BRN Discussion Ongoing

Leevon

Member
Leevon, I do believe I'm being beknownced along with you, and quite a few others IMHO.

So many possibilities, the intrigue, Oh, the joy, that is being offered here, is astounding, even in my diminishing thought processes and spiking moments, that still occur from time to time.

The future, is developing isn't it ?

Akida Ballista >>>>> Here's to the FUTURE ;)🦆🦆🦆🦆🦆🦆 😉 <<<<<


hotty...
Definitely a changing world Hotty. I remember Peter VDM stressing 2-3 years back that BRN was 'beneficial AI'. With such secrecy and so many NDAs associated with it, we know it's been for a reason. Imagine being so integral in building a new and better world to benefit humanity! 👏👏
 
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That's an odd demonstration, if done off the cuff..

Was always very slow to respond..

Why did it grab the apple with one hand and then pass to the other, before handing it to him?

Why did it hold the plastic crate, while it put the rubbish in?

Why did it stutter, when it said it thought it had done well?

Why did it say the apple had "found" a new owner?

All just a bit odd..
But when Musk's Optimus sctually speaks, I bet it's going to say a lot more goofy stuff..
 
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IloveLamp

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1000014188.jpg
 
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7für7

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This told me a friend he is working close in this segment


In space, satellite processors are typically cooled passively or actively, depending on the specific requirements of the mission and the system. Although space is generally very cold, heat dissipation for electronics can be a challenge for the following reasons:
1. Internal Heat Generation: Electronics in satellites generate heat due to the flow of current through the circuits and the processing of data. This internal heat needs to be dissipated to prevent overheating of the electronic components.
2.Irregular Heat Distribution: Solar radiation in space can lead to irregular heat distribution on the surface of the satellite, which can cause local overheating issues.
3.Cold Insulation: Although space is generally cold, there is no air exchange in Earth's orbit, which means that heat is not dissipated naturally. Instead, heat must be dissipated through radiation or conduction.
To address these challenges, satellite processors are cooled using special cooling techniques, such as:
  • Passive Cooling: This can be achieved by using thermal radiation panels that dissipate heat through radiation into space.
  • Active Cooling: This often involves the use of heat sinks or coolant that removes heat from the processors and then dissipates it through radiation or heat transfer to the environment.
These cooling techniques ensure that the processors remain within their operating temperature limits and that the satellite functions properly even under extreme temperature conditions.
 
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White Horse

Regular
1710472425271.jpeg
 
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Boab

I wish I could paint like Vincent
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7für7

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N
Oh wow, great find WH.

One thing that stands out here for me, is in the major industry players the size of these companies as compared to Brainchip.
No one should say later, “if I knew it, I would invest earlier into brainchip” 🤷🏻‍♂️
 
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Boab

I wish I could paint like Vincent
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McHale

Regular
Here's a question, probably for Diogenes (unless this is so obvious and I'm missing something soooo simple.)
Why is cooling an issue in space when for the most part it's close to absolute zero?
Try weight, size, one or few shot learning and there's that thing of low power consumption.
 
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davidfitz

Regular

Leaked docs hint Google may use SiFive RISC-V cores in next-gen TPUs​


 
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40:25 mark
Iceberg detection🧊🛳
It's just the tip of the iceberg but this it is growing.
Add another above the water line.😀
 
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Rach2512

Regular
Who was that!
 

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IloveLamp

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GazDix

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Thanks @White Horse

Here's the Major Industry Players by market cap.

The numbers aren't spot on but are good enough to provide some perspective.

View attachment 59106
Nice table,

Shows the bigger picture. What is remarkable is that the MC of Apple, Microsoft and Nvidia alone is larger than the GDP of most countries. Canada's GDP is just under $2 trillion.

I also find it ridiculous that the estimated TAM of 'neuromorphic computing' in many reports is only $20 billion by 2030. I have no idea how they come up with that. I think it will be multiples more. For perspective, Cardano, Dogecoin and XRP which can arguably be described as dogshit cryptos have an MC more than that now.

My moon maths: multiple royalty revenue steams from tons of different sources that utilises BRN's IP that is produced with very little costs of production, I would expect Brainchip to get half of that in our peak year (profit of $10 billion) hopefully later this decade (NVIDIA has already generated $30 billion profit so far this year).

$20 billion...nahhhh.
 
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