BRN Discussion Ongoing

Dang Son

Regular
Sean Hehir - Commsec interview May 22
 
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Dang Son

Regular
Rookie numbers my guy, DreddBot has me in the naughty corner as we speak.
Let me tell you it sucks. Not sure if you will even see this message hahah

@zeeb0t , plz help
View attachment 34687
Hi Damo , this is a perfect example of why Ai in its early iterations may not be well received by the practical human.
 
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Dang Son

Regular
Does anyone know what Edge Impulse relationship is with Innatera? _ https://www.innatera.com/
It seems to me like our direct competition.

Innatera

UNLOCKING TRUE NEUROMORPHIC PATTERN RECOGNITION​


Innatera’s ultra-efficient neuromorphic processors mimic the brain’s mechanisms for processing sensory data. Based on a proprietary analog-mixed signal computing architecture, Innatera’s processors leverage the computing capabilities of spiking neural networks to deliver ground-breaking cognition performance within a narrow power envelope. With an unprecedented combination of ultra-low power consumption and short response latency, these devices enable high-performance always-on pattern recognition capabilities in applications at the sensor-edge.

UP TO 10,000X HIGHER PERFORMANCE PER WATT​

than conventional microprocessors and digital accelerators​



500X LOWER ENERGY​

Always-on pattern recognition within an extremely narrow power envelope

100X SHORTER LATENCY​

Blazingly fast recognition of spatial and temporal patterns in complex sensor data

PATTERN RECOGNITION SIMPLIFIED​

Simple to program and deploy with Innatera’s powerful SDK
 
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Iseki

Regular
Does anyone know what Edge Impulse relationship is with Innatera? _ https://www.innatera.com/
It seems to me like our direct competition.

Innatera

UNLOCKING TRUE NEUROMORPHIC PATTERN RECOGNITION​


Innatera’s ultra-efficient neuromorphic processors mimic the brain’s mechanisms for processing sensory data. Based on a proprietary analog-mixed signal computing architecture, Innatera’s processors leverage the computing capabilities of spiking neural networks to deliver ground-breaking cognition performance within a narrow power envelope. With an unprecedented combination of ultra-low power consumption and short response latency, these devices enable high-performance always-on pattern recognition capabilities in applications at the sensor-edge.

UP TO 10,000X HIGHER PERFORMANCE PER WATT​

than conventional microprocessors and digital accelerators​



500X LOWER ENERGY​

Always-on pattern recognition within an extremely narrow power envelope

100X SHORTER LATENCY​

Blazingly fast recognition of spatial and temporal patterns in complex sensor data

PATTERN RECOGNITION SIMPLIFIED​

Simple to program and deploy with Innatera’s powerful SDK
"analog-mixed signal computing architecture" is bad. Akida's pure digital approach the way to go for cheap, billions of IP orders inside billions of MCUs. We're in the box seat. We just need someone to spill the beans and tell us they just pre-ordered some Akida 2000's
 
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Recall seeing the Teksun website blurb revisited recently and supposedly Linaro was in it so thought have a dig around.

Whilst can't see anything of us yet, various 96boards are out with NPUs with people like Qualcomm, HiSilifin, Xilinx, Rockchip and some boards that don't specify.


They big into AI obviously with edge, auto and IoT as well but I liked a certain couple of our mutual partners ;)

Worth keeping an eye on me thinks.





Automotive, IoT & Edge Devices​

Automotive, IoT & Edge Devices dark icon

Software defined functionality is no longer restricted to the cloud network but is now expected to extend to the edge.
Autonomous AI-driven features are being deployed to positions of trust in gateways and even sensors.The Zonal Architecture revolution driving the evolution to software-defined vehicles is just one indicator that industry has switched to a software-first methodology. The technologies underpinning these use cases are continuously evolving but all suffer from one common denominator - the lack of open software standardization.
Arm
HiSilicon
QuIC
ST
Socionext
Xilinx
 
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Rise

Emerged
Just
I just took a look at this vid link, which Walhik Joe put up over at HC.

It's an interview with Nandan Nayampally, I don't believe I have seen it here, what I liked was the way Nandan articulates what AIoT is and a bit of an exploration of AI market.

I like the well considered way Nandan comes across.

Something I would like BRN executives focus upon more in their various interviews, is the one or two shot on chip learning capability of the various Akida iterations i.e. would have been good to see Sean slip the one shot learning thing somewhere in the conversation he had with Zach Shelby the other day.

One shot learning is a major differentiator, Akida is way more than an accelerator.

The link: https://lnkd.in/eRXqqdcx
Thanks for the link I totally forgot about watching this one when it was released.
RFTA.
 
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"analog-mixed signal computing architecture" is bad. Akida's pure digital approach the way to go for cheap, billions of IP orders inside billions of MCUs. We're in the box seat. We just need someone to spill the beans and tell us they just pre-ordered some Akida 2000's
Can you please share the evidence of your digital claim? I have done some reading myself and emailed Tony to ask Peter about why we are implementing digital and not analog after getting some feedback from the slasher in the other site
 

M_C

Founding Member
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M_C

Founding Member


“Whether our technology is going into a smartphone or whether it’s going into a factory or a robot or a drone flying around Mars, our AI is a horizontal that permeates all of those device categories and applications,” said Don McGuire, Qualcomm’s chief marketing officer.

The technology Qualcomm brings to artificial intelligence is a digital platform, based on Snapdragon computer chips. Aaron Elkins is the director of the Artificial Intelligence Center based at San Diego State. He says Qualcomm’s role in AI is providing devices that can operate AI systems in the real world.

"AI is happening in our labs, with our supercomputers and our robots,” Elkins said. “But when it’s trained, and we’re past this development phase, AI needs to exist on devices that can actually run them but they don’t take a lot of power and they can handle these algorithms. So Qualcomm fits in at the edge and actually using AI.”

“People expect when they are querying ChatGPT for instance, and the answers are coming back. Where are they coming from and where is that happening? Today it’s happening on the cloud. A data center somewhere,” McGuire said.

The problem with that, he says, is data centers don’t have the infrastructure or power to accommodate artificial intelligence as its use dramatically increases.

“So really what’s going to have to happen is AI is going to have to become hybrid, meaning a certain amount of AI and behavioral algorithms have to happen on device as well as in the cloud.”

And that, McGuire says, is where Qualcomm’s comes in. On-device artificial intelligence computing is something they’re doing effectively on their Snapdragon platforms


Screenshot_20230420_151816_LinkedIn.jpg
 
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Dang Son

Regular
"analog-mixed signal computing architecture" is bad. Akida's pure digital approach the way to go for cheap, billions of IP orders inside billions of MCUs. We're in the box seat. We just need someone to spill the beans and tell us they just pre-ordered some Akida 2000's
Thanks Iseki, I'm none too technical but they seem to use all they same terms as Brainchip.
Maybe they're just faking it.
 
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Iseki

Regular
Thanks Iseki, I'm none too technical but they seem to use all they same terms as Brainchip.
Maybe they're just faking it.
Well, we need @Diogenese , a free thinker who has suffered penury all these centuries whose tide is about to turn.
 
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skutza

Regular
Damn it, I said no more, I accidently :) grabbed another 21,428 shares at the end of day Auction........

1681972562088.png
 
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suss

Regular
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manny100

Top 20
Yes they will, as Tony previously stated.
Sean said in one of the recent April investor presentations that License fees were 7 digits or multiple of. Royalties after that.
 
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Dang Son

Regular
"analog-mixed signal computing architecture" is bad. Akida's pure digital approach the way to go for cheap, billions of IP orders inside billions of MCUs. We're in the box seat. We just need someone to spill the beans and tell us they just pre-ordered some Akida 2000's
"Innatera’s processors leverage the computing capabilities of spiking neural networks to deliver ground-breaking cognition performance within a narrow power envelope."
Does this claim from Innatera sound like its processors leverage Akida to perform the function of

UNLOCKING TRUE NEUROMORPHIC PATTERN RECOGNITION​

?

 
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Terroni2105

Founding Member
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Hi @Sirod,

Thanks so much for offering to keep me company in the naughty corner. That's such a lovely thing to say! How about you bring the milk and I'll bring the cat food and scratchy pole? 😆

Miraculously I haven't been ejector-seated out of here just yet. It isn't that I want to go, it's just that someone keeps reporting my posts, which I think is not very kosher and an abuse of the reporting system itself IMO. And I believe this may have also happened to @Fact Finder.

I can't help but feel very suspicious about the motivations of some of these posters who are doing nothing but complaining. I have never begrudged anyone for having an opinion, but there's a difference between expressing legitimate concerns as opposed to completely saturating the thread with negative sentiment, over and over, rehashing the same complaints for no material purpose. They are not actually seeking to have any of their concerns addressed, as others have pointed out there are avenues for them to go down if they wish to do so without chocking up the thread unnecessarily. I can't help but call out that kind of behaviour and they don't seem to like it, which speaks volumes I think.


View attachment 34678

"Miraculously I haven't been ejector-seated out of here just yet."
And nor should you be Bravo. Keep fighting the good fight, your contributions are welcomed and valued by those of us genuine holders who have been here since the start. I have been sitting back, reading and watching of late and agree that there definitely has been a suss element that has emerged. I am as confident as I have been for a long time as I watch BRN continue to drive forward. In my opinion Its only a matter of time until the opportunists who are currently trading in doubt and negativity move on to their next meal.
 
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buena suerte :-)

BOB Bank of Brainchip
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Adam82

Member
IMG_8921.jpeg
IMG_8920.jpeg
 
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jtardif999

Regular

Not sure if this has already been posted..


Mercedes-Benz Wants to Become a Software Company, the CEO Says​

At a recent briefing in Northern California’s Silicon Valley, the marque’s top executives discuss what’s soon to roll out on the tech front.​

By LAURA BURSTEIN

Ola Källenius, global CEO of Mercedes-Benz speaks to media at the automaker's annual press conference in Stuttgart, Germany, in 2023.
Christoph Schmidt/picture alliance via Getty Images
Your next G-Wagen might let you stream movies, play Angry Birds, and hop on a Zoom call—all from an immense set of displays that span the entire dash. As vehicles become more connected, Mercedes-Benz is pushing beyond sheet metal and luxurious materials to build a product portfolio loaded with advanced technology.

“We make things in the physical world, but also increasingly in the digital world,” stated Mercedes-Benz CEO Ola Källenius as he addressed invited guests and investors at a recent event at the marque’s Silicon Valleysatellite office in Sunnyvale, Calif. “We are on a journey to also become a software company. We will put supercomputer-like performance into every single Mercedes.”


Ola Källenius, global CEO of Mercedes-Benz, at the marque's Silicon Valley office in Sunnyvale, Calif.

Ola Källenius, global CEO of Mercedes-Benz, with a tech-laden test car.Mercedes-Benz AG
The automaker is working with partners to develop a myriad of products and services, including expanded infotainment options, more sophisticated safety features, and really big screens. Significantly, they will all run on Mercedes-Benz’s own MB.OSplatform, expected to debut at the end of 2024 for sale in vehicles the following year.
“We are the architects of our own operating system, a chip-to-cloud architecture that enables the decoupling of software and hardware,” Källenius explains. Because automotive-development cycles span years, compared with months or even weeks for software programs, the result is that in-car technology runs the risk of becoming obsolete long before the lifespan of the car has ended. With MB.OS and over-the-air updates, “the product doesn’t get old, and it actually gets better over time,” says Källenius.
Mercedes-Benz's Silicon Valley complex in Sunnyvale, Calif.

Mercedes-Benz’s Silicon Valley complex in Sunnyvale, Calif.Mercedes-Benz AG
The new operating system is proprietary to Mercedes, but employs technologies from partners, including NVIDIA and Google Maps. “If you’re building a house, you don’t have to lay every tile or every beam by yourself,” says Källenius. “That’s why we leverage the technology partnerships we have, but in the end, it comes together where we control the IP and we control the digital marketplace in our vehicle.” That marketplace is a potential “pot of gold” for Mercedes-Benz, according to Källenius, who disclosed that the company generated 1 billion euros in software-enabled revenue in 2022 and expects that number to be in the “high single-digit-billion euros” by the end of the decade.


A prototype interior of the 2024 Mercedes-Benz E-Class sedan.

The 2024 E-Class sedan will be available with a precursor to MB.OS, along with the third-generation of the marque’s MBUX user interface.Mercedes-Benz AG
However, while some manufacturers are striving to make their interfaces more of an extension of users’ phones, Mercedes-Benz is deliberately departing from this, creating a distinct interface that it hopes users will prefer. “There’s an ultimate goal not to mirror your phone, to make a great customer experience so there’s no need to plug in your device,” says Markus Schäfer, Mercedes-Benz’s chief technology officer.
Company executives envision the car as an entertainment center, with gaming, social media, video conferencing, music, and other third-party apps. Schäfer touted partnerships with Universal Music as well as myNFT, the latter of which will allow customers to create and display their own private art galleries inside their vehicles.
A test vehicle showcasing some of the latest tech from Mercedes-Benz.

Mercedes-Benz is working with partners to develop a myriad of products and services, including expanded infotainment options and more sophisticated safety features.Mercedes-Benz AG
The canvas for this innovative content will be giant, pillar-to-pillar screens, including a separate display for the passenger, with privacy technology that will block potentially distracting games or videos from the driver’s view. Mercedes EQ electric vehicles are already fitted with the gargantuan Hyperscreen, but the tech will soon trickle down to the brand’s gasoline-powered cars as well. First up will be the 2024 E-Class sedan, which will be available with a precursor to MB.OS, along with the third-generation of Mercedes-Benz’s MBUX user interface.
Markus Schäfer, Mercedes-Benz’s chief technology officer.

Markus Schäfer, chief technology officer for Mercedes-Benz.Sven Hoppe/picture alliance via Getty Images
The instrument panel in the new E-Class looks similar to the Hyperscreen but uses a separate, floating driver’s display and forgoes the more expensive, three-dimensionally curved glass. But there’s still plenty of real estate. “It’s important to get bigger and bigger with screen sizes,” says Gorden Wagener, Mercedes-Benz’s chief design officer, during a private viewing of the E-Class interior. “Small displays make an interior look old. So the bigger the better.” The redesigned E-Class cabin also features a plethora of ambient lighting and, perhaps to the chagrin of many, eschews all analog switches and rotary knobs in favor of digital controls, including the volume adjustment.


Gorden Wagener, Mercedes-Benz’s chief design officer, gives a private viewing of the new E-Class interior.

Gorden Wagener, Mercedes-Benz’s chief design officer, gives us a private viewing of the new E-Class interior.Laura Burstein
The new E-Class, which will also debut an exterior design yet to be revealed, is slated to arrive in dealerships at the end of this year. If history is any indication, the interior layout could become the template for future internal-combustion-engine models (at least while they last, as the company has said it will go all-electric by 2030, save for perhaps a few small markets). And while Mercedes-Benz didn’t announce an exact timeline or specifics as to which vehicles will get which technology, Källenius confirmed that the forthcoming MB.OS and its related features would eventually appear on “every Mercedes.”
 
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