BRN Discussion Ongoing

[Mannic]

Hi Everyone

Just in regards to shorters, I'm trying to understand the way they work.

My understanding, which I could be completely wrong so please correct me.

They borrow a heap of shares, do they sit on them and then decide when is a good time for them to sell them, they then sell a massive amount so as to spook the market, triggering stop losses, thus this reduces the SP all the more and then when they think they've hit rock bottom they quickly buy back in so they can then return the borrowed shares? If this is the case then can we expect some frantic buying from them over the next couple of days/weeks, which should recover the SP?

Also thinking about the SP, I've been in since my baby girl was born, she's now 10, I see there are a lot of people here who are not happy about the SP and it seems that this is their only focus. I'm curious say if the SP had shot up to $1, would you sell or hold knowing what the potential is for BRN, I know I wouldn't sell, if you would still hold how is that any different to holding now. I appreciate some may need the money now which if that is the case I feel for you. I think people were expecting to see revenue towards the end of last year but the plan changed from a Chip supplier to selling IP which meant changes had to be made which took time to implement. I think that we could all agree that this will be far more beneficial for BRN in the long run.


Happy to be corrected, I don't often contribute here so please don't shoot me!

Thank you to all the great posts and finds, they are very much appreciated.


Also sorry if a similar question has already been asked about shorters.

The short definition of Shorters=W@#€ers!!

 

[Falling Knife]

While companies may still choose to remain tight-lipped through NDAs in order to retain a competitive advantage in the present, I do think that the day will come when BrainChip's technology will become a lot more mainstream and companies will start to advertise its use in order to attract consumers. I like to call that the "Intel Inside" effect.

And why one of our happy customers did this so early.
I.e. before full implementation Jan 3rd 2022.

They have seen it, tested it implemented in operating systems and it blew them away, They wanted to be the first to profess their association with this new Ubiqitous technology. They know how far it will be adopted and can say they saw it first.
Follow the leader is a good strategy for going places.
Mercedes is the leadrer in the automotive industry and Brainchip is the leader in ultimate edge AI industry.

 

[Steve10]

I was cheeky & asked Prophesee which neuromorphic processor their metavision sensor will be paired with in Qualcomm's Snapdragon 8 Gen 2, however, as expected they didn't reply. I specifically asked if it's Akida or another processor. Nothing, all quiet & not even a thanks for my enquiry.

 

[JDelekto]

And why one of our happy customers did this so early.
I.e. before full implementation Jan 3rd 2022.

View attachment 29887

They have seen it, tested it implemented in operating systems and it blew them away, They wanted to be the first to profess their association with this new Ubiqitous technology. They know how far it will be adopted and can say they saw it first.
Follow the leader is a good strategy for going places.
Mercedes is the leadrer in the automotive industry and Brainchip is the leader in ultimate edge AI industry.

Don't forget NVISO and the benchmarks that they published recently compared to other competitors. The processing performance at lower clock speeds and lower memory requirements compared to the Jetson Nano and Tegra GPU are valuable selling points for them if they want to get attention from their potential customers.

You cannot buy better advertising than that!

 

[Deadpool]

I was cheeky & asked Prophesee which neuromorphic processor their metavision sensor will be paired with in Qualcomm's Snapdragon 8 Gen 2, however, as expected they didn't reply. I specifically asked if it's Akida or another processor. Nothing, all quiet & not even a thanks for my enquiry.

Onya Steve, always appreciate your contribution.

 

[Diogenese]

I don't think it's just Oculi that were interested in seeing Akida performing on GlobalFoundries' 22FDX platform. It's a popular platform for efficient industrial and consumer applications and has had several years to mature and gain adoption by the industry.

I think this latest tape-out of AKD1500 and the choice to create the next batch of reference chips using the GlobalFoundries tech is likely the linchpin that will get signed IP contracts with some unnamed customers.

What I am hoping for at this point is that said customers have been working on prototypes of whatever products they are choosing to bring to market, and refactoring time from prototype to consumer good will be dramatically shortened, pending the successful testing of this generation of Akida.

While companies may still choose to remain tight-lipped through NDAs in order to retain a competitive advantage in the present, I do think that the day will come when BrainChip's technology will become a lot more mainstream and companies will start to advertise its use in order to attract consumers. I like to call that the "Intel Inside" effect.

The thing about FD-SoI is that it is more power efficient than standard CMOS because the insulation base isolates the active transistors from potential leakage paths through the silicon base.

We already know that Akida is highly efficient and can run on a small battery for a long time. So adding extra battery life by eliminating leakage currents suggests a need for a very long time between battery changes. This in turn suggests remote or inaccessible applications.

As someone pointed out oculi are using GF55Lpx, where 55 refers to nm. In addition this is not the same as FD-SoI.

https://www.newelectronics.co.uk/content/news/oculi-forms-strategic-partnership-with-globalfoundries

The OCULI SPU S12 is the first of 3 product lines that Oculi says will disrupt and set a new standard in vision technology. It is based on GF’s 55LPx which is a feature-rich platform that supports Radio Frequency (RF), ultra-low power (ULP), embedded non-volatile memory (eNVM) and high voltage BCDLite options, making the platform a solution for System on Chip (SoC) integration to enable more functionality, less energy consumption and smaller form factor electronic applications.


https://gf.com/markets/home-industrial-iot/industrial-iot/

Industrial MCUs using 55LPX and 40LP with eNVM and 28SLP-ESF3​

GlobalFoundries® (GF®) 55LPX and 40LP with eNVM and 28SLP-ESF3, built on bulk CMOS platforms, are optimized for range of power-performance and cost-sensitive MCU applications, including automotive, baseband SoCs, mobile multimedia, digital TVs/STBs, IoT and industrial. The solutions enable designers to leverage logic, analog, RF, ULP SRAM/logic combinations, high-K metal gate technology and high reliability, along with on-board memory (eNVM) for faster wakeup times, reduced system cost and improved security:

• 55LPx features high reliability (automotive-grade IP) and high-density, low-power SRAM
• GF’s 40LP is the only 40 nm automotive grade 0 offering in the industry
• 28SLP is optimized for power, performance and die cost, when flexible mixed-technology options for RF and ultra-low power are required
• ESF3 eFlash adds robust quality and reliability, offering zero failure rates in harsh temperature conditions

High voltage? No problem.
55LPx solutions are excellent fits for analog and power devices operating at 30 V and beyond; it is optimized for integrated analog, power and mixed-signal applications such as PMICs for mobile devices, audio amplifiers and applications requiring dense digital, analog and power elements.

Clearly, oculi will need to work with a NN and Anil has said BrainChip is working with oculi, and Akida is probably the best match, but the fact that oculi are working with GF at LPx55nm does not establish the connexion with Akida FD-SoI at 22 nm . Further more, they are built on different wafers so could not be a single SoC. FD-SoI has a layer of insulation on the silicon wafer and the transistors are built on top of the insulation.

That is not to say that oculi and BrainChip will not collaborate with GF in a future project.

 

[Evermont]

Interesting chart from Market Ear. Maybe BrainChip will follow one day.

Cheers to the longs.

 

[JDelekto]

The thing about FD-SoI is that it is more power efficient than standard CMOS because the insulation base isolates the active transistors from potential leakage paths through the silicon base.

We already know that Akida is highly efficient and can run on a small battery for a long time. So adding extra battery life by eliminating leakage currents suggests a need for a very long time between battery changes. This in turn suggests remote or inaccessible applications.

As someone pointed out oculi are using GF55Lpx, where 55 refers to nm. In addition this is not the same as FD-SoI.

https://www.newelectronics.co.uk/content/news/oculi-forms-strategic-partnership-with-globalfoundries

The OCULI SPU S12 is the first of 3 product lines that Oculi says will disrupt and set a new standard in vision technology. It is based on GF’s 55LPx which is a feature-rich platform that supports Radio Frequency (RF), ultra-low power (ULP), embedded non-volatile memory (eNVM) and high voltage BCDLite options, making the platform a solution for System on Chip (SoC) integration to enable more functionality, less energy consumption and smaller form factor electronic applications.


https://gf.com/markets/home-industrial-iot/industrial-iot/

Industrial MCUs using 55LPX and 40LP with eNVM and 28SLP-ESF3​

GlobalFoundries® (GF®) 55LPX and 40LP with eNVM and 28SLP-ESF3, built on bulk CMOS platforms, are optimized for range of power-performance and cost-sensitive MCU applications, including automotive, baseband SoCs, mobile multimedia, digital TVs/STBs, IoT and industrial. The solutions enable designers to leverage logic, analog, RF, ULP SRAM/logic combinations, high-K metal gate technology and high reliability, along with on-board memory (eNVM) for faster wakeup times, reduced system cost and improved security:

• 55LPx features high reliability (automotive-grade IP) and high-density, low-power SRAM
• GF’s 40LP is the only 40 nm automotive grade 0 offering in the industry
• 28SLP is optimized for power, performance and die cost, when flexible mixed-technology options for RF and ultra-low power are required
• ESF3 eFlash adds robust quality and reliability, offering zero failure rates in harsh temperature conditions

High voltage? No problem.
55LPx solutions are excellent fits for analog and power devices operating at 30 V and beyond; it is optimized for integrated analog, power and mixed-signal applications such as PMICs for mobile devices, audio amplifiers and applications requiring dense digital, analog and power elements.

Clearly, oculi will need to work with a NN and Anil has said BrainChip is working with oculi, and Akida is probably the best match, but the fact that oculi are working with GF at LPx55nm does not establish the connexion with Akida FD-SoI at 22 nm . Further more, they are built on different wafers so could not be a single SoC. FD-SoI has a layer of insulation on the silicon wafer and the transistors are built on top of the insulation.

That is not to say that oculi and BrainChip will not collaborate with GF in a future project.

Good research. I agree that there does not seem to be a direct tie with Oculi as one of the customers potentially waiting on the 22FDX platform.

That being said, I wonder if there has been any news or announcements within the past year or so of any other companies moving to that platform that is also considering adding AI functionality to their products.

 

[Sirod69]

VVDN Technologies
6 Std.

VVDN Technologies strikes back-to-back manufacturing expansions to meet increased global business.

VVDN Technologies, a global provider of engineering, manufacturing, and digital services and solutions, is constantly adding to the infrastructure and expanding its manufacturing footprint, with a focus on vertical integration and design-led manufacturing, to better serve global customers and their local demands. We've 7 state-of-the-art manufacturing facilities that successfully manufacture world-class products for global markets.

With the mission of becoming the best product design and manufacturing company, we intend to expand our customer base to include customers from North America, Europe, and Asia-Pacific.

Click below to read the complete report.

#vvdntech #wemakeithappen #globalexpansion #manufacturing #engineering #productengineering #5g #iot #vision #networking #wireless #cloud #cloudengineering #expansion #growth #makeinindia

VVDN’s wide product portfolio includes vision products including AI Cameras, Surveillance cameras, Automotive Vision Systems, ADAS, Automotive Clusters/Infotainment, 5G radio units, 4G/5G Antennas, Wi-Fi 6/6E and Wi-Fi 7-based access points, Backhaul Radios, ONT, Switches, Hearables & Wearables, HPC/Telecom Servers, Laptops, Tablets, EV Chargers, Infotainment Systems, etc.

VVDN Strikes Back-to-Back Manufacturing Expansions to Meet Increased Global Business

Gurugram, 17 February 2023: VVDN Technologies, a global provider of Engineering, Manufacturing, and Digital services and solutions, has been continuously expanding its manufacturing footprint with a lot of emphasis on vertical ...

www.vvdntech.com

 

[Fullmoonfever]

The thing about FD-SoI is that it is more power efficient than standard CMOS because the insulation base isolates the active transistors from potential leakage paths through the silicon base.

We already know that Akida is highly efficient and can run on a small battery for a long time. So adding extra battery life by eliminating leakage currents suggests a need for a very long time between battery changes. This in turn suggests remote or inaccessible applications.

As someone pointed out oculi are using GF55Lpx, where 55 refers to nm. In addition this is not the same as FD-SoI.

https://www.newelectronics.co.uk/content/news/oculi-forms-strategic-partnership-with-globalfoundries

The OCULI SPU S12 is the first of 3 product lines that Oculi says will disrupt and set a new standard in vision technology. It is based on GF’s 55LPx which is a feature-rich platform that supports Radio Frequency (RF), ultra-low power (ULP), embedded non-volatile memory (eNVM) and high voltage BCDLite options, making the platform a solution for System on Chip (SoC) integration to enable more functionality, less energy consumption and smaller form factor electronic applications.


https://gf.com/markets/home-industrial-iot/industrial-iot/

Industrial MCUs using 55LPX and 40LP with eNVM and 28SLP-ESF3​

GlobalFoundries® (GF®) 55LPX and 40LP with eNVM and 28SLP-ESF3, built on bulk CMOS platforms, are optimized for range of power-performance and cost-sensitive MCU applications, including automotive, baseband SoCs, mobile multimedia, digital TVs/STBs, IoT and industrial. The solutions enable designers to leverage logic, analog, RF, ULP SRAM/logic combinations, high-K metal gate technology and high reliability, along with on-board memory (eNVM) for faster wakeup times, reduced system cost and improved security:

• 55LPx features high reliability (automotive-grade IP) and high-density, low-power SRAM
• GF’s 40LP is the only 40 nm automotive grade 0 offering in the industry
• 28SLP is optimized for power, performance and die cost, when flexible mixed-technology options for RF and ultra-low power are required
• ESF3 eFlash adds robust quality and reliability, offering zero failure rates in harsh temperature conditions

High voltage? No problem.
55LPx solutions are excellent fits for analog and power devices operating at 30 V and beyond; it is optimized for integrated analog, power and mixed-signal applications such as PMICs for mobile devices, audio amplifiers and applications requiring dense digital, analog and power elements.

Clearly, oculi will need to work with a NN and Anil has said BrainChip is working with oculi, and Akida is probably the best match, but the fact that oculi are working with GF at LPx55nm does not establish the connexion with Akida FD-SoI at 22 nm . Further more, they are built on different wafers so could not be a single SoC. FD-SoI has a layer of insulation on the silicon wafer and the transistors are built on top of the insulation.

That is not to say that oculi and BrainChip will not collaborate with GF in a future project.

Interesting you raise good points on remote and inaccessible, abeit in reference to power.

The stateless ability of Akida in not having to use the cloud / net also lends itself to remote and inaccessible.

This is obviously important as we know and reading your post made me think of an interview with Rob and the guys from Gestalt IT from early 2022 which I actually just revisited about 2 nights ago so was fresh in my mind.

iV below and about the 22 min mark Rob answers a question re medical and is quite passionate from a personal and company focus on remote utilisation of products with Akida in them as beneficial AI.

Def a focus on that it appears, though quick to say...when those conversation occur.

 

[dippY22]

Greetings,

Lot's of good research and dot connecting the past week (Prophesee, Oculi, ISL, etc....) after a brief period of some consternation, especially as it relates to the price drop recently which rattled everyone including me, but only briefly. Positivity is good for the soul and good for each other so I promote and encourage putting a positive spin on things, no matter what. Or, buy more shares when the price tumbles. That's opportunistic and making lemonade out of lemon type days.

I applaud everyone who is (are) being civil and patiently waiting for this slow cooker to finally "ding" and we can enjoy the fruits of our companies labor.

The "Good, Bad, and the Fugly..." as well as the "Company Frustration Venting" threads are well done since they are akin to mosh pits, and some of us just don't mosh anymore or are too old and tired to engage....period. But you youngsters have a good time, just don't hurt yourselves.

On a totally off topic and different matter vis a vis the Brainchip discussion, I took note of and was attracted to a Nasdaq equity this week that caught my eye because of a significant jump in its price. The company is Intuitive Machines, Inc (Symbol: LUNR). Intuitive + Machines + LUNR were words that were just too provocative to me to pass up. So I searched it, and was generally impressed. A niche company to be heavily involved in future space exploration.

My interest in the company was a combination of 1) is this something I may want to invest or buy stock in (?) and, of course ... 2) might they be a company who could benefit from Akida technology? On item two I was unable to connect any dots to Brainchip. However, what did catch my eye and I throw it out here for casual weekend reading is the method for how this small company listed on the Nasdaq.

I have little doubt that somehow, someday, Brainchip will list on the Nasdaq. But I have no idea how they might do it and / or when. Anyway, .......the following news release article explains generally how this company did it. It may be of interest to some of you because I found it interesting.

Thanks, and have a nice weekend. dippY

As always, DYOR

https://investors.intuitivemachines.com/news-releases/news-release-details/inflection-point-acquisition-corp-and-intuitive-machines-llc

 

[goodvibes]

Anil Mankar likes that from STMicroelectronics…who can explain the meaning?

Breaking news! Boost your embedded systems with our latest AI solution updates!
The NanoEdge AI Studio tool is now FREE to use on any STM32 development board! And there is more: we have just released .STM32Cube.AI v8.0, offering more features and optimizations for deploying high-performance AI/ML solutions on any STM32 MCU!

Get ready to take your AI design to the next level! https://bddy.me/3EeNarQ #edgeAI #STM32

STMicroelectronics on LinkedIn: #edgeai #stm32

🚨 Breaking news! 🚨 Boost your embedded systems with our latest AI solution updates! The NanoEdge AI Studio tool is now FREE to use on any STM32 development…

www.linkedin.com

 

[cosors]

Hello all. Yes back to watch all the various goings on happening here. And I have been having so much fun over at the Crapper silently annoying Shareman and Dean by modding as many of their posts as possible. They didn't even know I was around. blamed others! lol.
I wanted to Bait Shareman to confirm some info on his true identity which he obliged and I knew it would get me expelled, but it was worth seeing him panic first.
Its a dirty industry this Australian financial markets! absolutely corrupt. So glad I threw my licence at them some 20 yrs ago. Never regretted it.

Yak52

It's good to have you back Yak! Your view of things reassures me or knowing that your eyes are still with us.
___
here at TSE .)

 

[MadMayHam | 合氣道]

I stumbled across this new technology that the US Army is using in their Enhanced Night Vision Goggles - Binoculars (ENVG-B) while following some Ukrainian chats (guilty pleasure of mine). Essentially, it's a technology released in 2019 (pre-dates Akida chips) which enables the combatants to see in low-light conditions, and the newest enhancement by L3Harris includes some cool edge-detection capabilities which enhance the target acquisition time. Instead of the typical laser-green monochrome you'd expect to associate with night-vision goggles, the ENVG-B offers views that would fit right into a futuristic video game. Clear neon white outlines of people and artillery, detailed trees and brush, bright light blue figures, and tactical information are all displayed right in front of the soldier's eyes.

L3Harris ENVG-B

The ENVG-B is a helmet-mounted, dual-waveband goggle with industry-leading, fused white phosphor and thermal technologies.

engage.l3harris.com

It got me thinking on how much processing power is required just for the edge-detection function, and how this would be a perfect application for Akida. So I searched for Akida applications in edge detection and I found this document (Published: 11 December 2022) attached, "Implementation of the Canny Edge Detector Using a Spiking Neural Network" authored by Krishnamurthy V. Vemuru, whom some of you would recognise as a Brainchip employee.

As you can see from the images, the SNN Canny edge detector picks up more detail than the conventional Canny breed. If that can be combined with a DVS feed which picks up only changes in contrast that will elevate the edge detection capabilities.

In the interest of power, space and weight savings, not to mention detail, I'd be surprised if L3Harris isn't already experimenting with Akida.

 

[cosors]

f*k me theres literally gifs on everything lol

sorry ive been bored this week

ill put myself on a gif ban until the next company announcement which should be the half yearly.... hopefully it comes tomorrow haha.

View attachment 29796

 

[charles2]

Greetings,

Lot's of good research and dot connecting the past week (Prophesee, Oculi, ISL, etc....) after a brief period of some consternation, especially as it relates to the price drop recently which rattled everyone including me, but only briefly. Positivity is good for the soul and good for each other so I promote and encourage putting a positive spin on things, no matter what. Or, buy more shares when the price tumbles. That's opportunistic and making lemonade out of lemon type days.

I applaud everyone who is (are) being civil and patiently waiting for this slow cooker to finally "ding" and we can enjoy the fruits of our companies labor.

The "Good, Bad, and the Fugly..." as well as the "Company Frustration Venting" threads are well done since they are akin to mosh pits, and some of us just don't mosh anymore or are too old and tired to engage....period. But you youngsters have a good time, just don't hurt yourselves.

On a totally off topic and different matter vis a vis the Brainchip discussion, I took note of and was attracted to a Nasdaq equity this week that caught my eye because of a significant jump in its price. The company is Intuitive Machines, Inc (Symbol: LUNR). Intuitive + Machines + LUNR were words that were just too provocative to me to pass up. So I searched it, and was generally impressed. A niche company to be heavily involved in future space exploration.

My interest in the company was a combination of 1) is this something I may want to invest or buy stock in (?) and, of course ... 2) might they be a company who could benefit from Akida technology? On item two I was unable to connect any dots to Brainchip. However, what did catch my eye and I throw it out here for casual weekend reading is the method for how this small company listed on the Nasdaq.

I have little doubt that somehow, someday, Brainchip will list on the Nasdaq. But I have no idea how they might do it and / or when. Anyway, .......the following news release article explains generally how this company did it. It may be of interest to some of you because I found it interesting.

Thanks, and have a nice weekend. dippY

As always, DYOR

https://investors.intuitivemachines.com/news-releases/news-release-details/inflection-point-acquisition-corp-and-intuitive-machines-llc

You may be on to something. SPACs (special purpose acquisition companies) have fallen out favor from their heyday in more speculative times...eg 18 months ago. With semiconductors now in focus and seemingly rallying and of course AI entering mainstream this might be a brilliant avenue for BRN to pursue...

Right audience, right time. Yes brilliant.

Seems a marked improvement to raising money at 50 cents Australian.

Putting Brainchip's connections and prospects in a prospectus would attract major investment attention and

reduce shorts to rubble. OK, tears

Someone connected must pass this on to Brainchip management. Worth exploring.

In spades

 

[Sirod69]

Nandan Nayampally like it!

Douglas Fairbairn• 2.Director, Business Development at MegaChips Corporation
7 Min.
MegaChips, or Osaka Japan and Campbell CA, was the leading investor in this round with their $75m (USD) investment. We are strong believers in the role that WiFi HaLow can play in the future of Industrial IoT, Smart Cities, Surveilance and access control systems, the smart home and many other applications which can benefit from its unique combination of long range and high bandwidth. Unmatched by any other communications products.

Morse Micro secured $94.76m in Series B venture funding​

Morse Micro is an Australia-based semiconductor company. It’s the creator of the Wi-Fi HaLow chip, which is used in connected home automation devices. These connected devices are often part of the cityscape.

Not only do semiconductors underpin the electronics that we use in our everyday lives such as smartphones, but they are also critical for the data gathering processes that smart cities operate on.

That is why Morse Micro’s $94.76m Series B round has earned its place on the list of the biggest smart city deals in 2022.

Morse Micro said it intended to use the funds from the round to fund its expansion into Japan. Dealroom.com estimates that Morse Micro’s current valuation stands at $700m.

Investors backing the raise included Blackbird Ventures, SpringCapital Investment, Skip Capital and Uniseed, the Clean Energy Finance Corporation, CSIRO Financial Services, MegaChips Corporation .

Revealing the 10 biggest smart city funding deals of 2022

The 10 biggest smart city deals of 2022 shows that investors have not lost their appetite to inject cash into startups

www.verdict.co.uk

 

[Sirod69]

Nvidia and Intel team up on chips for metaverse workstations​

The need for accelerated computing power is growing exponentially due to the explosion of AI-augmented workflows, from traditional R&D and data science workloads to edge devices on factory floors or in security offices, to generative AI solutions for text conversations and text-to-image applications, the companies said.

Next-generation platform features​

With a breakthrough new compute architecture for faster individual CPU cores and new embedded multi-die interconnect bridge packaging, the Xeon W-3400 and Xeon W-2400 series of processors enable scalability for increased workload performance. Available with up to 56 cores in a single socket, the top-end Intel Xeon w9-3495X processor features a redesigned memory controller and larger L3 cache, delivering up to 28% more single-threaded and 120% more multi-threaded performance over the previous-generation Xeon W processors.

Based on the Nvidia Ada Lovelace GPU architecture, the latest Nvidia RTX 6000 brings power efficiency and performance to the new workstations. It features 142 third-generation RT Cores, 568 fourth-generation Tensor Cores and 18,176 latest-generation CUDA cores combined with 48GB of high-performance graphics memory to provide up to 2x ray-tracing, AI, graphics and compute performance over the previous generation.

And Nvidia’s ConnectX-6 Dx SmartNICs enable professionals to handle demanding, high-bandwidth 3D
rendering and computer-aided design tasks, as well as traditional office work with line-speed network
connectivity support based on two 25Gbps ports and GPUDirect technology for increasing GPU bandwidth by 10x over standard NICs. The high-speed, low-latency networking and streaming capabilities enable teams to move and ingest large datasets or to allow remote individuals to collaborate across applications for design and visualization.

The new workstations will be available in the coming months, and you can preorder from Boxx and HP starting today.

Redirecting

venturebeat-com.cdn.ampproject.org

 

[thelittleshort]

Another new role advertised - this one in India

Check out this job at BrainChip:
https://www.linkedin.com/jobs/view/2679662150