axel von Arnim and his researchers at fortiss have been enamoured by Loihi and SpiNNaker, and have also collaborated with IBM on SNNs in a project that involves event-based cameras, chances are Akida wasn’t part of the set-up, but no matter whose tech they used, this is a great way for the public to get exposed to neuromorphic technology in general!



A716E375-B323-4A8B-87E0-963F8EE6930E.jpeg






3954B399-83F6-4D35-8504-70018D84E7D0.jpeg



Speaking of exposure:
fortiss researcher Jules Lecomte - who was responsible for the sound installation’s neuromorphic brain and can also be seen in the video - has since definitely had exposure to Akida, as he was one of the mentors for the winning team in the Neuromorphic Hackathon jointly organised by fortiss and neuroTUM in mid-November, alongside Gregor Lenz (Neurobus) and Arunkumar Rathinam (University of Luxembourg).



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Dolci

Regular
:ROFLMAO: You must have asked someone which one was me, sneaky you (could have been the drive by too) ... and I haven't heard word "hunk" (in a long time) of a man for the one that was sitting next to me lol You can tell him yourself in May! :ROFLMAO: Well one day I might have a car that has Akida inside so the plates will be sitting proud :) And $2.22 sounds good by Agm
I was at MC place at the cafe, I saw you ,.......... you & your friend were their together........
 
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Bravo

If ARM was an arm, BRN would be its biceps💪!
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I like these better........ but I did like AKIDA....I saw you at the AGM with that hunk of a man, :love: I was gonna talk to you, maybe next time.......

View attachment 76073

.....45c to 32c isn't bad,........ is it?, so far, but mid-twenties is the go where the safe water is at the moment ..........
I’m looking forward to a few drinks with anyone who can put up with me at the next agm

1736991136937.gif
 
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JB49

Regular

Good to know that year after year there are going to be a bunch of engineers graduating from an Australian University with an understanding of Neuromorphic Computing.

With Andre Van Schaik on our advisory board, I'd assume students will know all about Akida.

Neuromorphic Engineering is an exciting inter-disciplinary field combining aspects from electrical engineering, computer science, neuroscience, signal processing and mathematics fields. The Master of Neuromorphic Engineering offers students an opportunity to partner with high-profile industry partners in a research project, mentored by leading researchers from the International Centre for Neuromorphic Systems at the MARCS Institute. This program seeks to address the rapidly growing demand for alternative inter-disciplinary technologies, such as bio-inspired agile sensory systems, smart edge devices, and brain-inspired high performance computational platforms. The students will be introduced to state-of-the-art neuromorphic hardware, sensors and algorithms in a highly structured way that increases their acumen for approaching new situations with creativity and initiative.

ELEC 6003 Neuromorphic Accelerators (10 Credit Points)
Subject Details Legacy Code: 800231
Problem-oriented thinking and distributed system design are essential for neuromorphic engineers. This subject is designed to provide students with sufficient understanding to neuromorphic processor. Students will be able to implement spiking neural networks by programming neuromorphic processors The lab work and programming assignments focus on different key aspects of programming neuromorphic processor: Neural modelling, Python programming, debugging code and hardware/software co-simulation. The workshops focus on the concrete implementation of neural networks.


COMP 6002 Neuromorphic Sensing (10 Credit Points)
Subject Details Legacy Code: 800233
Neuromorphic sensors offer a new way to electronically sense and process data that have a unique structure based on principles found in biology. Understanding how they operate is integral to their effective use in practical situations, to the development of algorithms, process their data, and to the optimisation of their electronic designs. This subject focuses primarily on neuromorphic vision sensors, which are rapidly being adopted by multiple industries, including exciting applications in automotive and space. Students will develop an in-depth understanding of neuromorphic sensors and the skills to operate a neuromorphic sensor for acquiring data and solving real-world problems. This practical experience is in high demand from both research labs and the industry.
 
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Bravo

If ARM was an arm, BRN would be its biceps💪!
I don't think this recently published research paper has been posted here previously.

I can't access the whole paper to see what processor was used but it does refer to Prophesee's event camera.




Screenshot 2025-01-16 at 1.23.31 pm.png




 
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Cardpro

Regular
If we were taken over for $3 per share.
Assuming we as a growth company are deserving of a PE of 30 that assumes an Earning per share of 10 cents per share.
So for $3 per share the buyer would be paying for net earnings of $200 million.
Sean is on record stating that IP licence model has circa 90% net margin.
If that is the case the buyer would be paying for a revenue of circa $222mill pa.
Given our prospects as global industry leader we probably would expect more than $222mill revenue pa.
I expect then that the BOD probably would have a 'thumbs down' for $3 a share.
Can't even hit a dollar at this stage, nor 10 mill revenue... I wouldn't mind a big company or companies to invest in us and help us grow... many start-ups fail, not necessarily because of lack of tech but due to lack of revenue or ability to close sales... look at EVs, the concept of EV existed for decades but only Elon has marketed it successfully.... IMO
 
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Diogenese

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Boab

I wish I could paint like Vincent
A little bit of energy creeping into the market @Esq.111 ??
 
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7für7

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A little bit of energy creeping into the market @Esq.111 ??
Hmm where are the sea lions Esq? 🤔
Are they trying to catch the “short” penguins?

1736998641562.gif
 
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