BRN Discussion Ongoing

[Diogenese]

This is a really interesting video to watch for anyone who has the time. Filmed 3 weeks ago with Qualcomm CEO Cristiano Amon and Wall Street columnist Joanna Stern. Significant points for me were:

• Cristiano is convinced the largest growth opportunity area for AI is NOT in the data centre
• Discussion around stable diffusion, faster speed, real-time contextual understanding
• Shipping of Qualcomm's new SOC for custom CPU expected in September of October with products coming out in late 2023 and more products to be launched at CES 2024
• Cristiano mentions that of the 60+ virtual reality, augmented reality and mixed reality devices that are out there, the ALL use Qualcomm silicon
• Software defined vehicles are the "must have" in the automotive sector

On a side note, it's hard not to believe that we'll be working in with Qualcomm in sone of these 60+ AR, VR, MR devices at some point, seeing this is our sweet spot with Prophesee.

In terms of the focus on the software defined vehicle, I am reminded that Mercedes EQXX is the most advanced and efficient software designed vehicle ever built and it utilized BrainChip's Akida neuromorphic prowess for keyword spotting.




3,151 views 9 May 2023
Qualcomm President and CEO Cristiano Amon speaks with Wall Street Journal columnist Joanna Stern. The conversation begins with a discussion of the benefits of the transition from 4G to 5G, and the inevitability of technologies like 5G mmWave. Amon says that 5G mmWave will become ubiquitous soon, much like Wi-Fi is today.

Amon and Stern then transition to a discussion about contraction in the smartphone market. Rather than representing a new normal, Amon explains that there are three challenges facing the smartphone market: macro headwinds, inventory surpluses, and supply chain shortages. Consumers aren’t as willing to spend money on new smartphones in the short-term — spending their money on other digital devices instead of on handset upgrades — and manufacturers are sitting on a glut of product. Amon does believe that the market is experiencing a correction and should normalize by June 2023.

The conversation shifts to AI, specifically Qualcomm’s high performance on-device demo of Stable Diffusion — a generative AI model that creates images based on text inputs — and the huge opportunity it represents for Qualcomm. Amon explains that Qualcomm’s vision for the Connected Intelligent Edge is happening in real-time as the increased performance of power-efficient edge devices enables them to run advanced applications like large AI models — something that seemed impossible a few years ago.

Amon and Stern also discuss an extremely successful part of Qualcomm’s diversification plan: automotive. Qualcomm’s automotive business has grown 58 percent in the past year, despite challenging macro headwinds. As cars become increasingly connected to the cloud, Qualcomm auto tech delivered by the Snapdragon Digital Chassis has become industry standard. Rounding out the conversation, Amon and Stern discuss the many ways that Qualcomm is disrupting and revolutionizing the automotive landscape. Copyrighted 2023. Dow Jones & Company, Inc.

Special guest appearance:

 

[alwaysgreen]

100% correct.

Let’s get rid of Antonio who was President and EVP of Commercial and Global development, Global Director of the ARM Foundry Program, and Executive VP of Worldwide Sales. Mr. Viana and looked after multi billion dollar contracts.

Let’s get rid of Duy Loan Le who worked at Texas Instruments for 35 years and was a senior fellow.

Let’s get rid of Nandan who also worked at ARM for a long time and most recently at a trillion dollar company AMAZON and was in charge of the adoption and roll out of Hey Alexa.

Let’s get rid of Rob Telson who was a Senior Director at Synopsys & also at ARM for 11 years as Global VP of Foundry Sales, also VP of Sales.

Let’s get rid of Sean Hehir who is a Silicon Valley Board Member and also at HP as VP of Strategic Allicances, VP of Microsoft Strategic Alliance, VP of Cisco Strategic Alliance, VP of Accenture Strategic Alliance.

Let’s get rid of Todd Vierra who was Director Field Sales Engineers at ARM for 14 years.

Let’s get rid of Chris Stephens who was at Syntiant as VP of Sales and sold edge devices.

Let’s get rid of everybody at Brainchip who works there, we need a complete reshuffle of our sales, board and management and let’s hire people who have just came out of uni, who have never sold any IP/chips in their life, who haven’t built up any professional relationships throughout the years, have no idea about the importance of an ecosystem , despite the fact that every semiconductor company has an ecosystem.

Let’s try hire people who have experience in AI and neuromorphic…..oh wait, they don’t exist because Brainchip is THE WORLDS FIRST.

Antonio said at the AGM that the pool of people is already so small within the AI space, so it’s hard enough to get people let alone the area where Brainchip occupy.

I am 100% confident paying the staff we have with bonuses.

Does anybody think Nanden or Rob or any others need to work at Brainchip with their experience? They can go and get a job with one of the top companies and have a cushy job, but they’re here at Brainchip because they’ve seen under the hood and are passionate and excited and motivated and see the potential, and want to be a part of something truly disruptive.

See what would happen is, people vote to not pay people what they’re worth, then let’s say Nanden and Chris stephens and Sean leave, and we adopt the notion of paying bonuses until after something material has surfaced to shareholders, then share price goes down even further because we don’t retain the amazing staff we have who are literally the best of the best, then people will complain that they haven’t achieved anything.

I fail to see why people cannot see the bigger picture. Brainchip is a global company competing in a global space, we need to keep up with the big boys.

So much experience, so little sales!!

We are a global company yet we had $200 k revenue over the past 6 months and likely similar amounts over at least the next 3 or 4.

If they could go work in a cushy job with great salary yet they believe in the potential of Brainchip then put their money where their mouths are. Back themselves by taking a salary now and enjoy the spoils and bonuses once we start making billions (if that's what they truly believe). We forked out our hard earned to back the company. Sell some IP first before they dilute the company further.

 

[goodvibes]

Did I missed this: 1 week ago…Global Semiconductor Alliance

Global Semiconductor Alliance on LinkedIn: #gsa #whereleadersmeet #semiconductor #technology #automotive…

Next up we would like to introduce to you Sean Hehir, CEO, BrainChip . Mr. Hehir has been responsible for explosive revenue growth for large global…

www.linkedin.com

Next up we would like to introduce to you Sean Hehir, CEO, BrainChip .

Mr. Hehir has been responsible for explosive revenue growth for large global enterprise organizations such as Compaq and HP, as well as smaller, fast-growing companies like Fusion-io. Hehir is industry-recognized as a builder of trusted Strategic Alliances across diverse partners such as Systems Integrators, ISVs, and OEMs. He received his BS from the University of Massachusetts and MBA from Georgia State University.

At BrainChip, he directs a world class team of scientists, engineers and business leaders that have the world’s first neuromorphic edge AI IP to market, and are leading the charge towards compelling, intelligent edge devices and services that enable growth of the trillion dollar AIoT market

He received his BS from the University of Massachusetts and MBA from Georgia State University.

Sean will be presenting at our 2023 European Executive Forum on June 14th and 15th in Munich! We look forward to hearing from him and the rest of our incredible speakers.

Still need to register? Secure your spot here: https://lnkd.in/gh7AGdfw.

#GSA #WhereLeadersMeet #semiconductor #technology #automotive #globalcollaboration #emea

 

[Glen]

AI is about to significantly change your computer: HP CEO

HP Inc. is plotting an AI future as sales of PCs continue to be under pressure.

finance-yahoo-com.cdn.ampproject.org

 

[stockduck]

So much experience, so little sales!!

We are a global company yet we had $200 k revenue over the past 6 months and likely similar amounts over at least the next 3 or 4.

If they could go work in a cushy job with great salary yet they believe in the potential of Brainchip then put their money where their mouths are. Back themselves by taking a salary now and enjoy the spoils and bonuses once we start making billions (if that's what they truly believe). We forked out our hard earned to be a part owner in the company. Sell some IP first before they dilute the company further.

Well, I think we should see the big picture like chapman said.... because of the Quality of staff working for the company. I also think, that the last patent, that was given to the company a few week(s) ago, maybe much more important as some imagine in case of acquiring IP customers...
it`s just a felling in my stomach...sorry I don`t know how to explain it in an other way..

 

[charles2]

NVDA needs more chip capacity to feed the AI monster.

And NVDA needs a domestic (US) supplier of chips to comply with and benefit from the Chips Act.

Intel to the rescue?

And power saving chips preferred. (My take)

Any suggestions?

Intel's Lifeline Could Be Nvidia

Intel needs a big customer for its new manufacturing business. A recent comment from Nvidia's CEO offers the beleaguered chip giant some hope.

www.barrons.com

 

[Deleted member 118]

"We developed breathing sensors that detect within a minute if the patient is sick" | CTech

Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo

www.calcalistech.com

 

[Tothemoon24]

We developed breathing sensors that detect within a minute if the patient is sick"​

Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo​

• 
  
• Israel-Japan Conference
  "We developed breathing sensors that detect within a minute if the patient is sick"
  
  
  
  Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo
• 
  
  One of the most important factors in the success of the treatment of a disease is early diagnosis, but what happens when the patient does not feel bad and there are no external symptoms of the disease? There is a huge gap today between the importance of early diagnosis and what actually happens, a lack of continuous contact between the population and the medical centers. In our laboratory at the Technion we are trying to bridge the gap between the clinics and the patients through technological developments. How do we do this? Devices and facilities that can be kept in the clinics, but can reach the patients and perform data analysis online," said Professor Hossam Haick, Dean and Head of the LNBD Group at the Technion, speaking at the Israel-Japan Conference.
• 
  
• 
  "One of the things we have developed are breath sensors that know how to identify diseases and the stage of progression. The device detects a kind of odor signature of the disease. A breath sample of the patient is taken for 30 seconds non-invasively and a result is obtained within a minute," Haick continued. "We have already done studies in 23 medical centers around the world. We know how to distinguish between 17 different types of diseases, including cancer and various inflammations. Beyond the diagnosis of "healthy" or "sick", we also know, for example, whether the tumor is benign or malignant, without the need for a biopsy or surgery. Experiments with our device have even shown the ability to detect very preliminary signs of cancer. These are people who are healthy today, but may very likely get cancer because of cells that are already detected in their body."
• 
  
  
• Haick added that along with the breathing sensors, his lab is developing a kind of sticker that transmits to a smartphone application. "The sticker is reminiscent of children's temporary tattoos. It sticks to the body for several weeks or months and transmits information about the patient's health status. Another challenge we face is imaging devices and technologies. In this framework, we developed an imaging device that includes a sensor and is the size of a credit card. You can use it to distinguish between healthy molecules, breast cancer and a condition that is experienced just before malignant cancer."
  Haick concluded by saying that the next step in the development is the integration of the devices with historical data that will allow not only identification, but also the prediction of a patient's health status.

 

[Krustor]

So much experience, so little sales!!

We are a global company yet we had $200 k revenue over the past 6 months and likely similar amounts over at least the next 3 or 4.

If they could go work in a cushy job with great salary yet they believe in the potential of Brainchip then put their money where their mouths are. Back themselves by taking a salary now and enjoy the spoils and bonuses once we start making billions (if that's what they truly believe). We forked out our hard earned to be a part owner in the company. Sell some IP first before they dilute the company further.

You keep yourself repeating again and again.

Would you mind to look forward or are you keeping this shit?

 

[Tothemoon24]

Introducing New Features: HDR Camera Support and Sensor Fusion Integration for Sony Spresense

With HDR camera support and the integration of the sensor fusion module on Sony's Spresense SDK, developers gain access to a seamless workflow.

www.edgeimpulse.com

BLOG POST

Introducing New Features: HDR Camera Support and Sensor Fusion Integration for Sony Spresense​

ARTIFICIAL INTELLIGENCE, MACHINE LEARNING, COMPUTER VISION
Saniea Akhtar
1 June 2023

Read the Table of contents sectionTable of contents​

• HDR camera support
• Sensor fusion integration

We are thrilled to announce exciting updates to our support for Sony's Spresense platform. At Edge Impulse, we are constantly working to empower developers with the tools they need to build cutting-edge AI applications. With that in mind, we are delighted to introduce two remarkable additions: HDR camera support and integration of the Edge Impulse Studio sensor fusion module.

Read the HDR camera support sectionHDR camera support​

The Spresense microcontroller board enables edge solutions with high computing ability and low power consumption, making it ideal for industrial AI applications. Capturing accurate and detailed visual data is one of the main challenges faced in industrial AI application development.
With the new HDR camera support, developers can now leverage the power of high dynamic range imaging on the Spresense platform. HDR technology allows the camera to capture a broader range of brightness levels, resulting in more vibrant and true-to-life images and providing more precise analyses and decision-making. This enhancement opens up a world of possibilities for various industrial AI use cases, such as object detection, quality control, and anomaly detection.

Read the Sensor fusion integration sectionSensor fusion integration​

In addition to the HDR camera support, we are also excited to release a firmware update for the Spresense enabling the Edge Impulse sensor fusion module. Sensor fusion plays a vital role in combining data from various sensors to provide a more comprehensive understanding of the environment.
By combining data from multiple sensors, developers can achieve greater accuracy, reliability, and contextual awareness in their AI applications. This opens up new opportunities for industrial use cases that rely on precise motion tracking, orientation detection, and environmental monitoring.
With the addition of HDR camera support and the integration of the sensor fusion module on the Sony Spresense SDK, developers gain access to a seamless workflow. Collecting, processing, and analyzing data has never been easier.
By integrating these new features, developers can take advantage of advanced imaging capabilities and enhanced sensor fusion to unlock the true potential of their AI applications. Whether it's capturing high-quality visuals or achieving precise motion tracking, the possibilities are endless.
We are excited to see what developers will create with the new HDR camera support and sensor fusion firmware update. Visit the Edge Impulse Studio today to explore these features and unleash the full power of the Sony Spresense platform. Together, we can build a future where industrial AI applications thrive.

 

[Tothemoon24]

Socionext Introduces Ultra-compact, Ultra-low-power 60GHz Radio-wave Ranging Sensors for Automotive Applications​

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New SC1260 Series Detects Position, Movement of Vehicle Passengers with Maximum Accuracy​

Yokohama, Japan and Milpitas, Calif., May 30, 2023 --- Socionext Inc., a global leader in high-precision sensor technology, today introduced the SC1260 Series radio-wave ranging sensors for automotive applications. This new series utilizes the 60GHz frequency band and time-division multiplexing (TDM-MIMO) processing with multiple transmitting and receiving antennas that can detect the position and movement of passengers in a vehicle with maximum accuracy.
SC1260AR3
This SC1260 has an all-in-one configuration incorporating antennas and radar signal processing circuits to achieve maximum detection accuracy in an ultra-low-power, ultra-compact package. The high-precision sensors use a wide band of 6.8GHz (57.1 to 63.9GHz) with an expanded number of receiving antennas by TDM-MIMO processing and built-in radar signal processing circuits for range-finding and angle calculation. The devices enable easy acquisition of three-dimensional (3D) position information without requiring advanced expertise in high-frequency devices and signal processing. combines antennas, wireless circuits, AD converters, FIFO memory, SPI interface, and intelligent power control sequencer for flexible duty cycle control. The power required is only 0.72mW at 0.1% duty cycle operation.
These capabilities make the series optimal for applications such as tracking the position and movements of passengers in a vehicle while suppressing the load on the vehicle battery when the engine is off.
The SC1260 Series complies with the global broadband 60GHz radio equipment standard. Sample and evaluation kit shipments are scheduled for June, with production volumes to be available in Q1 2024.
“By leveraging our extensive experience and knowledge accumulated through the development of millimeter-wave wireless communication ICS and 24GHz radio-wave ranging sensors, Socionext has become the first company worldwide to develop ultra-compact, ultra-low power 60GHz radio-wave ranging sensors for automotive applications with built-in radar signal processing circuits for range-finding and angle calculations in automotive applications,” said Teruaki Hasegawa, Head of Socionext's IoT & Radar Sensor Business Unit.
Moreover, TDM-MIMO processing enables high-precision sensing, such as the detection of passengers when three people are sitting in a row inside the vehicle.
Following the debut of its SC1260AR3, Socionext will continue to develop products that meet customer needs and applications.
Socionext is a leader in the advancement of sensing applications through its unique lineup of radio-wave ranging sensor devices and will continue to be a world leader in this field by championing new product development for enhancing user experience.

 

[Andy38]

A Japanese article on Brainchip:

ニューロモーフィックでエッジの進化を目指すBrainChip、第2世代IPの提供は9月に開始予定

エッジAI向けニューロモーフィックIPの開発を行う豪BrainChipは5月30日、Sean Hehir CEOの来日に併せたメディアブリーフィングを開催し、自社の現状と今後の戦略を説明した。

news.mynavi.jp

And to those who prefer a translated version:

BrainChip, which aims to evolve the edge with neuromorphism, will start offering second-generation IP in September.pdf - Shared with pCloud

Keep, share and access your files whenever you need from wherever you are. Create a free pCloud account and make your life easier.

e.pcloud.link

And guess who else was recently in Japan…timeframes may not match up at all but the article still sounds like the device is Akida centric and Hossam loves it

"We developed breathing sensors that detect within a minute if the patient is sick" | CTech

Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo

www.calcalistech.com

 

[MDhere]

Well, I think we should see the big picture like chapman said.... because of the Quality of staff working for the company. I also think, that the last patent, that was given to the company a few week(s) ago, maybe much more important as some imagine in case of acquiring IP customers...
it`s just a felling in my stomach...sorry I don`t know how to explain it in an other way..

i agree. Being present at the Agm allows me to meet some of the most passionate people behind this company. For one, having Duy Le, upfront you may not know but Antonio made it very clear that she is a real asset on the team and behind the scenes im sure she is. (very powerful lady).
So with the new patent and quality of staff yr stomach has every reason to be doing somersaults.
The only was forward is up

 

[chapman89]

Here we go, another addition to the University program.

University of Oklahoma Joins the BrainChip University AI Accelerator Program

Learn more about the collaboration between BrainChip and the University of Oklahoma as they join forces in the AI Accelerator Program.

brainchip.com

 

[alwaysgreen]

You keep yourself repeating again and again.

Would you mind to look forward or are you keeping this shit?

Sorry for having a different opinion to you.

 

[Schnitzel lover]

100% correct.

Let’s get rid of Antonio who was President and EVP of Commercial and Global development, Global Director of the ARM Foundry Program, and Executive VP of Worldwide Sales. Mr. Viana and looked after multi billion dollar contracts.

Let’s get rid of Duy Loan Le who worked at Texas Instruments for 35 years and was a senior fellow.

Let’s get rid of Nandan who also worked at ARM for a long time and most recently at a trillion dollar company AMAZON and was in charge of the adoption and roll out of Hey Alexa.

Let’s get rid of Rob Telson who was a Senior Director at Synopsys & also at ARM for 11 years as Global VP of Foundry Sales, also VP of Sales.

Let’s get rid of Sean Hehir who is a Silicon Valley Board Member and also at HP as VP of Strategic Allicances, VP of Microsoft Strategic Alliance, VP of Cisco Strategic Alliance, VP of Accenture Strategic Alliance.

Let’s get rid of Todd Vierra who was Director Field Sales Engineers at ARM for 14 years.

Let’s get rid of Chris Stephens who was at Syntiant as VP of Sales and sold edge devices.

Let’s get rid of everybody at Brainchip who works there, we need a complete reshuffle of our sales, board and management and let’s hire people who have just came out of uni, who have never sold any IP/chips in their life, who haven’t built up any professional relationships throughout the years, have no idea about the importance of an ecosystem , despite the fact that every semiconductor company has an ecosystem.

Let’s try hire people who have experience in AI and neuromorphic…..oh wait, they don’t exist because Brainchip is THE WORLDS FIRST.

Antonio said at the AGM that the pool of people is already so small within the AI space, so it’s hard enough to get people let alone the area where Brainchip occupy.

I am 100% confident paying the staff we have with bonuses.

Does anybody think Nanden or Rob or any others need to work at Brainchip with their experience? They can go and get a job with one of the top companies and have a cushy job, but they’re here at Brainchip because they’ve seen under the hood and are passionate and excited and motivated and see the potential, and want to be a part of something truly disruptive.

See what would happen is, people vote to not pay people what they’re worth, then let’s say Nanden and Chris stephens and Sean leave, and we adopt the notion of paying bonuses until after something material has surfaced to shareholders, then share price goes down even further because we don’t retain the amazing staff we have who are literally the best of the best, then people will complain that they haven’t achieved anything.

I fail to see why people cannot see the bigger picture. Brainchip is a global company competing in a global space, we need to keep up with the big boys.

They will still get their remuneration and will still get the vote and be re-elected to hold their directorships.

If BRN tech is the best thing since sliced bread, does it not attract the best people to work there?

What is the bigger picture relating to signing new licensees? Currently sitting at 18months without a new one. That’s $12million in executive fees for no new engagements.. Hard times they say more so than the dot com crash. Not so hard with their remuneration.

Prove us wrong with performance.

 

[Fullmoonfever]

I know it's an Inivation camera and from memory SynSense involved with them.

Haven't dug too deep yet on the Thor project of which some recent details are below.

I did find that what appears to be the same camera is available with the details end of the post. Found it interesting that's it's designed to connect to neuromorphic hardware such as FPGA or Loihi.

Love to see how we'd go connected to it if not attempted already.

Edit. Forgot to add that we already know TCS also been working with Akida for weather / clouds via cubesats from memory.


HERE


U23-15873, updated on 31 May 2023

https://doi.org/10.5194/egusphere-egu23-15873

EGU General Assembly 2023
© Author(s) 2023. This work is distributed under the Creative Commons Attribution 4.0 License.
THOR-DAVIS: A neuromorphic camera to observe thunderstorms from inboard ISS.
Olivier Chanrion, Nicolas Pedersen, Andreas Stokholm, Benjamin Hauptmann, and Torsten Neubert
Technical University of Denmark, DTU Space, Denmark (olivier.chanrion@gmail.com)

The technical purpose of THOR-DAVIS is to test a new camera concept in space for observations of thunderclouds and their electrical activity at up to a resolution of 10 µs. The scientific purpose is to
conduct video camera observations of thunderclouds and their electrical activity.

The focus is on altitude-resolved measurements of activity at the top of the clouds and the stratosphere above.

The camera type is a so-called neuromorphic camera (or event camera) where pixels are read out asynchronously when the pixel illumination changes. The goal is to understand, under realistic
conditions, the use of such a camera for future use in space for observations of processes in severe electrical storms. The camera has a high temporal resolution 100.000 equivalent frame per
second and a huge dynamic range of about 120 dB and is particularly well suited for this kind of observations. The camera weights about 200g and consumes about 1.5A in operation and is
particularly well suited for space applications.

In this presentation we will give the status of the development of the THOR-DAVIS experiment to be conducted by the Danish astronaut Andreas Mogensen during his upcoming ESA mission
Huggin onboard the International Space Station (ISS). We’ll present the design of the payload based on a Davis 346 neuromorphic camera mounted on top of a Nikon D5 camera for handheld
operation. The 2 cameras are controlled by an AstroPi unit based on a Raspberry Pi computer board.

Finally, we’ll give preliminary results of laboratory measurements made with the flight model.

[New product release] DAVIS346 AER / DVXplorer S Duo-High-precision camera sensor | Information dissemination media for research and development TEGAKARI

Our overseas product procurement service Unipos handles the direct vision sensor series DAVIS / DVXplorer C from iniVation, Switzerland [...see next]

www.tegakari.net

[New product] DAVIS346 AER​

A model equipped with a connector for the AER (Address Event Representation) protocol in the popular DAVIS346.

Designed specifically for advanced neuromorphic hardware research, it allows direct interface to custom neuromorphic hardware such as FPGAs and Intel Loihi.

DAVIS346 AER Features​

• 180nm CIS technology DAVIS sensor prototype
• Simultaneous output of QVGA or higher (1 x 346) resolution events and frames from a single sensor (via USB)
• Event-only output via AER connector
• Event output provides up to 120dB dynamic range, <1us latency, 1us time resolution, and up to 1200 million events/second throughput
• 6-axis IMU, up to 8kHz sampling rate
• Less than 5mA power consumption with 180V supply
• Anodized aluminum case with CS lens mount, 4-sided mounting options, screw-lock USB port

About the AER protocol​

The AER protocol used a variable number of lines (buses) to transmit data and two lines (REQ and ACK) to synchronize the data at the sender and receiver asynchronously with a four-phase handshake. A simple protocol (also known as an asynchronous protocol).

DAVIS346 AER User Guide/Datasheet​

You can download the user guide (PDF) for DAVIS346 AER from the manufacturer page below.

 

[chapman89]

They will still get their remuneration and will still get the vote and be re-elected to hold their directorships.

If BRN tech is the best thing since sliced bread, does it not attract the best people to work there?

What is the bigger picture relating to signing new licensees? Currently sitting at 18months without a new one. That’s $12million in executive fees for no new engagements.. Hard times they say more so than the dot com crash. Not so hard with their remuneration.

Prove us wrong with performance.

If I have to label every single achievement made in the last 12 months ranging from ecosystem, new chips being taped out, recognition from industry and much more, then some shareholders have tunnel vision.

Not 1 single person is happy that there hasn’t been a single license sold since November of 2021. But it’s also pretty clear that customers that they’ve been engaged with are waiting for 2.0 due to the adjustments and tweaks made at the customers request.
Now should we blame Peter and Anil for making a product (akida1000) for only a few products? Or should we take onboard what our engagements and customers are saying so it’s tailored to their applications.

At the AGM Sean said (or Antonio) that they don’t just announce every NDA/partnership because not every partnership may lead to anything commercial. Now does that not mean that the partnerships that they do announce through social media mean that we can take that as an almost gold plated guarantee that those partnerships announced will lead to something commercial/material?? That’s the way I see it.

Call me naive but that’s the way I see it.
You only have to read the wording on all the partnerships announced. They all basically say “they will design & integrate akida into products”

I remember reaching out to Prophesee CEO a few months ago, I asked him what are the differences between a demo partner and a technology partner, his response back to me shocked me. He responded with saying he is “looking forward to turning it into a commercial one” (with Brainchip)

 

[TECH]

We developed breathing sensors that detect within a minute if the patient is sick"​

Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo​

• 
  
• Israel-Japan Conference
  "We developed breathing sensors that detect within a minute if the patient is sick"
  
  
  
  Prof. Hossam Haick, Dean and Head of the LNBD Group at the Technion, was speaking at Calcalist's Israel-Japan Conference in Tokyo
• 
  
  One of the most important factors in the success of the treatment of a disease is early diagnosis, but what happens when the patient does not feel bad and there are no external symptoms of the disease? There is a huge gap today between the importance of early diagnosis and what actually happens, a lack of continuous contact between the population and the medical centers. In our laboratory at the Technion we are trying to bridge the gap between the clinics and the patients through technological developments. How do we do this? Devices and facilities that can be kept in the clinics, but can reach the patients and perform data analysis online," said Professor Hossam Haick, Dean and Head of the LNBD Group at the Technion, speaking at the Israel-Japan Conference.
• 
  
• 
  "One of the things we have developed are breath sensors that know how to identify diseases and the stage of progression. The device detects a kind of odor signature of the disease. A breath sample of the patient is taken for 30 seconds non-invasively and a result is obtained within a minute," Haick continued. "We have already done studies in 23 medical centers around the world. We know how to distinguish between 17 different types of diseases, including cancer and various inflammations. Beyond the diagnosis of "healthy" or "sick", we also know, for example, whether the tumor is benign or malignant, without the need for a biopsy or surgery. Experiments with our device have even shown the ability to detect very preliminary signs of cancer. These are people who are healthy today, but may very likely get cancer because of cells that are already detected in their body."
• 
  
  
• Haick added that along with the breathing sensors, his lab is developing a kind of sticker that transmits to a smartphone application. "The sticker is reminiscent of children's temporary tattoos. It sticks to the body for several weeks or months and transmits information about the patient's health status. Another challenge we face is imaging devices and technologies. In this framework, we developed an imaging device that includes a sensor and is the size of a credit card. You can use it to distinguish between healthy molecules, breast cancer and a condition that is experienced just before malignant cancer."
  Haick concluded by saying that the next step in the development is the integration of the devices with historical data that will allow not only identification, but also the prediction of a patient's health status.

They will never become an IP License holder, it was originally thought that a chip, as in, Akida 1000 would/could be embedded in a
handheld device, I personally believe that Hossam Haick is a career research academic, Nanose Medical and the Chinese research (there's
that word again) teams they work alongside will never achieve market commercialization, how many products to date have been realized
by direct involvement with Hossam Haick ?

5 years from now will a product actually enter the marketplace, I just wonder.

Tech just airing his views on the above topic, never right or wrong.

 

[Dozzaman1977]

Socionext Introduces Ultra-compact, Ultra-low-power 60GHz Radio-wave Ranging Sensors for Automotive Applications​

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New SC1260 Series Detects Position, Movement of Vehicle Passengers with Maximum Accuracy​

Yokohama, Japan and Milpitas, Calif., May 30, 2023 --- Socionext Inc., a global leader in high-precision sensor technology, today introduced the SC1260 Series radio-wave ranging sensors for automotive applications. This new series utilizes the 60GHz frequency band and time-division multiplexing (TDM-MIMO) processing with multiple transmitting and receiving antennas that can detect the position and movement of passengers in a vehicle with maximum accuracy.
SC1260AR3
This SC1260 has an all-in-one configuration incorporating antennas and radar signal processing circuits to achieve maximum detection accuracy in an ultra-low-power, ultra-compact package. The high-precision sensors use a wide band of 6.8GHz (57.1 to 63.9GHz) with an expanded number of receiving antennas by TDM-MIMO processing and built-in radar signal processing circuits for range-finding and angle calculation. The devices enable easy acquisition of three-dimensional (3D) position information without requiring advanced expertise in high-frequency devices and signal processing. combines antennas, wireless circuits, AD converters, FIFO memory, SPI interface, and intelligent power control sequencer for flexible duty cycle control. The power required is only 0.72mW at 0.1% duty cycle operation.
These capabilities make the series optimal for applications such as tracking the position and movements of passengers in a vehicle while suppressing the load on the vehicle battery when the engine is off.
The SC1260 Series complies with the global broadband 60GHz radio equipment standard. Sample and evaluation kit shipments are scheduled for June, with production volumes to be available in Q1 2024.
“By leveraging our extensive experience and knowledge accumulated through the development of millimeter-wave wireless communication ICS and 24GHz radio-wave ranging sensors, Socionext has become the first company worldwide to develop ultra-compact, ultra-low power 60GHz radio-wave ranging sensors for automotive applications with built-in radar signal processing circuits for range-finding and angle calculations in automotive applications,” said Teruaki Hasegawa, Head of Socionext's IoT & Radar Sensor Business Unit.
Moreover, TDM-MIMO processing enables high-precision sensing, such as the detection of passengers when three people are sitting in a row inside the vehicle.
Following the debut of its SC1260AR3, Socionext will continue to develop products that meet customer needs and applications.
Socionext is a leader in the advancement of sensing applications through its unique lineup of radio-wave ranging sensor devices and will continue to be a world leader in this field by championing new product development for enhancing user experience.

Absolutely the greatest post of the week. Ive been waiting for news on Socionext. I cant believe more people on here have not liked it.

So as it says above..............

The SC1260 Series complies with the global broadband 60GHz radio equipment standard. Sample and evaluation kit shipments are scheduled for June, with production volumes to be available in Q1 2024.

This is the email Rob Telson sent in December 2022 about our CES involvement with partnerships. Ive highlighted the great part which corresponds with the above

Great news. Thanks Tothemoon24, keep a eye out for new information on the Socionext Graphic Display controllers which as stated above should also have Akida technology incorporated in them.