BRN Discussion Ongoing

[Esq.111]

Haven't had time to go right into this. It is a known program for intellisense but haven't seen these charts before. When you open up click on and download the charts.

https://techport.nasa.gov/view/125676

SC

Afternoon Space Cadet ,

Good find thankyou.

Listing 1 - 4 of 4
Page of 1
Show Hide

CNN RNN Processor​

This is a project within the Small Business Innovation Research/Small Business Tech Transfer Program​

Completed
Hide

The ultimate goal of this project is to create a radiation-hardened Neural Network suitable for Ede use. Neural Networks operating at the Edge will need to perform Continuous Learning and Few-shot/One-shot Learning with very low energy requirements, as will NN operation. Spiking Neural Networks (SNNs) provide the architectural framework to enable Edge operation and Continuous Learning. SNNs are event-driven and represent events as a spike or a train of spikes. Because of the sparsity of their data...

Responsible Mission Directorate:​

Space Technology Mission Directorate (STMD)

Lead Organization:​

Silicon Space Technology Corporation

Primary Technology Area:​

TX11.4.2 Intelligent Data Understanding

Start:​

Aug 2020

End:​

Mar 2021

Program Director:​

Jason Kessler

Program Manager:​

Carlos Torrez

Project Manager:​

Ryszard Pisarski
Michael Lowry
Michael Lowry
Theresa Stanley

Principal Investigator:​

Jim Carlquist

Neuromorphic Enhanced Cognitive Radio​

This is a project within the Small Business Innovation Research/Small Business Tech Transfer Program​

Active
Hide

Intellisense Systems, Inc. proposes in Phase II to advance development of a Neuromorphic Enhanced Cognitive Radio (NECR) device to enable autonomous space operations on platforms constrained by size, weight, and power (SWaP). NECR is a low-size, -weight, and -power (-SWaP) cognitive radio built on the open-source framework, i.e., GNU Radio and RFNoC", with new enhancements in environment learning and improvements in transmission quality and data processing. Due to the high efficiency of...

Responsible Mission Directorate:​

Space Technology Mission Directorate (STMD)

Lead Organization:​

Intellisense Systems, Inc.

Primary Technology Area:​

TX05.5.1 Cognitive Networking

Start:​

May 2022

End:​

May 2024

Program Director:​

Jason Kessler

Program Manager:​

Carlos Torrez

Project Manager:​

Aaron Smith
Theresa Stanley
Matthew Deans

Principal Investigator:​

Wenjian Wang

Scalable Neural Net and Neuromorphic Module for In-Space Autonomous Orientation and Maneuvering​

This is a project within the Small Business Innovation Research/Small Business Tech Transfer Program​

Completed
Show
Tensor, along with several commercial partners, is developing new technology suitable for small satellites (SmallSat/CubeSat) and small launch vehicles. As part of this development, we are designing autonomy and artificial cognition capabilities for small scale...
T...

Responsible Mission Directorate:​

Space Technology Mission Directorate (STMD)

Lead Organization:​

Tensor Innovation Partners, LLC

Primary Technology Area:​

TX10.2.2 Activity and Resource Planning and Scheduling

Start:​

Aug 2020

End:​

Mar 2021

Program Director:​

Jason Kessler

Program Manager:​

Carlos Torrez

Project Manager:​

Dylan Gormley
Theresa Stanley

Principal Investigator:​

Lee Wooldridge

Neuromorphic Processor with radiation tolerant MRAM​

This is a project within the Small Business Innovation Research/Small Business Tech Transfer Program​

Completed
Hide

Space missions require high-performance, reliable computing platforms and can function in challenging environments. The von Neumann bottleneck constrains performance due to the time and energy consumed during the required data exchange between main memory chip sets and the processor. Neuromorphic computing could emerge as a game changer for space applications where mission success relies on fast and autonomous analysis of a vast array of incoming information from multiple sources. The future...

Responsible Mission Directorate:​

Space Technology Mission Directorate (STMD)

Lead Organization:​

Numem Inc

Primary Technology Area:​

TX03.1.1 Photovoltaic

Start:​

Jul 2022

End:​

Jan 2023

Program Director:​

Jason Kessler

Program Manager:​

Carlos Torrez

Project Manager:​

Ryszard Pisarski
Michael Lowry
Michael Lowry
Theresa Stanley

Principal Investigator:​

Nilesh Gharia

 

[Bravo]

Published Feb 26, 2024

Apple Reportedly Exploring Smart Glasses, Adding AI to AirPods

Some Apple employees also want the tech giant to develop a fitness ring, but that's not currently in active development, Bloomberg reports.

au.pcmag.com

EXTRACT

 

[7für7]

Actually this is for me the important part… I’m getting prepared… nothing more to say!
Except of : DYOR

 

[7für7]

Published Feb 26, 2024

Apple Reportedly Exploring Smart Glasses, Adding AI to AirPods

Some Apple employees also want the tech giant to develop a fitness ring, but that's not currently in active development, Bloomberg reports.

au.pcmag.com

EXTRACT
View attachment 57974

Today no space for such a speculation i guess

 

[SebThatGermanChap]

View attachment 57966

Chesticles.

 

[Tothemoon24]

Today hasn’t been a complete loss

 

[Fullmoonfever]

Wonder if this will have any flow on implications for us?

We know Numem were working with NASA via SBIR on Akida with rad hard MRAM.

We know we taped out in 22nm FDSOI via GF (which I still believe aligns initially to the space industry due to rad tolerance) about a year ago and I note this new MCU test chip is also in 22nm

Renesas developed new STT-MRAM circuit technology, achieves the world's fastest random access speed | MRAM-Info

Renesas Electronics announced that it has developed circuit technologies for embedded STT-MRAM that reduces the energy and voltage of the memory write operation. Renesas produced a 22-nm MCU test chip, that includes a 10.8 Mbit embedded MRAM memory cell array. It achieves a random read access...

www.mram-info.com

Renesas developed new STT-MRAM circuit technology, achieves the world's fastest random access speed​

Renesas Electronics announced that it has developed circuit technologies for embedded STT-MRAM that reduces the energy and voltage of the memory write operation.



Renesas produced a 22-nm MCU test chip, that includes a 10.8 Mbit embedded MRAM memory cell array. It achieves a random read access frequency of over 200 MHz and a write throughput of 10.4-megabytes-per-second (MB/s).

Renesas says that it developed two specific new circuit technologies, one for faster MRAM read operations and one for faster write operations. Renesas says that it can achieve the world's fasterst random access speed of 4.2 ns.

To increase read operation speed, Renesas introduced two mechanisms. The first mechanism aligns the reference current in the center of the window according to the actual current distribution of the memory cells for each chip measured during the test process. The other mechanism reduces the offset of the sense amplifier.

To increase write operation speed, Renesas took into account that because the power supply conditions used in test processes and by end product manufacturers are stable, the lower voltage limit of the external voltage can be relaxed. Thus, by setting the higher step-down voltage from the external voltage to be applied to all bits in the first phase, write throughput can be improved 1.8-fold.

These new technologies follow on Renesas' previous MRAM work. In 2021, the company announced that it has developed two technologies that reduce the power consumption of STT-MRAM chips by 72%. In 2022, Renesas announced that it has developed 22-nm embedded STT-MRAM circuit technologies.
Tags:
Renesas

STT-MRAM

Technical / Research
Posted: Feb 24,2024 by Ron Mertens

 

[Tezza]

Chill people - nothing has changed - this is what you all need to day

View attachment 57962

Nothing has changed? Check the sp

 

[manny100]

I note the Presentation says that Mercedes, NASA, Vorago and Valeo are early adopters.
Given the NDA's Adopter word is fairly strong word and maybe an unintentional slip on the Keyboard.
Adopter means legally take.
Valeo early access program and still with us.
Vorago is not an official partner but formally signed up for the early access program and still being with AKIDA demonstrates.
Mercedes not an official partner but they are obviously still with us as an early adopter
NASA still with us.

 

[curlednoodles]

In the announcement about the roadshow, one of the points was: Discuss the rollout of new neuromorphic products. Correct me if I'm wrong, but I didn't hear any mention of this?

 

[DingoBorat]

Published Feb 26, 2024

Apple Reportedly Exploring Smart Glasses, Adding AI to AirPods

Some Apple employees also want the tech giant to develop a fitness ring, but that's not currently in active development, Bloomberg reports.

au.pcmag.com

EXTRACT
View attachment 57974

Airpods with health sensors?..

Maybe they could have an interactive experience, where the A.I. cuts in on their audio and says something like..

"Hey dickhead, turn the volume down, you're going deaf"

Of course, the "tone" of response would be adjustable..

Can't see how cameras on Airpods are going to be useful ..

"Looks like your left ear, has an excess of wax build up, don't use the cotton buds this time! Ya...."

 

[FJ-215]

Looking at our chart, would be nice to at least bounce off of the support at 33c.

Might get a bit of a dead cat bounce if it does.

 

[Xhosa12345]

Today hasn’t been a complete loss

i was on the f**king 4 each way...
woulda run second if had it straight out....

 

[db1969oz]

So I’m guessing the presentation wasn’t that startling!!?.

 

[Vladsblood]

So I’m guessing the presentation wasn’t that startling!!?.

Might even see 20/25 cents by tomorrow close

 

[7für7]

Nothing has changed? Check the sp

Don’t worry… paperhand retailers, shorters and daytraders day!

 

[FJ-215]

So I’m guessing the presentation wasn’t that startling!!?.

Nope.
Bit of a nothing burger. Existing shareholders will get some insights out of it but not much there to get potential investors excited.

 

[Diogenese]

Today hasn’t been a complete loss

But it was a tough run!

 

[TECH]

Good afternoon back in Australia,

Well I thought the presentation was very polished, on time, slides professionally prepared, both Sean and Tony spoke well, it was good
to hear Tony mention his time with Peter, and confirmed what Peter told me that they were pretty much on the same page.

Tony appears to come across as a good communicator and I'm pleased that he is a team player and works well with Anil, that relationship
is the most critical in my opinion, because Peter and Anil worked seamlessly together.

Sean backed up what I have mentioned a number of times, the business model is still very solid, we are going after the IP Licenses, and he
stated I believe from memory that there's plenty to go for, so to speak.

I also really liked hearing, possibly for the first time from Sean the mention of NATIVE SNN....that will come, it's the holy grail and in my
opinion will be a great milestone to achieve in the near future, as in, securing our very first NSSN customer.

Being Agile was mentioned a number of times, we are nimble on our feet, can adjust to deliver first class service to current and future
customers, other companies aren't so accommodating, as stated, that is a huge advantage for us, Sean also rammed home the point a
couple of times, why we aren't a chip company, make a mistake or two, good luck changing on a dime, the IP revenue stream is certainly
a lot longer to achieve, but in the end the most rewarding financially, as in above 90% profit margin.

Finally, some of the questions were great, some not so, and Sean was very diplomatic replying to a few.

The culture at Brainchip hasn't always been first class, in the early years, despite the best efforts by both Peter and Anil, but in saying that,
when Peter took over from Lou things turned for the better in my opinion, the company listened and tightened their belts and really ramped
up the self-discipline and code of ethics, with more accountability, tighter budgets and fantastic morals and integrity.

Now we have gathered the most powerful team of intellectuals specializing in Spiking Neural Computing than any other company, in
the commercial sense...name a competitor, even Sean was reluctant to name even one.

God Bless, have a pleasant afternoon/evening.

Tech (Karikari Peninsula, NZ) ........... AKIDA

 

[Bravo]

https://www.fierceelectronics.com/electronics/intel-pushes-grand-plan-rule-edge-both-network-and-compute-mwc

Intel pushes grand plan to rule the edge, both network and compute, at MWC​

By Matt HamblenFeb 26, 2024 3:18pm
Inteledge AIMWC 2024Generative AI
Intel is trying to rule the edge computing and networking environment with new software and silicon announced Monday at MWC and is positioning these new products as integral to its AI Everywhere strategy outlined last fall.
At the same time, Intel sees itself as the tech provider best prepared to handle AI inferencing, almost as if AI training will become routine, even passe, in coming years. Nvidia has wracked up record revenues by becoming the master of AI training (alongside inferencing) routines with its advanced GPUs used practically everywhere, but Intel’s line of reasoning is that its CPUs are best suited for the inferencing work where the real AI action is and will be.


Intel CEO Pat Gelsinger made this overarching appeal last October and the company has been steadily reinforcing the strategy. On Monday, Intel’s Pallavi Mahajan spoke to Fierce Electronics via phone to carry forward a similar message. She’s the vice president and general manager of Intel’s network and edge business, but the Intel strategy around AI Everywhere surely reaches beyond networking, and even beyond what CIOs might define as the edge. Edge environments become more complex with security and privacy demands.


“AI is a pervasive workload,” she said. “When we think of AI and OpenAI, where we’re training big models,…those models will soon get standardized and commoditized. More of the computing will be with inferencing with CPU affinity, where Intel is leading. The use case starts on my laptop, and in stores with self-checkout. Intel is very focused on AI Everywhere, not just training big models, but how to make inferencing happen every day. I feel very bullish about how we’re doing it.”
At MWC, Intel on Monday announced a future Xeon processor with AI acceleration, code-named Granite Rapids-D for 5G vRAN and also previewed its next-gen Xeon for 5G core, code-named Sierra Forest. The third announcement was Intel Edge Platform, software to help enterprises build, deploy run and manage edge and AI systems on standard hardware. The company said it will also announce a new Intel vPro platform on Tuesday to extending AI PC capabilities to commercial designs.
Sierra Forest will launch later this year to offer 2.7x performance per rack improvement. Intel said BT Group, Dell, Ericsson, HPE, KDDI Lenovo and SK Telecom have shown interest in the platform. Granite Rapids-D is planned to launch in 2025, following the launch of Granite Rapids server CPUs in 2025. But Granite Rapids-D is sampling and Samsung has demonstrated a first call at the R&D lab, while Ericsson has demonstrated it at a joint lab with Intel in Santa Clara. Intel is also working with Dell, HPE, Lenovo, Mavenir, Red Hat and Wind River on the product, Intel said in a release.

An Intel vRAN AI development kit is also going out to some Intel partners such as AT&T, Deutsche Telekom, SK Telecom and Vodafone to show what AI can bring to RAN.

Mahajan said Intel has been working with 90,000 edge customers globally for the past decade, selling more than 200 million processors at the edge.

“Every enterprise knows edge is growing, and it’s very heterogeneous, with different generations of hardware and software,” she said. “It’s a problem of scale. If you are a quick serve restaurant, every store today you have needs a node.” With a modern software-defined approach, preferably Intel’s approach, every time a restaurant needs a security patch, it won’t have to send someone to the restaurant to do the patch, she said.
Already on the first full day of MWC, she said she had met with customers who want to run AI on their existing devices at the edge, which is where Intel Edge Platform software makes a difference. “It brings in a single data class for management of your infrastructure, which means its simple to build apps in a local development application environment,” she said. OpenVino helps allow AI inferencing real time.
For a retail store, engineers want automated checkout to happen, but they might want to add other features where inventory management and traffic analysis of customer visits happens on the same server, she said.
One visitor to the Intel booth at MWC, she said, was the Ukraine military service which wanted help with creating a smart power grid that can be kept secure from power grid cyber attacks. Another visitor, a factory manager, was interested in using the edge platform to automate a factory to avoid cyberattacks.
She said Lenovo has been using current Intel silicon with the edge platform on highly ruggedized wall-mounted servers for a global fast-food chain. But it’s not just retail, she said. “We’re focused on every vertical and most of them have some common use cases.”
Intel named a number of Intel partners demonstrating at MWC: Aira Technologies, ADLINK, Corning, DeepSig, Ericsson, Federated Wireless, Haivision, Hitek Systems, Lanner, Mavenie, NEC, Nokia, Samsung, Senao Networks and Tiami Networks. On its website, Intel also included an explainer of its Edge Platform.