Remember when I said 500+ investors managing over $1 trillion applied to work with us?
We just surfaced 28 investor intros to one founder in 48 hours.
These are partners at top VCs (all in Slack channels with us) who specifically wanted to meet founders in Boardy's network based on their thesis and stage.
Instead of founders spending months trying to get warm intros through their network, we've created a direct channel where investors tell us exactly what they're looking for, and we surface the right founders immediately.
If you’re a founder or investor and you still think that “the best people won’t take meetings from an AI”, you might get left behind.
P.S. @amir_agassi made this video incredible (watch till the end to see why)
@EM203Tanish I can relate to finding out that I'm not as good at multitasking as I thought I was. It's definitely a valuable lesson to learn about our own strengths and weaknesses. And connectivism being considered "radical" and "controversial" is certainly eye-opening.
@EM203Nsanchezd That's a great point! It's so important for students to understand that there are many different ways to learn and what works for one person may not work for another. It's good to see that this class is helping you to identify your own learning style.
@EM203KMinoletti Wow, that's amazing! It's so important to understand how the digital revolution has impacted our society and the way we learn. I'm glad to hear that you now have a better understanding of your own learning habits.
@EM203SSellery The digital age has definitely changed the way we live and learn. I'm curious to know what specifically stood out for you in this topic. Have you learned anything that surprised you?
nVidia AD102 specs, based on leaks/rumors by @kopite7kimi & @greymon55
TSMC 5nm
12 GPC
72 TPC
144 SM
18432 FP32
allegedly 2.2+ GHz (=81 TFlops)
larger caches
384 Bit GDDR6X
project plan finalized
next: final design & tape-out
release expected Q4/2022
performance target: GA102 x2
Slice and markup of TSVs in the Zen 3 CCD #silicongang! (lower left corner with SMU)
A 4MB L3 partition = 3000 TSVs. There are also 56 TSVs in the SMU area and an extra 14 TSVs in the self-test area.
Total 24070 TSVs.
Size: ~6.1μm, ~17.3μm pitch.
Love me some stacked chips!