BRN Discussion Ongoing

For anyone interested, here is the latest Edge AI box by NVIDIA/Intel:


"DFI X6-MTH-ORN is a fanless Edge AI Box Computer that combines an NVIDIA Jetson Orin NX/Nano AI module with a 14th Gen Intel Core Ultra “Meteor Lake-U” 15W processor for AI-driven applications leveraging GPU computing, machine learning, and image processing."

As compared to Brainchip's Edge AI box https://shop.brainchipinc.com/products/akida™-edge-ai-box
Fanless huh? 🤔..
So I guess that just means it's going to overheat?...

20240629_102604.jpg

The whole top of it, is a massive heatsink, maybe the instructions say.. "place unit in front of a fan"..

They had to add a cooling fan for the other chips in "our" Edge Box, so hard to see how they can get away with it here, using GPU technology..
 
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Guzzi62

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Diogenese

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Hi Bravo,

This reads like a von Neumann computer software implementation, not an SNN. They run it on a GPU.

The software makes it slow and power hungry compared to Akida.

It may be ok for cloud processing, but may not be suitable for real-time applications.

"But by leveraging Nvidia CUDA [Compute Unified Device Architecture] technology instead, along with optimised linear algebra libraries, this process can be efficiently parallelised and accelerated – cutting power consumption without penalising performance."

For those of a technical bent, this is a discussion of Nvidia Cuda:

https://www.nvidia.com/en-us/data-center/ampere-architecture/
 
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Bravo

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


Samsung backs ‘world’s most powerful’ AI chip for edge devices​

Dutch startup Axelera promises better AI performance at lower costs
June 28, 2024 - 10:30 am
ADVERTISEMENT

Samsung backs ‘world’s most powerful’ AI chip for edge devices

Eindhoven-based startup Axelera has raised $68mn as it looks to take its AI chip business global. One of the lead investors is Samsung Catalyst, the venture arm of semiconductor giant Samsung Electronics.
Axelera is developing chips, known as AI processing units (AIPUs), that enable computer vision and generative AI in devices like robots and drones. The chips facilitate so-called edge AI — when AI models are deployed inside devices, instead of linking to them via the cloud.
Axelera builds the AIPUs as well as the software that runs them. Dubbed Metis, the startup claims that it is the world’s most powerful AI chip for edge devices.
The AI chips are, in effect, tiny data centres located within the device. By negating the need to upload or download data to a centralised cloud server, the chips speed up data processing. They also minimises energy use.


What’s more, Axelera leverages what’s known as in-memory computing. That’s when data is stored in the main memory (RAM) instead of on traditional disk storage. This makes for even faster data processing and retrieval.
The startup’s chips thus deliver high computing performance at a fraction of the cost and energy consumption of centralised AI processing units, said the startup.
“To truly harness the value of AI, organisations need a solution that delivers high-performance and efficiency while balancing cost,” said Fabrizio Del Maffeo, co-founder and CEO at Axelera AI.
axelera-AI-chip
Axelera claims it has built the world’s most powerful AI processing unit for edge devices. Credit: Axelera

Democratising AI

Axelera’s chips make use of the instruction set architecture (ISA) RISC-V. An ISA acts like a bridge between the hardware and the software. It specifies both what the processor is capable of doing as well as how it gets done.
RISC-V is a low-cost, efficient, and flexible ISA that can be customised to specific use cases. Crucially, unlike most ISAs, it is open source, which means no single entity controls it.
“Our mission is to democratise access to artificial intelligence,” said Del Maffeo.
By specialising in edge AI, and developing both the software and hardware components, Axelera looks to give itself a competitive edge in a booming AI chip market dominated by the likes of Nvidia, Intel, and IBM.
Speaking of IBM, Del Maffeo, who previously worked at Belgium-based tech lab Imec, co-founded Axelera alongside Evangelos Eleftheriou, a former veteran at the American tech giant.
Axelera plans to put its AI processing units into full production in the latter half of this year. It looks to expand its presence in North America, where it already has an office, and into new industries such as automotive, digital healthcare, and surveillance. The startup is also exploring the development of high performance AI chips for data centres and supercomputers.
Hailing from Eindhoven, Axelera exists in one of the most mature semiconductor tech hubs in the world. The city is home to Philips-founded NXP Semiconductors and ASML, which produces chip-making machines for almost every major semiconductor manufacturer on Earth.
This latest funding round brings Axelera’s total raised to $120mn. New investors include the Samsung Catalyst Fund, European Innovation Council Fund, Innovation Industries Strategic Partnership Fund, and Invest-NL.

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

Sam Altman-backed AI processor venture hires ex-Apple engineer to lead hardware development​

News
By Anton Shilov
published 13 hours ago
Jean-Didier Allegrucci joins Rain AI to work on hardware.


Comments (2)
 Jean-Didier (J-D) Allegrucci

(Image credit: Accesswire / Pexels)

Rain AI, an AI hardware processor developer backed by OpenAI's Sam Altman and investment banks, has hired Jean-Didier Allegrucci, a former Apple chip executive, to lead its hardware engineering. This high-profile hire indicates that Rain AI has serious plans for its processors.

Jean-Didier Allegrucci, who has yet to update his LinkedIn profile, worked on Apple's system-on-chips (SoCs) for over 17 years since June 2007 and oversaw development of more than 30 processors used for iPhones, Macs, iPads, and Apple Watch. Based on a Rain AI blog post, Allegrucci was instrumental to build Apple's world-class SoC development team, overseeing areas such as SoC methodology, architecture, design, integration, and verification, so his experience will be extremely valuable for Rain AI. Before Apple, J-D Allegrucci worked at Vivante and ATI Technologies, both developers of graphics processing units.

"We could not be more excited to have a hardware leader of J-D’s caliber overseeing our silicon efforts," said Rain AI CEO William Passo. "Our novel compute-in-memory (CIM) technology will help unlock the true potential of today's generative AI models, and get us one step closer to running the fastest, cheapest, and most advanced AI models anywhere."


At Rain AI, Jean-Didier Allegrucci will collaborate with Amin Firoozshahian, Rain AI's lead architect, who transitioned from Meta Platforms after a five-year tenure. This partnership combines deep industry experience and innovative thinking to drive the company's ambitious goals. Yet, it will take quite some time before Amin Firoozshahian and Jean-Didier Allegrucci build their first system-on-chip at Rain. The process typically takes many years.

Rain AI's focus is on in-memory compute technology, which processes data at the storage location, mimicking the human brain. It promises to enhance energy efficiency significantly compared to traditional AI processors, such as Nvidia's H100, or B100/B200 or AMD's Instinct MI300X.

Earlier this month Rain AI licensed Andes Technology's AX45MPV RISC-V vector processor with the ACE/COPILOT instruction customization and partnered with Andes's Custom Computing Business Unit (CCBU) to accelerate development of its compute-in-memory generative AI solutions. This collaboration aims to enhance Rain AI's product roadmap and deliver scalable AI solutions by early 2025.

Given the time it usually takes to develop a complex processor from scratch and the fact that Rain AI is tasking Andes to help it build its first SoC by early 2025, it looks like processors which development will be led by Jean-Didier Allegrucci are at least a couple of years away and his input to the 2025 product will be limited (if any).

 
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hotty4040

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Fanless huh? 🤔..
So I guess that just means it's going to overheat?...

View attachment 65650
The whole top of it, is a massive heatsink, maybe the instructions say.. "place unit in front of a fan"..

They had to add a cooling fan for the other chips in "our" Edge Box, so hard to see how they can get away with it here, using GPU technology..

First, I wonder what the "cost" differential is between them and then, performance differences ? .... Colour schemes anyone ???


Akida Ballista >>>>> that's a huge " heatsink " isn't it <<<<<


hotty...
 
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Diogenese

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Pooh!


Samsung backs ‘world’s most powerful’ AI chip for edge devices​

Dutch startup Axelera promises better AI performance at lower costs
June 28, 2024 - 10:30 am
ADVERTISEMENT

Samsung backs ‘world’s most powerful’ AI chip for edge devices

Eindhoven-based startup Axelera has raised $68mn as it looks to take its AI chip business global. One of the lead investors is Samsung Catalyst, the venture arm of semiconductor giant Samsung Electronics.
Axelera is developing chips, known as AI processing units (AIPUs), that enable computer vision and generative AI in devices like robots and drones. The chips facilitate so-called edge AI — when AI models are deployed inside devices, instead of linking to them via the cloud.
Axelera builds the AIPUs as well as the software that runs them. Dubbed Metis, the startup claims that it is the world’s most powerful AI chip for edge devices.
The AI chips are, in effect, tiny data centres located within the device. By negating the need to upload or download data to a centralised cloud server, the chips speed up data processing. They also minimises energy use.


What’s more, Axelera leverages what’s known as in-memory computing. That’s when data is stored in the main memory (RAM) instead of on traditional disk storage. This makes for even faster data processing and retrieval.
The startup’s chips thus deliver high computing performance at a fraction of the cost and energy consumption of centralised AI processing units, said the startup.
“To truly harness the value of AI, organisations need a solution that delivers high-performance and efficiency while balancing cost,” said Fabrizio Del Maffeo, co-founder and CEO at Axelera AI.
axelera-AI-chip
Axelera claims it has built the world’s most powerful AI processing unit for edge devices. Credit: Axelera

Democratising AI

Axelera’s chips make use of the instruction set architecture (ISA) RISC-V. An ISA acts like a bridge between the hardware and the software. It specifies both what the processor is capable of doing as well as how it gets done.
RISC-V is a low-cost, efficient, and flexible ISA that can be customised to specific use cases. Crucially, unlike most ISAs, it is open source, which means no single entity controls it.
“Our mission is to democratise access to artificial intelligence,” said Del Maffeo.
By specialising in edge AI, and developing both the software and hardware components, Axelera looks to give itself a competitive edge in a booming AI chip market dominated by the likes of Nvidia, Intel, and IBM.
Speaking of IBM, Del Maffeo, who previously worked at Belgium-based tech lab Imec, co-founded Axelera alongside Evangelos Eleftheriou, a former veteran at the American tech giant.
Axelera plans to put its AI processing units into full production in the latter half of this year. It looks to expand its presence in North America, where it already has an office, and into new industries such as automotive, digital healthcare, and surveillance. The startup is also exploring the development of high performance AI chips for data centres and supercomputers.
Hailing from Eindhoven, Axelera exists in one of the most mature semiconductor tech hubs in the world. The city is home to Philips-founded NXP Semiconductors and ASML, which produces chip-making machines for almost every major semiconductor manufacturer on Earth.
This latest funding round brings Axelera’s total raised to $120mn. New investors include the Samsung Catalyst Fund, European Innovation Council Fund, Innovation Industries Strategic Partnership Fund, and Invest-NL.



Last time I looked (18 months ago), Axelera was analog - "in-memory compute" is a giveaway.

I think Axelera is an IBM spin-off - there's some tie-up through the inventors:

WO2021220069A2 CROSSBAR ARRAYS FOR COMPUTATIONS IN MEMORY-AUGMENTED NEURAL NETWORKS

IBM 20200429

Inventors: BOHNSTINGL THOMAS [CH]; PANTAZI ANGELIKI [CH]; WOZNIAK STANISLAW [CH]; EVANGELOS ELEFTHERIOU (CH)

Evangelos Eleftheriou (axelera.ai)

Co-Founder - Axelera AI

Evangelos Eleftheriou, an IEEE and IBM Fellow, is the Chief Technology Officer and co-founder of Axelera AI, a best-in-class performance company that develops a game-changing hardware and software platform for AI.

Before his current role, Evangelos worked for IBM Research – Zurich, where he held various management positions for over 35 years. His outstanding achievements led him to become an IBM Fellow, which is IBM’s highest technical honour.

More recently, there have been 4 Axelera patent docs published:

WO2024110255A1 MEMORY AND IN-MEMORY PROCESSOR 20221123

WO2024067954A1 ACCELERATING ARTIFICIAL NEURAL NETWORKS USING HARDWARE-IMPLEMENTED LOOKUP TABLES 20220927

WO2023193899A1 MULTI-BIT ANALOG MULTIPLY-ACCUMULATE OPERATIONS WITH MEMORY CROSSBAR ARRAYS 20220406

WO2023117081A1 IN-MEMORY PROCESSING BASED ON MULTIPLE WEIGHT SET
 
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GazDix

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Last time I looked (18 months ago), Axelera was analog - "in-memory compute" is a giveaway.

I think Axelera is an IBM spin-off - there's some tie-up through the inventors:

WO2021220069A2 CROSSBAR ARRAYS FOR COMPUTATIONS IN MEMORY-AUGMENTED NEURAL NETWORKS

IBM 20200429

Inventors: BOHNSTINGL THOMAS [CH]; PANTAZI ANGELIKI [CH]; WOZNIAK STANISLAW [CH]; EVANGELOS ELEFTHERIOU (CH)

Evangelos Eleftheriou (axelera.ai)

Co-Founder - Axelera AI

Evangelos Eleftheriou, an IEEE and IBM Fellow, is the Chief Technology Officer and co-founder of Axelera AI, a best-in-class performance company that develops a game-changing hardware and software platform for AI.

Before his current role, Evangelos worked for IBM Research – Zurich, where he held various management positions for over 35 years. His outstanding achievements led him to become an IBM Fellow, which is IBM’s highest technical honour.

More recently, there have been 4 Axelera patent docs published:

WO2024110255A1 MEMORY AND IN-MEMORY PROCESSOR 20221123

WO2024067954A1 ACCELERATING ARTIFICIAL NEURAL NETWORKS USING HARDWARE-IMPLEMENTED LOOKUP TABLES 20220927

WO2023193899A1 MULTI-BIT ANALOG MULTIPLY-ACCUMULATE OPERATIONS WITH MEMORY CROSSBAR ARRAYS 20220406

WO2023117081A1 IN-MEMORY PROCESSING BASED ON MULTIPLE WEIGHT SET
Hi Diogenese, do you think they are a competitor to Brainchip on a technological front?
 
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DK6161

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FF posted yesterday on HC about a new hire:


Jonathan Tapson


BrainChip  logo


Senior R&D ConsultantSenior R&D Consultant
BrainChip · Full-timeBrainChip · Full-time Jun 2024 - Present · 1 mo



Very interesting person
Ahh crap, who did they let go to get Johnny boy?
Seems like a high turnover this year 😩😂🤡🤷.

Relax everyone. I was half joking
 
Ahh crap, who did they let go to get Johnny boy?
Seems like a high turnover this year 😩😂🤡🤷.

Relax everyone. I was half joking
1719684891746.gif
 
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Kozikan

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Ahh crap, who did they let go to get Johnny boy?
Seems like a high turnover this year 😩😂🤡🤷.

Relax everyone. I was half joking
Yeah - Nah.

Except you said it Bong Boy

Half joking.
Ya Half wit
 
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Some interesting views & predictions being made here by Karin Eibschitz Segal, VP at Intel Israel:


"We are in the process of a significant strategic transformation, transitioning from self-only manufacturing to manufacturing and developing for other companies. Today, there are only three companies in the entire world that manufacture silicon chips with the most advanced technology, two of them in Asia. The fact that Intel is the only Western company is an opportunity, especially in light of exposure to crises like the coronavirus and other geopolitical challenges that disrupt supply chains."

"Today, almost everything that requires intelligence goes to the cloud and back. But there are many applications that you would prefer to use on a computer without going to the cloud and back, for reasons of speed and maintaining privacy. That is why we see a significant trend today, with estimates that by 2028 about 80% of the personal computer market will be dominated by AIPC (Artificial Intelligence Personal Computers). This will affect accessibility, productivity, gaming, image and video search and editing, text-to-image, etc."
 
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7für7

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Now look at what my Google search on “Brainchip Akida” dug up from the depths of the internet:

View attachment 59325

The link looked pretty dodgy to me, so I didn’t click on it. Instead, I did another Google search, this time on “C-Leg 4, Kenovo, Genium and Genium X3”, and it turns out they are all microprocessor-controlled knee prostheses by German orthopaedic technology company Ottobock, which according to Wikipedia (https://en.m.wikipedia.org/wiki/Ottobock) is considered “the world market leader in the field of prosthetics and one of the leading suppliers in orthotics, wheelchairs and exoskeletons.”


View attachment 59334


These microprocessor-controlled prosthetic knee joints have been on the market for many years now (the C-Leg was the world’s first in 1997, followed by the first generations of Genium (2011) Genium X3 (2013) and Kenovo (2015), with model updates since), but maybe Ottobock figured it was time for an ultra-low power upgrade?! 🤔

A quick search did not yield any (other) connections between Ottobock and Brainchip, so I am not sure whether this is a valid dot join or possibly some GenAI’s hallucination 😂 (would anyone like to volunteer to click on that link?!).

Employing neuromorphic technology as a means of restoring tactile sensation is definitely something the bionic limbs industry is extremely interested in (not to mention the affected patients!), and of course research of that kind is already being conducted at universities (see the paper below, which @Sirod69 shared with us two months ago), so chances are, the world market leader in prosthetics will have already checked out the available providers of this promising tech and possibly play around with less complicated use cases first.


View attachment 59333




Progress with tradition

Ottobock sets standards​

For more than 100 years, Ottobock develops innovative products. Meanwhile, the med-tech company also takes care of the full treatment cycle all over the globe. These services are provided under the Ottobock SE & Co. KGaA name, which began in 2018 to channel the company’s med-tech expertise also into sustainably healthy workplaces.

We continually develop our company and perfect our technology to improve the lives of our users. In 2022, we invested 7% of our turnover in research and development.

Since 1919 products and technologies from Ottobock have been helping people gain new freedom of movement and avoid potential complications. Initially, the company revolutionised the market – above all treatment for patients – thanks to the series production of prosthetic components. Since then, the focus has turned to microprocessor-controlled knee joints such as the C-Leg (which can be controlled via an app), the computer-controlled C-Brace leg orthosis, the multi-articulating bebionic hand, Juvo power wheelchairs and the Paexo exoskeleton range for ergonomic workplaces.

Our single-minded determination to improve quality of life has made us a global leader in technology for wearable human bionics, which enhance or replace parts of the human body.

In numbers

Ottobock SE & Co. KGaA​

Turnover in 2022​

EUR 1.3 billion

Employees​

Over 9,000 in almost 60 countries across the world

patient care centres​

more than 400

Global market leader​

in prosthetics



View attachment 59340
This isn’t the actual article I was searching for, but it directs you to sooo many New Possibilities
The Bionics market is setting up to take advantage with huge generational improvements for recipients.
Feeling and pressure sensations, as well as hot/cold , thru bionics are at the forefront of ground breaking advancements.

Another space for Akida

Cheers Frangipani
 
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This isn’t the actual article I was searching for, but it directs you to sooo many New Possibilities
The Bionics market is setting up to take advantage with huge generational improvements for recipients.
Feeling and pressure sensations, as well as hot/cold , thru bionics are at the forefront of ground breaking advancements.

Another space for Akida

Cheers Frangipani
Really?!..

bionic-man-six-million-dollar.gif



Maybe I can be "Elite" again...

the-six-million-dollar-man-six-million-dollar-man.gif





And if BrainChip doesn't do that well..

family-guy-we-can-rebuild-him.gif
 
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Maybe some here are already aware of this, but I just came across this interesting development happening in Joondalup, Western Australia. Wonder if Brainchip will be involved in this very big significant Australian project:


"The Australian Automation and Robotics Precinct (AARP) is a world-leading collaborative innovation hub and Australia’s largest test and development site supporting the advancement of automation, robotics, remote operations and zero emissions technologies globally.

Strategically located just 35km north of Perth, Western Australia and just 30mins drive from the CBD, the AARP provides a unique and accessible testing environment, developed and managed by DevelopmentWA – the State Government of Western Australia’s land development agency, and operated by CORE Innovation Hub."

"The AARP Signature Series will bring together thought leaders and customers in a focused industry to discuss real-world challenges and use cases where innovation in robotics and AI can provide solutions. It offers a platform for startups to share their innovative technology and solutions that can be adopted and tested in mining and other sectors."

"We welcome startups with a focus on industrial automation and robotics, including field robotics, autonomous vehicles, autonomous systems, AI, computer and machine vision and internet of things (IoT). Across various stages from concept and design, prototyping, testing to scaling and manufacturing."
 
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