Leading Semiconductor Industry Players Join Forces to Accelerate RISC-V
Establishing a new company to drive RISC-V ecosystem and hardware development
www.bosch-presse.de
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BRN Discussion Ongoing
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www.bosch-presse.de
Excuse me Mr Lee Jong-ho, a company called Brainchip already does a neuromorphic chip, in fact has done for some time. I respectfully suggest you save yourself years of research and millions of dollars and give them a call, ask about AKIDA. I think you'll be pleasantly amazedAnother reminder that South Korea should not be underestimated…
They even have a Minister of Science and ICT (Information and Communication Technology), who is very much aware of neuromorphic technology’s groundbreaking potential:
South Korea unveils 10-year blueprint for chip supremacy
While the chip industry has reached a certain level of maturity, the ministry also predicted the market size will double over the next decade.asianews.network
South Korea unveils 10-year blueprint for chip supremacy
While the chip industry has reached a certain level of maturity, the ministry also predicted the market size will double over the next decade.
Jo He-rim
The Korea Herald
Minister of Science and ICT Lee Jong-ho speaks at a meeting in Seoul on April 21. (Yonhap)
May 10, 2023
SEOUL – South Korea on Tuesday introduced its first blueprint on research and development of the chip industry, aimed at fostering next-generation memory and logic chips amid rising global competition.
Under the 10-year R&D road map, the Ministry of Science and ICT outlined its pursuit of technological advancement in three areas of next-generation memory and logic chips, and advanced packaging.
The ministry vowed to support the semiconductor industry to produce faster, more energy efficient and higher capacity chips for the industry to maintain its global dominance in fields it is already leading, and for it to gain a competitive edge in advanced logic chips.
The blueprint elaborates on the details of the chip strategy the government had announced earlier in April. At that time, the government said it would invest 563.5 billion won ($425 million) in R&D in the chip industry to support fostering talent, infrastructure and technology development.
The road map is also a follow-up measure to the agreements made in the latest summits with the US and Japan on R&D cooperation in the chip, display and battery sectors, the ministry added.
A public-private consultative group, to be led by the Science Ministry, was established the same day to connect and promote cooperation among the government, industry stakeholders and those in academia.
“With the public-private consultative group of future chip technology, we plan to establish an R&D ecosystem to promote frequent cooperation of all players, including the government, industry and research sectors,” said Science Minister Lee Jong-ho at the presentation event held in Seoul.
“The government will strategically pursue R&D based on the road map, for future semiconductor technology policies and business directions,” Lee added.
The ministry said related industry, government and research entities have taken part in discussions to establish the national blueprint since May last year.
In the consultative body, the minister said the government will play a role in bolstering the chip industry’s long-term preparedness throughout the whole supply chain from materials to design and manufacturing.
Under the R&D blueprint, the country aims to develop next-generation memory chips, involving next-generation chip devices, ferroelectric RAM, magnetic RAM, phase-change RAM and ReRAM, or resistive random-access memory.
Intensifying competition to miniaturize circuits for high-density and low-power chips have prompted leading chipmakers such as Samsung Electronics and TSMC to develop 3-nanometer chips.
For narrower and more efficient chips, the companies are working to overcome the limits of the current complementary metal-oxide semiconductors, but at the same time looking for ways to boost the durability and reproducibility, the ministry said.
Over the next decade, it has also set goals to develop original technologies in chip design for artificial intelligence, 6G, electricity and automotive sectors, and also original technologies for ultra chip-scaling and advanced packaging.
It is crucial the country achieves a competitive edge in producing processing-in-memory chips, which combines the computing function to memory chips, as demand is rising fast for bigger data and computing capacities, the ministry explained.
The rise of artificial intelligence, the ministry said, would lead the chip trend to evolve from graphics processing units to neural processing units, or microprocessors that specialize in accelerating machine learning for various uses such as self-driving cars and facial recognition.
It would then move to focus on neuromorphic chips to deliver capabilities in robotics, health care through technology that mimics how the human brain works, it added.
The blueprint also highlights the importance of foundries, which are critically linked to chip design and production capacity of logic chips, and seeks to support technology advancement in manufacturing.
The ministry also stressed on the post-manufacturing process of advanced packaging, calling it the key to advancing chip technology as growth from chip miniaturization starts to plateau.
At the Tuesday briefing held in Seoul, Samsung Electronics, SK hynix, Sapeon Korea, RFHIC and Wonik IPS also presented their latest technology and industry trends.
While the chip industry has reached a certain level of maturity, the ministry predicted the market size will double over the next decade. The global chip market was valued at $601.5 billion in 2022, quadruple the size in 2002, according to data from Korea Trade-Investment Promotion Agency.
Getupthere
Regular
Hailo unveils new edge AI accelerators, targeting entry-level and high-capacity applications — VentureBeat
Tel Aviv-based Hailo, a startup developing specialized AI accelerators for edge devices, today announced the expansion of its Hailo-8 product lineup with two new offerings: Hailo-8L and Hailo-8 Century.
Vladsblood
Regular
This is some more media coverage that’s in the right place and timing to allow Brainchip to get others around the worldAnother reminder that South Korea should not be underestimated…
They even have a Minister of Science and ICT (Information and Communication Technology), who is very much aware of neuromorphic technology’s groundbreaking potential:
South Korea unveils 10-year blueprint for chip supremacy
While the chip industry has reached a certain level of maturity, the ministry also predicted the market size will double over the next decade.
South Korea unveils 10-year blueprint for chip supremacy
While the chip industry has reached a certain level of maturity, the ministry also predicted the market size will double over the next decade.
Jo He-rim
The Korea Herald
Minister of Science and ICT Lee Jong-ho speaks at a meeting in Seoul on April 21. (Yonhap)
May 10, 2023
SEOUL – South Korea on Tuesday introduced its first blueprint on research and development of the chip industry, aimed at fostering next-generation memory and logic chips amid rising global competition.
Under the 10-year R&D road map, the Ministry of Science and ICT outlined its pursuit of technological advancement in three areas of next-generation memory and logic chips, and advanced packaging.
The ministry vowed to support the semiconductor industry to produce faster, more energy efficient and higher capacity chips for the industry to maintain its global dominance in fields it is already leading, and for it to gain a competitive edge in advanced logic chips.
The blueprint elaborates on the details of the chip strategy the government had announced earlier in April. At that time, the government said it would invest 563.5 billion won ($425 million) in R&D in the chip industry to support fostering talent, infrastructure and technology development.
The road map is also a follow-up measure to the agreements made in the latest summits with the US and Japan on R&D cooperation in the chip, display and battery sectors, the ministry added.
A public-private consultative group, to be led by the Science Ministry, was established the same day to connect and promote cooperation among the government, industry stakeholders and those in academia.
“With the public-private consultative group of future chip technology, we plan to establish an R&D ecosystem to promote frequent cooperation of all players, including the government, industry and research sectors,” said Science Minister Lee Jong-ho at the presentation event held in Seoul.
“The government will strategically pursue R&D based on the road map, for future semiconductor technology policies and business directions,” Lee added.
The ministry said related industry, government and research entities have taken part in discussions to establish the national blueprint since May last year.
In the consultative body, the minister said the government will play a role in bolstering the chip industry’s long-term preparedness throughout the whole supply chain from materials to design and manufacturing.
Under the R&D blueprint, the country aims to develop next-generation memory chips, involving next-generation chip devices, ferroelectric RAM, magnetic RAM, phase-change RAM and ReRAM, or resistive random-access memory.
Intensifying competition to miniaturize circuits for high-density and low-power chips have prompted leading chipmakers such as Samsung Electronics and TSMC to develop 3-nanometer chips.
For narrower and more efficient chips, the companies are working to overcome the limits of the current complementary metal-oxide semiconductors, but at the same time looking for ways to boost the durability and reproducibility, the ministry said.
Over the next decade, it has also set goals to develop original technologies in chip design for artificial intelligence, 6G, electricity and automotive sectors, and also original technologies for ultra chip-scaling and advanced packaging.
It is crucial the country achieves a competitive edge in producing processing-in-memory chips, which combines the computing function to memory chips, as demand is rising fast for bigger data and computing capacities, the ministry explained.
The rise of artificial intelligence, the ministry said, would lead the chip trend to evolve from graphics processing units to neural processing units, or microprocessors that specialize in accelerating machine learning for various uses such as self-driving cars and facial recognition.
It would then move to focus on neuromorphic chips to deliver capabilities in robotics, health care through technology that mimics how the human brain works, it added.
The blueprint also highlights the importance of foundries, which are critically linked to chip design and production capacity of logic chips, and seeks to support technology advancement in manufacturing.
The ministry also stressed on the post-manufacturing process of advanced packaging, calling it the key to advancing chip technology as growth from chip miniaturization starts to plateau.
At the Tuesday briefing held in Seoul, Samsung Electronics, SK hynix, Sapeon Korea, RFHIC and Wonik IPS also presented their latest technology and industry trends.
While the chip industry has reached a certain level of maturity, the ministry predicted the market size will double over the next decade. The global chip market was valued at $601.5 billion in 2022, quadruple the size in 2002, according to data from Korea Trade-Investment Promotion Agency.
to realise just how far out in front Brainchips lead actually is. Vlad
Video Conferencing, Web Conferencing, Webinars, Screen Sharing
Zoom is the leader in modern enterprise video communications, with an easy, reliable cloud platform for video and audio conferencing, chat, and webinars across mobile, desktop, and room systems. Zoom Rooms is the original software-based conference room solution used around the world in board...
This is two weeks old, but I don't recall having seen this posted here.
The g mac intelligence CEO, posted about us a couple of weeks ago,
This guy is very well connected at Qualcomm............. If Qualcomm have developed their own equivalent technology, or close to it,......... Why would they partner with brain chip instead?
He would be privy to most recent tech advancements that Qualcomm and the industry have to currently offer given the connections he has.
Why Amite Mate?? Why choose Brainchip over Qualcomm?
I know why. Do you?
"Excited to partner with Brainchip, a renowned leader in edge AI computing "
brainchip.com
The g mac intelligence CEO, posted about us a couple of weeks ago,
This guy is very well connected at Qualcomm............. If Qualcomm have developed their own equivalent technology, or close to it,......... Why would they partner with brain chip instead?
He would be privy to most recent tech advancements that Qualcomm and the industry have to currently offer given the connections he has.
Why Amite Mate?? Why choose Brainchip over Qualcomm?
I know why. Do you?
"Excited to partner with Brainchip, a renowned leader in edge AI computing "
GMAC Intelligence Goes Big with BrainChip Partnership
Learn how this partnership amplifies the capabilities of AI and cognitive computing to drive innovation across various industries.
brainchip.com
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Frangipani
Regular
This might be something!! Maybe more revenue incoming
Telit Cinterion, VVDN Technologies Collaborate for Product Manufacturing & Expansion into India
Telit Cinterion, VVDN Technologies Collaborate for Product Manufacturing & Expansion into Indiawww.thefastmode.com
Telit Cinterion, a global enabler of the intelligent edge, announced a strategic relationship with VVDN Technologies, a premier electronics engineering, manufacturing and digital services company, for the mass production of modules, data cards and custom products as part of Telit Cinterion's ongoing execution of its western IoT leadership strategy.
Starting in August, VVDN begins mass production and customer shipments. VVDN operates state-of-the-art facilities in Manesar, Haryana, and Pollachi, Tamil Nadu and is known for their advanced manufacturing capabilities and stringent quality standards.
View attachment 41195
Incidentally, Chris Stevens worked for Telit in 2016…
It was for eight months only, but these days it is so easy to keep in touch with former colleagues through channels such as LinkedIn…
Something HAS TO BE going on with TEAL and BRN
We are in E-Sim technology somehow......or Rob is just a big ol weirdo...
tealcom.io
We are in E-Sim technology somehow......or Rob is just a big ol weirdo...
Teal Drives Faster eSIM Adoption With T-Mobile Partnership - Cellular IoT Connectivity | True eSIM From TEAL
Read our latest press release, covering how Teal’s agreement enables enterprises to connect any compatible IoT device directly onto T-Mobile’s network.
tealcom.io
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I can't remember which podcast it was, but I remember him saying they were working with a telecommunications company. That's the same time he started liking all their linkedin postsSomething HAS TO BE going on with TEAL and BRN
We are in E-Sim technology somehow......or Rob is just a big ol weirdo...
View attachment 41414 View attachment 41415Teal Drives Faster eSIM Adoption With T-Mobile Partnership - Cellular IoT Connectivity | True eSIM From TEAL
Read our latest press release, covering how Teal’s agreement enables enterprises to connect any compatible IoT device directly onto T-Mobile’s network.
Bennysmadness
Regular
Some more from a massive company TATA.
Labsy
Regular
If they're not collaborating with us already, they'll find out when they get smacked in the head with our IP wall....Excuse me Mr Lee Jong-ho, a company called Brainchip already does a neuromorphic chip, in fact has done for some time. I respectfully suggest you save yourself years of research and millions of dollars and give them a call, ask about AKIDA. I think you'll be pleasantly amazed
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DingoBorat
Slim
Hey I’m still around..Yes, it feels like the retail sellers have dried up drier than a dead dingo's donga.
Mt09
Regular
Only 3 months ago.. maybe they’re 3 months closer to a commercial outcome
.Getupthere
Regular
Intel CEO: Meteor Lake Will Be Our Next 'Centrino Moment'
Chief executive of Intel hopes that the PC market will rebound in the second half of 2023.
www.tomshardware.com
Gelsinger also highlighted the upcoming introduction of Intel's codenamed Meteor Lake processor, the company's first client CPU to use a multi-chiplet design and a built-in AI accelerator to boost applications like real-time language translation, transcription, and video effects, among other things.
Interestingly, Gelsinger sees AI accelerator integration as the company's new Centrino moment.
supersonic001
Regular
BrainChip on LinkedIn: Welcome! You are invited to join a webinar: BrainChip + Edge Impulse: A…
Don't miss the upcoming Livestream webinar with BrainChip and Edge Impulse - A deep dive into Next-Gen AI Solutions. Register here: https://lnkd.in/g3SXaCgw…
May be late in posting
supersonic001
Regular
Teksun Inc on LinkedIn: #aitechnology #deeplearningsolutions #intelligentsystems #smartsolutions…
Unlock the potential of cutting-edge AI technology with Teksun Inc's Deep Learning solutions. Harness the power of data-driven insights and revolutionize…
Humble Genius
Regular
This is two weeks old, but I don't recall having seen this posted here.
The g mac intelligence CEO, posted about us a couple of weeks ago,
This guy is very well connected at Qualcomm............. If Qualcomm have developed their own equivalent technology, or close to it,......... Why would they partner with brain chip instead?
He would be privy to most recent tech advancements that Qualcomm and the industry have to currently offer given the connections he has.
Why Amite Mate?? Why choose Brainchip over Qualcomm?
I know why. Do you?
"Excited to partner with Brainchip, a renowned leader in edge AI computing "
GMAC Intelligence Goes Big with BrainChip Partnership
Learn how this partnership amplifies the capabilities of AI and cognitive computing to drive innovation across various industries.
View attachment 41407 View attachment 41408 View attachment 41409
Yes, I did see it come up a few weeks ago and decided to revisit it, and I'm Luvin it!
As AMIT Mate has already mentioned that the QSRBOT247 is running on the AKIDA platform. Then I guess the video on their website is a demonstration of the QSRBOT functionality running on AKIDA, and what strikes me is that McDonalds is used in the example.
I can only assume that there is something going on with Macca's, otherwise why would they use there name as a use case, let alone the copyright/trademark infringement.
Assuming an average of $20/hr, over 24hrs, 365 days/yr to pay the young person at the 24hr drive thru at the Bell St Macca's, the QSRBOT would bring about a $175,000 saving per annum. No brainer for an AKIDA chip at a going price of <$50 plus on going royalties.....
And there's about 550,000 fast food outlets worldwide......
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View attachment 41433
Yes, I did see it come up a few weeks ago and decided to revisit it, and I'm Luvin it!
As AMIT Mate has already mentioned that the QSRBOT247 is running on the AKIDA platform. Then I guess the video on their website is a demonstration of the QSRBOT functionality running on AKIDA, and what strikes me is that McDonalds is used in the example.
I can only assume that there is something going on with Macca's, otherwise why would they use there name as a use case, let alone the copyright/trademark infringement.
Assuming an average of $20/hr, over 24hrs, 365 days/yr to pay the young person at the 24hr drive thru at the Bell St Macca's, the QSRBOT would bring about a $175,000 saving per annum. No brainer for an AKIDA chip at a going price of <$50 plus on going royalties.....
And there's about 550,000 fast food outlets worldwide......
How many chips per restaurant I wonder....
Lots is my guess.....
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Fullmoonfever
Top 20
Recent Edge Impulse paper from June by the looks at the:
Proceedings of the 6th MLSys Conference,
Paper
HERE
Discussion has a reference to us obviously.
There are a couple of projects outlined that don't specifically mention us but you wonder given the process steps discussed in the paper whether we did get used or not?
Proceedings of the 6th MLSys Conference,
Paper
HERE
Discussion has a reference to us obviously.
There are a couple of projects outlined that don't specifically mention us but you wonder given the process steps discussed in the paper whether we did get used or not?
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