Also, did I catch it right? One of those plates is 15kW of power? That's some crazy heat dissipation!
[1] https://electrek.co/2021/05/03/how-tesla-pivoted-avoid-globa....
The whole presentation (not just dojo) felt like the kind of presentation you give internally to a VP when you haven't been making much progress. Flood them with challenges and implementation detail decisions they can't follow and don't talk about results.
That hurts me a bit, because I feel like I've done that sometimes. But that's what makes it easy for me to pick up on, when other people do that sort of stuff.
Good presentations are more direct. Ex: Here's our ResNet-50 benchmark numbers. Or at very least, "We didn't run ResNet50, because we don't think its realistic. Instead, we ran this other benchmark along with NVidia A100 GPUs and are proving that our system is faster "
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You need to prove your system has a benchmark score worth considering before diving into architectural details... at least if you're trying to attract engineering talent to your project.
Where do these chips get made? TSMC?
I would love to know how their new chip compares with the FSD chip in terms of power usage per teraflop.
Also, it seems that what they call "vector space" is really a 2d plane, so how do they deal with 3d scenarios such as parking garages and complex overpasses. They are rare, but they do exist.
The news will of course be all about the humanoid robot and the somewhat silly dancer, giving ammo to the detractors...