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I wish I could paint like Vincent

Valeo in Ireland is set to become the global centre for automotive AI as it sees a boom in orders.​


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“We would like there to be a standard interface but other suppliers are moving at different speeds and there are thermal issue in particular so we are SoC agnostic,” said Savage. “The design concept is to be hardware agnostic.”
 
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schuey

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Can't wait to celebrate the next big run upwards.... $3.50 this time... This is so closely followed. Even my chiropractor told me he had a "hot tip" by a computer engineer patient of his and how its amazing technology etc etc. I interrupted him and said "Brainchip!?" He said "yeah!" And hi five'd me....
Many people are onto this... let me tell you....
Even my wife said the other day. "I'll give you a tip. Your Brain Dead" even though she got the name wrong...she"s onto it....
 
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buena suerte :-)

BOB Bank of Brainchip
Can't wait to celebrate the next big run upwards.... $3.50 this time... This is so closely followed. Even my chiropractor told me he had a "hot tip" by a computer engineer patient of his and how its amazing technology etc etc. I interrupted him and said "Brainchip!?" He said "yeah!" And hi five'd me....
Many people are onto this... let me tell you....
Spooky ..... Wow that's amazing...... :love:
tik tok GIF
The word is out :cool:
 
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mrgds

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One for @Diogenese ............. if you would be so kind.
Gday "DodgyKnees" ................. have come across this "X" (Tweet) from Elon Musk where he states that the bottleneck
for FSD is "training compute constrained"
Screen shot provided here;
Screenshot (69).png

My question is, ............... could SNNs be a possible solution to how they (Tesla) are able to drop the compute constraints by
a magnitude of 2x ?

TIA @Diogenese

Gday Chippers
FWIW ................ the trading over the last few days IMO has been very bullish, seems to me like accumulation is in play as we get closer to AKD2.0
and the Renesas tapeout.

AKIDO BALLISTO
 
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Taproot

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Patrick Perez talking AI in March 2023



Patrick Pérez appointed Scientific Director of Valeo.ai​



Paris, January 30, 2018 –– Patrick Pérez has been appointed Scientific Director of Valeo.ai, the first global research center in artificial intelligence and deep learning dedicated to automotive applications, founded in Paris in June 2017.



He will start his new role at Valeo.ai in early March.
Patrick Pérez is an internationally renowned expert in machine learning and computer vision research. With nearly 300 co-authored publications and around 30 filed patents to his name, he has a total of 27 years of experience including top positions in the public research sector (research director at the French National Institute for Computer Science and Applied Mathematics – INRIA) as well as the private sector (a combined 12 years at Microsoft Research and Technicolor Research).
In line with Valeo’s open innovation strategy, Patrick Pérez will continue to build the Group’s connections with the global academic and scientific community, both in artificial intelligence and the automotive industry, while ensuring that Valeo.ai works closely with Valeo’s application centers worldwide. Valeo.ai will also become a platform for exchanging ideas and developing future applications with start-ups in these fields.
In this role, Patrick Pérez will be supported by a scientific committee that will include, in particular, Stéphane Mallat, Professor and Data Science Chair at the Collège de France, in order to assist Valeo in its strategic thinking and research projects in artificial intelligence.
Alongside the appointment of a Scientific Director and the establishment of a scientific committee at Valeo.ai, the Group also announced that it has entered into strategic partnerships and strengthened academic ties with INRIA, Telecom ParisTech, Mines ParisTech and the French Alternative Energies and Atomic Energy Commission (CEA).
Jacques Aschenbroich, Valeo’s Chairman and Chief Executive Officer, commented: “The challenges relating to autonomous cars position Valeo, a technological leader, at the scientific forefront of artificial intelligence and deep learning. The arrival of a world-renowned expert of Patrick Pérez’s caliber at Valeo.ai and the signing of academic partnerships with leading scientific institutes attest to our ambitions and to our accelerating pace on this technological journey.

Patrick Perez page.
 
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Taproot

Regular
Patrick Perez talking AI in March 2023



Patrick Pérez appointed Scientific Director of Valeo.ai​



Paris, January 30, 2018 –– Patrick Pérez has been appointed Scientific Director of Valeo.ai, the first global research center in artificial intelligence and deep learning dedicated to automotive applications, founded in Paris in June 2017.



He will start his new role at Valeo.ai in early March.
Patrick Pérez is an internationally renowned expert in machine learning and computer vision research. With nearly 300 co-authored publications and around 30 filed patents to his name, he has a total of 27 years of experience including top positions in the public research sector (research director at the French National Institute for Computer Science and Applied Mathematics – INRIA) as well as the private sector (a combined 12 years at Microsoft Research and Technicolor Research).
In line with Valeo’s open innovation strategy, Patrick Pérez will continue to build the Group’s connections with the global academic and scientific community, both in artificial intelligence and the automotive industry, while ensuring that Valeo.ai works closely with Valeo’s application centers worldwide. Valeo.ai will also become a platform for exchanging ideas and developing future applications with start-ups in these fields.
In this role, Patrick Pérez will be supported by a scientific committee that will include, in particular, Stéphane Mallat, Professor and Data Science Chair at the Collège de France, in order to assist Valeo in its strategic thinking and research projects in artificial intelligence.
Alongside the appointment of a Scientific Director and the establishment of a scientific committee at Valeo.ai, the Group also announced that it has entered into strategic partnerships and strengthened academic ties with INRIA, Telecom ParisTech, Mines ParisTech and the French Alternative Energies and Atomic Energy Commission (CEA).
Jacques Aschenbroich, Valeo’s Chairman and Chief Executive Officer, commented: “The challenges relating to autonomous cars position Valeo, a technological leader, at the scientific forefront of artificial intelligence and deep learning. The arrival of a world-renowned expert of Patrick Pérez’s caliber at Valeo.ai and the signing of academic partnerships with leading scientific institutes attest to our ambitions and to our accelerating pace on this technological journey.

Patrick Perez page.


 
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Moonshot

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Just listened to the tenstorrent podcast. What are the odds of 2.0 IP license being taken by tenstorrent or LG/ Hyundai for their edge solutions recently announced… seems like a possibility given Keith is COO as guest, with a legal background no less??

As part of a chiplet solution?
 
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equanimous

Norse clairvoyant shapeshifter goddess
Just listened to the tenstorrent podcast. What are the odds of 2.0 IP license being taken by tenstorrent or LG/ Hyundai for their edge solutions recently announced… seems like a possibility given Keith is COO as guest, with a legal background no less??

As part of a chiplet solution?
@chapman89 do you reckon you could attend their barbecue and report back?
 
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mrgds

Regular
@chapman89 do you reckon you could attend their barbecue and report back?
In true "Auzzie Style " , i grabbed a steak, potatoe salad and a six pack, ................ as i was off to get my hair cut!

:eek: ........................ "Wrong ... Barber Queue" ....................😂
 
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Tothemoon24

Top 20
Sean mentioned the company is having increasing interest in video conferencing




The end of video buffering: Are we there yet?
The latest video codec, VVC, reduces file size and adds new tools for enhanced experiences


JUL 25, 2023
Snapdragon and Qualcomm branded products are products of Qualcomm Technologies, Inc. and/or its subsidiaries.




Qualcomm-image


Versatile Video Coding (VVC) is the most recent international video coding standard jointly developed by ITU-T and ISO/IEC. The VVC codec allows video data size reductions of around 50% for the same video quality compared to its predecessor, High Efficiency Video Coding (HEVC). Video compression is increasingly important in an era where network video traffic keeps increasing. With the upcoming tidal wave of generative artificial intelligence (AI) video content, as well as the likely increasing pace of video content production and consumption, reducing the number of bits to represent media remains a relevant problem.
Let’s look at some of the foundational innovations that set VVC apart from currently deployed video codecs and Qualcomm Technology Inc.’s actions in the pursuit of a vibrant VVC ecosystem.


Optimizing video coding for common user experiences​

Beyond significant data size reduction, the VVC codec also introduces intelligent tools that are particularly helpful with certain video scenarios, such as video conferencing, screen sharing and omnidirectional video.

Video conferencing​

The COVID-19 pandemic has had a profound impact on how we work, leading to a dramatic increase in the demand for remote working tools, especially video conferencing software. Video calling has become a very important form of communication for both personal and professional usage.
During a video call, network bandwidth on both ends is continuously monitored so inbound and outbound video quality can be adjusted to fit the video data into available bandwidth. With previous video codecs, such as High Efficiency Video Coding (HEVC) and Advanced Video Coding (AVC), when video resolution changes to adapt to available network bandwidth, the server needs to send a special type of frame, known as the Instantaneous Decoder Refresh (IDR) frame. This breaks temporal prediction, which means that data estimation from preceding and succeeding frames cannot be referenced.
With VVC, there is a special feature called Reference Picture Resampling (RPR) that remedies this shortcoming from current-generation video codecs. RPR allows changing the resolution of a video during decoding without needing an IDR frame. This can avoid data spikes caused by large IDR frames, leading to a smoother video calling experience without stalls.


Qualcomm-image

Reference Picture Resampling in VVC allows for smoother video calling experiences.

Click to a larger image

Screen sharing​

Screen sharing has become increasingly popular for collaboration between teams, especially in the age of remote work. With the ability to share screens, team members can easily present their work and collaborate on projects in real time. As the use of screen sharing has grown, so too has the use of graphics data that is rendered, mixed or overlaid together with camera-generated content.
From its inception, VVC is a codec designed to support coding screen-shared content. The VVC codec includes five main low-level tools related to screen content coding: Transform Skip Residual Coding (TSRC), Block-based Differential Pulse-Code Modulation (BDPCM), Intra Block Copy (IBC), Adaptive Color Transform (ACT), and palette mode.
These tools help improve the color accuracy and overall data efficiency of coding screen content by reducing the amount of data that needs to be transmitted. While previous video codecs added some screen-coding improvements, these were not as efficient and were not supported on all devices. In contrast, coding tools for screen-shared content defined with VVC are supported in the main profiles by default, which should be available in most VVC-enabled devices.
It can be argued that VVC will be the main choice for applications having fully or partially screen-shared content, given the efficiencies compared to other video codecs.



Qualcomm-image

VVC improves color accuracy and overall data efficiency for screen sharing.

Click to a larger image

Omnidirectional video​

Omnidirectional video has gone beyond the passive paradigm of traditional video, offering higher degrees of immersion and interaction. This revolutionary technology enables users to interact with a scene or environment, and to feel a sense of engagement and presence in a virtual space. Virtual reality (VR) is an example of immersive technology that has already landed in our everyday life, with an impact across major economic sectors beyond entertainment, such as e-healthcare, e-education and cultural heritage.
VVC introduces intelligent tools for omnidirectional video: bitstream extraction and merging, sub-pictures, virtual boundaries, and horizontal wrap around motion compensation. Omnidirectional video typically requires simultaneous handling of several elementary streams in a time-synchronized fashion. With previous video codecs, each elementary stream would require the instantiation of a video decoder instance. However, bitstream extraction and merging defines a way for stitching and cropping videos in the compressed domain, which decouples the number of elementary streams required by the video application and the number of video decoder instances needed to run on the device.
Sub-picture is a new picture partitioning scheme introduced in VVC. It is a coded rectangular region of a picture that can be extractable since it is coded independently from neighboring regions. A sub-picture can correspond to an area of interest, such as the region a consumer is looking at with a VR headset. This allows prioritizing and sending higher fidelity sub-pictures to a headset device based on the viewing direction.


Qualcomm-image

VVC supports sub-pictures for improved 360-degree video experiences.

Click to a larger image

In 360-degree video, there may be discontinuities at the unaligned face boundaries of some projections, e.g., cubemaps, when the 360-degree video is converted to a 2D representation. The ability to disable in-loop filters across the edges helps to reduce the artifacts. With VVC, in-loop filter control is done by horizontal or vertical virtual boundaries where the configuration of virtual boundaries is signaled in a bitstream.
Wrap-around motion compensation allows for motion compensation to be performed from outside of the left boundary of the picture, where prediction wraps around in horizontal direction and uses pixel values from the right side of the picture, and vice-versa. This new flexibility helps with coding using equirectangular projection of omnidirectional video.


Leading foundational video technologies​

For over 20 years, Qualcomm Technologies has played a critical role in the development of important video technologies that have revolutionized how visual content is captured, transmitted and consumed across smartphones, tablets, PCs, TVs and other devices. These innovations have resulted in enhanced video quality and richer content at reduced bandwidth and storage, creating enormous benefits for both consumers and companies in the ecosystem. Our inventors are widely recognized, and our inventions have impacted the world far beyond the mobile ecosystem. The video technologies we helped drive are widely deployed and include leading video codecs, streaming protocols, and multimedia file formats.
VVC is no exception. Same as for HEVC, Qualcomm Technologies is the leading contributor to the VVC standards that we described in this blog.


Pushing the ecosystem forward with a smartphone VVC demonstration​

VVC is gaining a lot of momentum in the ecosystem. It has already been added to the DVB core specifications for video coding in broadcast and broadband applications. ISDB-T International, or SBTVD, which is a technical standard for digital television broadcast in Brazil, has also adopted VVC as the main video codec — with other broadcast standards expected to follow.
At Qualcomm Technologies, we are excited about how the VVC codec will uplift video experiences of today. To that end, we are already collaborating with the ecosystem to bring VVC technology to consumers.
Most recently, we worked with Tencent to optimize their VVC software decoder on a Snapdragon 8 Gen 2 mobile processor utilizing the Qualcomm Adreno GPU. This pre-commercial prototype achieved performance gains of over 30%, enabling stable and real-time smooth playback of 4K 10-bit 60 frame per second (FPS) ultra-high definition VVC content. The first demonstration showcasing this optimized decoder will be at ChinaJoy 2023, held in Shanghai from July 28-31. We believe optimized software decoders, such as this decoder from Tencent, will help accelerate adoption of VVC codec by video content services.


Qualcomm-image

Optimized VVC decoder playing 4K 10-bit 60 FPS content on a smartphone powered by a Snapdragon processor.

Click to a larger image

We will continue close collaborations with the ecosystem to help the proliferation of VVC technology. This will also include bringing an even further optimized VVC playback functionality to devices powered by Snapdragon processors, with hardware VVC playback support scheduled for future Snapdragon releases.
 
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IloveLamp

Top 20

Tye Brady, chief technologist at Amazon Robotics, explains that the sheer number of products that Amazon handles gives it a competitive edge. “Machine-learning techniques allow robots to teach themselves what to pick and how to pick,” Brady says. “And because they're connected through the cloud, all those learnings can be shared instantaneously and propagated with all the arms.”

In other words, Amazon’s robots are going to get faster and more reliable over time as more data is shoveled into the AI models they depend on. And this continual learning is almost certainly paying off already.
 
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Easytiger

Regular
I reckon the team at Brainchip are watertight,
It’s hard to Imagine that it’s as tight everywhere else.
Having said that I don’t think there has been any sign of of that sort of thing yet. If there is a leak of good news we will all ride up with the surge.
There will not be any bad news. ;)
Everyone tells someone!
 
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Labsy

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So we finished in the green and we are up 11% this financial year....
 
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Labsy

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Just saying :p
 
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cassip

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Frangipani

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https://www.hyundai.news/eu/article...ake-in-ai-semiconductor-firm-tenstorrent.html

Tenstorrent seems to have been backed by Samsung and Hyundai.. interesting. They were my two bets on the South Korean company Brainchip was referring to. They also have something to do with LG, so who’s left in South Korea lol 😂 or maybe Brainchip and Tenstorrent is more connected then previously thought?

Or how about there is one or several South Korean players that have pretty much flown under our radar so far?

In fact, there is one giant conglomerate most of us have probably never even heard of before. I am talking about the SK Group, a giant chaebol (a large industrial South Korean conglomerate run and controlled by an individual or family), that has a number of subsidiaries that could be of particular interest to us:



“SK Group (Korean: SK그룹, 에스케이그룹) is the second largest South Korean chaebol behind Samsung Group. SK Group is composed of 186 subsidiaries and affiliates that share the SK brand name and the group's management culture, named SKMS (SK Management System). It changed its name from Sunkyong Group (Korean: 선경그룹, Hanja: 鮮京그룹) to SK Group in 1998. The group is controlled by estate of Chey Tae-won through a holding company, SK Inc. The cornerstone of SK Group is its energy and chemicals division.[2]

While its largest businesses are primarily involved in the energy, petroleum, and chemical industries, the group also owns the nation's largest wireless mobile phone service provider SK Telecom, and provides services in construction, marketing, local telephone, high-speed Internet, and wireless broadband (WiBro), and is also the owner of SK Hynix, the world's fourth largest chipmaker.

(…)

Subsidiaries​

Holdings
  • SK Inc. (KRX: 003600) is a holding company which resulted when SK Corporation was reorganized on July 1, 2007, into a holding company and operating company, SK Inc. and SK Energy, respectively. SK Inc. is a part of the SK Group that focuses on 4 core business interests, High-tech materials, Bio, Green and Digital. The SK Group is composed of 186 affiliate companies that share the SK brand and culture. In 2021, SK Group recorded combined revenues of $133 billion, with exports contributing $50 billion of that total. SK continues to expand its global presence, with more than 117,590 employees who work from 473 offices worldwide.

Energy & Chemicals​

  • SK Innovation (KRX: 096770) is a South Korean enterprise formed as part of the July 1, 2007 reorganization of SK Corporation into a holding company and operating company, SK Inc. and SK Energy, respectively. In 2011, the petroleum business was spun off to become SK Energy. Simultaneously the chemical business was spun off to become SK Innovation. SK Energy was founded in 1962 as Korea's first oil refinery. In 1982, changed company name to Yukong. SK Energy is an energy and petrochemical company with 5,000 employees, KRW 23.65 trillion in sales and 26 offices spanning the globe. The company is Korea's largest (and Asia's fourth largest) refiner with a refining capacity of 1.15 million barrels per day, as of 2006. SK Energy is engaged in exploration and development activities in 26 oil / gas blocks in 14 nations worldwide.[25][26][27]
  • SKC (KRX: 011790), headquartered in Seoul, is the leading Korean company in chemical and film industry. SKC was founded and established in 1976 as previous name of Sunkyong Chemicals Ltd (Korean: 선경화학 (주)). SKC developed polyester films firstly in Korea, by its own efforts. With its main plant and R&D center located in Suwon, South Korea, it also operates large capacity of film plant in Covington, Georgia, United States.

Information & Communications TechnologyEdit

  • SK Telecom (KRX: 017670)
  • SK Square (KRX: 402340) is a portfolio management company.
  • SK Inc. C&C was established in 1991 and is currently one of the "Big Three" IT services companies in Korea. SK C&C has business interests across IT services, including telecommunications, banking & finance, government, public, logistics, and other fields.

Semiconductor & MaterialsEdit

  • SK Hynix (KRX: 000660) is the world's 3rd-largest semiconductor manufacturer and the 2nd-largest in South Korea after Samsung Electronics which is the leader in the global semiconductor industry. SK Hynix was founded in 1983 as "Hyundai Electronics", which is the origin of its name "Hynix", and merged to SK Group in 2012 when SK Telecom became the major shareholder. The major products are DRAM, flash memory, and many other semiconductor materials. While its headquarter is located at Icheon, Gyeonggido, it also runs a large production line at Cheongju, Chungcheongbuk-do.
  • SK Siltron is the only semiconductor wafer manufacturer in Korea, and it has grown hand in hand with the semiconductor industry over the last 35 plus years. Armed with a record-long history of mass production and accumulated know-how, the company expands its production capacity in a preemptive manner and continues to strengthen its manufacturing and technology competitiveness. At the same time, the company is expanding its business portfolio to include emerging areas such as SiC wafers. This lays a strong foundation for SK Siltron to grow to become one of the world’s best semiconductor materials players both in production volume and profitability.

Logistics, Services & BioEdit

  • SK Biopharmaceuticals (KRX: 326030) is a drug discovery and drug developmentcompany. It discovered solriamfetol.[28]
  • SK pharmteco is a global contract development and manufacturing organization specializing in the production of active pharmaceutical ingredients (APIs), intermediates and viral vectors for cell and gene therapy for the pharmaceutical industry. SK Pharmteco operates six facilities in Europe, North America and Korea.
  • SK Ecoplant is a Korean construction company founded and established in 1977 with a previous name of Sunkyong Construction (Korean: 선경 건설), headquartered in Gwanhun-dong Jongno-gu, Seoul. Its brands include SK View, SK Hub, and Apelbaum. The company's CEO is Ki Haeng Cho. Industries: Oil & Gas, Petrochemical, Power, Environmental Protection, Industrial, Civil, Building, Housing. Services:Feasibility Study, EPC Service, Project Management, Operations & Maintenance.”



So even if Wikipedia can’t decide on whether SK Hynix is the world’s third or fourth-largest semiconductor manufacturer, I think you’ll get the picture!



We Do Future Technology] Become a Semiconductor Expert with SK hynix – AI Semiconductors​

May 9, 2023

AI semiconductors are ultra-fast and low-power chips that efficiently process big data and algorithms that are applied to AI services. In the video above, the exhibition “Today’s Record” shows how humans have been recording information through a variety of ways including drawing and writing for thousands of years. Today, people record information in the form of data at an ever-increasing rate. As this large volume of data is used to create new data, we call this the era of big data.

It is now believed that the total amount of data created up until the early 2000s can be generated in a single day. As ICT and AI technology advances and takes on a bigger role in our lives, the amount of data will only continue to grow exponentially. This is because, in addition to data recording and processing, AI technologies learn from existing data and create large amounts of new data. To process this massive volume of data, memory chips and processors need to constantly operate and work together.

In the Von Neumann architecture1 that is commonly used for most modern computers, the processor and memory communicate through I/O2 pins that are mounted on a motherboard. This creates a bottleneck when transferring data and consumes about 1,000 times more power compared to standard computing operations. Therefore, the role of memory solutions in facilitating fast and efficient data transfer is crucial for the proper function of AI semiconductors and AI services.

1Von Neumann architecture: A computing structure that sequentially processes commands through three stages: memory, CPU, and I/O device.
2Input/Output (I/O): An information processing system designed to send and receive data from a computer hardware component, device, or network.

Ultimately, AI semiconductors need to combine the functions of a processor and memory while providing more enhanced qualities than the Von Neumann architecture. SAPEON Korea, an AI startup jointly founded by SK hynix, recently developed an AI semiconductor for data centers named after the company. The SAPEON AI processor offers a deep learning computation speed which is 1.5 times faster than that of conventional GPUs and uses 80% less power. In the future, SAPEON will be expanded to other areas like autonomous cars and mobile devices. SK hynix’s commitment to developing technologies to support AI is further highlighted by its establishment of the SK ICT Alliance alongside SK Telecom and SK Square. The alliance invests and develops in diverse ICT areas such as semiconductors and AI to secure global competitiveness. Furthermore, SK hynix is also developing a next-generation CIM3 with neuromorphic semiconductor4 devices.

3Computing-in-memory (CIM):
The next generation of intelligent memory that combines the processor and semiconductor memory on a single chip.
4Neuromorphic semiconductor: A semiconductor for computing that can simultaneously compute and store like a human brain, reducing power consumption while increasing computational speed.

As AI technology and services continue to rapidly develop, SK hynix’s semiconductors for AI will also evolve to meet the market and consumer needs. The company’s chips will be the backbone for key AI services in the big data era and beyond.





SK Group units establish U.S. entity for global promotion of SAPEON AI chip​

By Lim Chang-wonPosted : January 10, 2022, 18:09 Updated : January 10, 2022, 18:09

20220110180928520130.jpg

[Courtesy of SK Telecom]

SEOUL -- SK Telecom, a South Korean mobile carrier that has aggressively adopted new technologies, will establish a new U.S. entity for the global promotion of ts artificial intelligence semiconductor chip called "SAPEON" through cooperation with two other SK Group units. The lineup of AI chips will be expanded gradually for data centers and autonomous driving.

The new entity named SAPEON Inc. serves as an outpost for expanding its AI semiconductor business targeting U.S-based big tech companies as its main customers. It would be the first joint task to be carried out by a tripartite in-house business alliance involving SK Telecom (SKT), SK hynix, the second-largest memory chip producer in South Korea, and SK Square which has been spun off from SKT to focus on semiconductors and information and information and communications technology (ICT).

The alliance was launched on the sidelines of CES 2022 in Las Vegas to jointly invest in ICT convergence technology and promote global expansion. "The SK ICT alliance will work together to make a big leap and innovation in the global market," said SK hynix vice chairman Park Jung-ho. The alliance aims to unveil new services that have not existed before by adding advanced connected intelligence to autonomous driving, robots and urban air mobility.

SKT has led a state project to develop next-generation AI chips and interfaces that can be utilized for high-performance servers like cloud data centers. The deep learning computation speed of SAPEON X220, unveiled in November 2020, is faster than that of graphics processing units widely used by AI-service companies. SKT aims to combine AI chips and 5G edge cloud. The application of an AI chip to a cloud located close to the end-users will enable the provision of high-quality AI services with ultra-low latency regardless of customer devices.

SK Square would expand its investment in next platforms such as metaverse and blockchain, while SKT is to release an AI secretary service, link it with a metaverse platform, and introduce AI-VERSE, an integrated service that can even allow users to engage in economic activities.

"The AI secretary service is a concept in which avatars of each smartphone customer acts as a secretary or friend," SKT CEO Ryu Young-sang said in a statement on January 10. "This will lead to a future in which customers live in both reality and virtual worlds at the same time."

In July 2021, SKT launched a tolerant metaverse platform called "Ifland" that would maximize user experience through diverse virtual spaces and avatars. SKT would nurture Ifland into a leading metaverse platform by enhancing user convenience. The company plans to boost the popularization of Ifland by running special programs and providing content that meets the needs of users.

Four months later, SK Square invested 90 billion won ($75 million) to become the second-largest shareholder of Korbit, which is South Korea's first cryptocurrency exchange platform that operates a metaverse virtual asset exchange platform called "Korbit Town" and a trading market for non-fungible tokens (NFTs), which are a unique and non-interchangeable unit of data stored on a digital ledger and can be bought and sold digitally.

The investment in Korbit was made to operate an economic system within SKT's metaverse platform, Ryu said. "We will overcome our shortcomings as soon as possible by adding games, entertainment, and an economic system."


Lim Chang-won Reporter

Lim Chang-won cwlim34@ajunews.com




South Korean startup rival to Nvidia seeks $400 million valuation and plans new A.I. chip​

PUBLISHED TUE, FEB 28 202310:21 PM ESTUPDATED THU, MAR 2 20236:34 AM EST
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Arjun Kharpal@ARJUNKHARPAL
WATCH LIVE
KEY POINTS
  • Sapeon, a South Korean artificial intelligence chip start-up headquartered in California, is raising a funding round that puts its valuation above $400 million, its CEO told CNBC.
  • Sapeon designs artificial intelligence semiconductors for data centers, for example those run by cloud computing firms.
  • Currently, U.S. firm Nvidia dominates this market. But a number of established players such as AMD and start-ups like Sapeon, are looking to challenge Nvidia.
Sapeon was spun off from South Korea's SK Telecom in 2022 and is raising outside investment. The company is looking to take on Nvidia in the area of artifical intelligence chips.

Sapeon was spun off from South Korea’s SK Telecom in 2022 and is raising outside investment. The company is looking to take on Nvidia in the area of artifical intelligence chips.
SeongJoon Cho | Bloomberg | Getty Images

BARCELONA, Spain — Sapeon, a South Korean artificial intelligence chip startup headquartered in California, is raising a funding round that puts its valuation above $400 million, its CEO told CNBC.
The startup is backed by massive South Korean firms SK Telecom, memory-chip maker SK Hynix and SK Square, an investment company spun off of SK Telecom.

Sapeon designs artificial intelligence semiconductors for data centers, for example those run by cloud computing firms. These AI chips are required for AI applications that require huge amounts of data processing.


Currently, U.S. firm Nvidia dominates this market. But a number of established players such as AMD and startups like Sapeon, are looking to challenge Nvidia.

“AI solutions will grow a lot thanks to the evolution of AI services like ChatGPT,” Soojung Ryu, CEO of Sapeon, told CNBC in an interview at the Mobile World Congress that aired Wednesday.

ChatGPT is the viral chatbot developed by OpenAI. It has caused a stir in the tech world, with giants from Google to Chinese firm Baidu scrambling to release their own rivals. Technology executives say ChatGPT has put AI applications on the map.

Analysts at Bernstein expect ChatGPT to be a multi-billion dollar boon for chipmakers looking to fuel these AI models.

“We would like build this kind of system (AI chips) to have an opportunity for the business,” Ryu said.

Sapeon was created in 2016 inside SK Telecom, one of South Korea’s biggest telecommunications firms. SK Telecom then spun out the firm last year and raised outside investment.

Ryu said the company is currently raising money at a valuation of $400 million.

South Korean semiconductor firms including Samsung and SK Hynix have typically been strong in memory chips that go into devices like PCs. Sapeon is among one of the first firms out of South Korea to try and crack the AI chip market.

Ryu said that Sapeon is targeting the U.S. market which would pit it against Nvidia. When asked if Sapeon can challenge Nvidia, Ryu answered “yes.”

Currently, Sapeon has one chip on the market called the X220. It is built on so-called 28-nanometer technology.
The nanometer figure refers to the size of each individual transistor on a chip. The smaller the transistor, the more of them can be packed onto a single semiconductor. Typically, a reduction in nanometer size can yield more powerful and efficient chips.

Ryu said the company will launch a 7-nanometer AI chip this year and it will be manufactured by TSMC, the world’s biggest contract chipmaker. That would bring it closer to the current technology on the market.





SKT Invests USD 100 Million in Joby Aviation
2023.06.29Print
01_news_01_230630.jpg


SK Telecom (NYSE: SKM, “SKT”), Korea’s leading mobile operator rapidly expanding its presence as an AI company, and Joby Aviation, a California-based company developing electric vertical take-off and landing (eVTOL) aircraft, today announced that SKT has invested USD 100 million to acquire approximately 2 percent stake in Joby Aviation.

SKT and Joby Aviation have been working together since they signed a strategic collaboration agreement in February 2022. With the equity investment, the two companies will further solidify and expand their cooperation in the UAM business, and SKT will be better positioned to take a leading role in the UAM business in Korea.

Joby Aviation has unrivaled technological capabilities in the development of eVTOL aircraft for Urban Air Mobility (UAM). A full-size prototype of the Joby aircraft holds the record of flying 241 km at a speed of 330 km/h, which is the fastest flight of any eVTOL aircraft to date. Also, Joby was the first eVTOL company to sign a G-1 (stage 4) certification basis with the FAA. It is also collaborating with the National Aeronautics and Space Administration (NASA) and has signed a contract with the United States Air Force to deliver and operate its aircraft.

The investment paves the way for Joby to participate alongside SKT in Korea’s “K-UAM Grand Challenge,” a phased demonstration program, led by the Korean Ministry of Land, Infrastructure and Transport, to foster the adoption of aerial ridesharing in Korea.

Today’s investment is also expected to lead to the development of further partnerships across the mobility ecosystem in Korea, led by SKT.

Moreover, the two companies agreed to explore the idea of extending their collaboration more widely into the overseas markets in the long term.

As a company rapidly shaping into an AI company, SKT is actively promoting UAM, which can be realized through the application of cutting-edge ICT technologies including AI. AI technologies are expected to be utilized in various parts of the UAM business, including aerial network communications and traffic control, and SKT plans to draw upon its rich pool of AI technologies to popularize UAM services and boost the ecosystem.

SKT also unveiled its vision of expanding its role from a mobile operator to a mobility operator that opens new frontiers in mobility.

At present, UAM is being highlighted as a new mobility service that can solve traffic congestion and carbon emissions, and many countries around the world, including the US, UK, France and Japan, are working actively to launch the service. In Korea, led by the Ministry of Land, Infrastructure and Transport, the first phase of the K-UAM Grand Challenge will be implemented in Goheung, Jeollanam-do from August 2023 to December 2024 and the second phase will take place in the Seoul Metropolitan Area from July 2024 to June 2025, followed by commercialization of UAM in 2025.

“Based on cooperation with Joby Aviation, we will do our utmost to promote the UAM demonstration program and achieve UAM commercialization in Korea,” said Ryu Young-sang, CEO of SKT. “We will greatly reduce customers’ travel time with our UAM service and rapidly advance our UAM technologies to help turn Korea into a mobility powerhouse.”

“Our partnership with SKT places Joby in the best possible position to capitalize on the opportunity presented by the Korean market, where we continue to see a strong drive from the government to realize aerial ridesharing in Korea,” said JoeBen Bevirt, founder and CEO of Joby Aviation. “We’re grateful for SKT’s commitment to Joby and look forward to working with them as we develop a transformational air taxi service for Korea.”

*Attachment. SKT’s UAM Business Progress & Roadmap
01_news_02_230630.jpg



Other subsidiaries could also benefit from neuromorphic computing, eg for predictive maintenance or drug discovery.
So, I’d definitely keep an eye on the SK Group…
 
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DK6161

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Can't wait to celebrate the next big run upwards.... $3.50 this time... This is so closely followed. Even my chiropractor told me he had a "hot tip" by a computer engineer patient of his and how its amazing technology etc etc. I interrupted him and said "Brainchip!?" He said "yeah!" And hi five'd me....
Many people are onto this... let me tell you....
Hahaha let's hope so.
Others might say that's probably a sign to ditch this bad boy. Similar to when every second bloke used to talk about some new crypto coin lol
 
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Frangipani

Regular
Another 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.



Jo He-rim

Jo He-rim​

The Korea Herald
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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.
 
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IloveLamp

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