perceptron
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I fail to read the words "sale" on page 14.
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Akida Pico Webinar
Join us on February 24th at 8:00 AM PST for an exclusive deep dive into the latest breakthrough in neuromorphic computing. BrainChip Solutions Architects Kurt Manninen and Ritik Shrivastava will introduce Akida Pico, our latest ultra-low power NPU core designed for the next generation of...
brainchip.com
smoothsailing18
Regular
#adas #roadsafety #eventbasedvision #automotivetech #smartmobility | PROPHESEE
We’re pleased to share that Terranet has integrated Prophesee’s event-based vision technology into its BlincVision MVP, designed to make urban traffic safer 🚗 BlincVision combines Terranet’s laser-scanning technology and an AI model with Prophesee’s Metavision® sensors to support earlier...www.linkedin.com
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We’re pleased to share that Terranet has integrated Prophesee’s event-based vision technology into its BlincVision MVP, designed to make urban traffic safer BlincVision combines Terranet’s laser-scanning technology and an AI model with Prophesee’s Metavision® sensors to support earlier detection of potential hazards, particularly in complex city environments where situations can change within milliseconds.This first fully integrated MVP, built on production-proven hardware and software, is now moving toward advanced on-vehicle testing.As Lars Lindell, CEO of Terranet, commented:“Prophesee’s technology is a critical enabler of the ultra-low-latency perception capabilities that make BlincVision unique. Together, we are accelerating the future of safer mobility in cities around the world.” Read the full announcement here: https://lnkd.in/eu_PxN63Terranet AB (Nasdaq TERRNT B)#ADAS#RoadSafety#EventBasedVision#AutomotiveTech
I was watching them realized im getting more excitement from watching my grass grow"Watch us now!".......................................
.......................................................️
TheDrooben
Pretty Pretty Pretty Pretty Good
Thanks to @cosors, I retrieved this from the Talga rabbit hole:
AbraWorks thoughts on "Where to from here ..."
https://www.linkedin.com/feed/update/urn:li:activity:7421519781469515778/
The era of the chatbot has peaked. While the world is mesmerized by AI that can speak, the real revolution is happening in AI that can perceive.The next giant leap in value won’t come from a better text predictor, but from Artificial Situational Awareness (ASA).
**The 4D Reality Gap**
Most current AI models live in a digital vacuum. They understand logic and language, but they are "blind" to the physical constraints of our reality. They don't understand that an object has mass, that time moves in one direction, or how spatial relationships change intent.
Artificial Situational Awareness changes that. It is the ability for an algorithm to understand the world in terms of time and space exactly as a human does.
Why This Changes Everything!
When AI can orient itself in a 4D environment, the "value add" shifts from administrative tasks to physical-world mastery:
- Beyond Detection to Intent: It’s not just "seeing" a drone or a vehicle; it’s understanding its trajectory, its speed, and its likely destination based on the terrain.
- True Autonomy: Moving from robots that follow pre-programmed paths to systems that can navigate complex, changing environments (like a busy construction site or a disaster zone) with human-like intuition.
- Predictive Reality: AI that can "look ahead" in time to identify a safety hazard or a tactical threat before it manifests, simply by understanding the physics of the scene.
From "Speaking" to "Experiencing"
We are moving away from AI as an encyclopedia and toward AI as an observer.
This shift will unlock the next generation of robotics, defense systems, and industrial automation.
The most valuable AI of 2026 won't be the one that writes the best email; it will be the one that understands exactly what is happening in the room, the street, or the airspace around it.
To my network of AI architects and robotics pioneers: Are we spending too much time on "Large Language Models" and not enough on "Large World Models"? How does spatial awareness change your roadmap?
Akida's affinity for DVS and microDoppler radar combined with TENNs temporal capability mean it is perfectly adapted to fulfill a role in Artificial Situational Awareness.
From Oct'25. Been posted and seen by most. Re: 1500 tape out, Gen2 and licenses, chip orders, and more.
Just a reminder,
Regards the 1500 chip tape out and Gen 2.: Says expect 1500 chip orders and licenses on Gen 2 - down the track with extensive evaluations with certain customers right now.
Not sure whether the GEN 2 evaluations is new clients or existing clients that are in late stage with AKIDA1000 upgrading to Gen2/TENNs. Conversion should be pretty quick,
My opinion. I think its likely mostly late stage AKIDA1000 conversions to GEN2/TENNs which explains Seans " So, look for some licenses on that as well". What do other posters think?
My bold below.
We're confident that you'll see some
8:50
revenue from some chip orders from the
8:53
announcement we just made. Of course,
8:54
delivery of that chip is an important
8:55
milestone, but look for orders on those
8:57
chips during that period of time. And of
9:00
course, our Aikita 2 offering, which we
9:01
announced um several months back, we're
9:04
out there in market. We were down the
9:06
track with extensive evaluations with
9:09
certain customers right now. So, look
9:11
for some licenses on that as well.
8:18
foremost. So we are working on another
8:21
generation of Aikita uh which we call
8:23
our nextg uh um offering and we'll be
8:26
supporting LLMs on the edge in a very
8:28
exciting configuration with with
8:30
worldclass breakthrough performance. So
8:32
that that will be formally released in
8:34
the next 12 months.
Just a reminder,
Regards the 1500 chip tape out and Gen 2.: Says expect 1500 chip orders and licenses on Gen 2 - down the track with extensive evaluations with certain customers right now.
Not sure whether the GEN 2 evaluations is new clients or existing clients that are in late stage with AKIDA1000 upgrading to Gen2/TENNs. Conversion should be pretty quick,
My opinion. I think its likely mostly late stage AKIDA1000 conversions to GEN2/TENNs which explains Seans " So, look for some licenses on that as well". What do other posters think?
My bold below.
We're confident that you'll see some
8:50
revenue from some chip orders from the
8:53
announcement we just made. Of course,
8:54
delivery of that chip is an important
8:55
milestone, but look for orders on those
8:57
chips during that period of time. And of
9:00
course, our Aikita 2 offering, which we
9:01
announced um several months back, we're
9:04
out there in market. We were down the
9:06
track with extensive evaluations with
9:09
certain customers right now. So, look
9:11
for some licenses on that as well.
8:18
foremost. So we are working on another
8:21
generation of Aikita uh which we call
8:23
our nextg uh um offering and we'll be
8:26
supporting LLMs on the edge in a very
8:28
exciting configuration with with
8:30
worldclass breakthrough performance. So
8:32
that that will be formally released in
8:34
the next 12 months.
Jacob Kiraz
Regular
Is it Watch us Now or Watch us Soon
Bravo
Meow Meow 🐾
Bravo
Meow Meow 🐾
After the tenth time of you having raised this topic, I have come to the conclusion that it might help all of us if you tried to use some of your own perceptrons and actually tell us what you think is going on.
Are you saying $2.94 is fantasy? Are you implying gross margins are imaginary? Or, are you hinting that fixed costs are being quietly smuggled in via that gold-coloured man-bag Sean took to CES 2025?
Because we’re all far too busy looking under every gum leaf for the revenue (still missing by the way, having possibly been ingested by a blue-tongue lizard), to try to decode the deeper metaphysical meaning of your semiconductor cost philosophy.
If you think the economics don’t stack up, then please feel free to help us out a bit and say it a little more plainly.
After all we’re mere investors, not archaeologists (although at this stage we may as well be, since we’ve dug up more dirt looking for what we’re supposedly “watching out for” than a backhoe doing an earth-moving demo at the Agriculture Expo which Smoothy and Harry Cool are going to be attending in March).
Moonless night. Plod sees intoxicated gent searching ground under streetlight.
"What are you doing?"
"Looking for my cane."
"Where did you lose it?"
"Over there."
"Why are you looking for it here?"
"The lights better."
perceptron
Regular
As previously mentioned (and still no discussion about this), you may gain a deeper understanding by researching the following statement; "What are the variable costs in producing silicon chips and are there any other costs associated with manufacturing silicon chips". It may surprise you and others of the many costs that are incurred.
E1 Processor | System-on-Chip | Efficient Computer
The Electron E1 system‑on‑chip redefines energy‑efficient computing—offering ultra‑low‑power, programmable general‑purpose performance via its Fabric dataflow architecture.
www.efficient.computer
Congratulations to Efficient Computer on securing $60M in Series A funding led by Triatomic Capital. Efficient is solving one of the biggest bottlenecks in modern tech: the "energy tax" of… | Toyota Ventures
Congratulations to Efficient Computer on securing $60M in Series A funding led by Triatomic Capital. Efficient is solving one of the biggest bottlenecks in modern tech: the "energy tax" of traditional processors. Their architecture is designed to be 100x more energy-efficient than existing...
HopalongPetrovski
I'm Spartacus!
Hi Perceptron.
Can you just simply restate the nub of your argument or the point you are trying to get across please?
It seems to be quite important to you to get us to understand and having not paid much attention to this point I am now curious.
Are you saying that based on available information we can or cannot ascertain the likely cost of BrainChip's various Akida products?
Or is your point something other?
Sorry, am bit confused but a genuine enquiry.
smoothsailing18
Regular
E1 Processor | System-on-Chip | Efficient Computer
The Electron E1 system‑on‑chip redefines energy‑efficient computing—offering ultra‑low‑power, programmable general‑purpose performance via its Fabric dataflow architecture.
View attachment 95226 View attachment 95227
Congratulations to Efficient Computer on securing $60M in Series A funding led by Triatomic Capital. Efficient is solving one of the biggest bottlenecks in modern tech: the "energy tax" of… | Toyota Ventures
Congratulations to Efficient Computer on securing $60M in Series A funding led by Triatomic Capital. Efficient is solving one of the biggest bottlenecks in modern tech: the "energy tax" of traditional processors. Their architecture is designed to be 100x more energy-efficient than existing...
Beyond Recogni, the neuromorphic field is populated by several major players that Toyota monitors as part of its "discovery" mission. These include Intel (with its Loihi chip), BrainChip (Akida processor), and Samsung.[4] [8] Toyota Ventures operates out of two primary funds: the Frontier Fund, which targets deep tech like neuromorphic compute, and the Climate Fund, which focuses on sustainability.[1] [5] By investing in these next-generation algorithms, Toyota aims to move beyond current generative AI toward "seeing, doing, and imagining" rungs of artificial intelligence
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Bravo
Meow Meow 🐾
perceptron
Regular
We are referring to page 14, Path to Commercialisation - ADK1500 product, of the Capital Raise Presentation, November 2025.
perceptron
Regular
Convince me what the "Price/chip (volume dependent)" is in reference to.
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