$mbly is criminally undervalued. It's $INTC division to take a pie out of physical AI TAM. Just like Intel when it was at $20 range, corrupted mms are beating the daylights out of it when it has multi-billions contracts with automotive companies.
@cool808surfer@elonmusk@JensenHuang Elon mentioned he's targeting millions of wafers. If he needs that much wafers then he needs all the space he can get. Doesn't matter what that fake space is. They wouldn't still be in talks if it's that simple.
Very bad for $INTC if @elonmusk hires @JensenHuang for Terafab.
Jensen is one of the biggest $TSM shills / Taiwan shills.
He will 100% convince @elonmusk to drop $INTC saying chips are too hard and just let TSMC handle everything.
@DonaldTrump@howardlutnick
There's only one way for @JensenHuang to atone for his sins.
1) Announce #NVDA is using Intel foundry
2) Announce #INTC is the next trillion dollar company.
He doesn't care about America if he doesn't do the above points.
I think there’s a real chance Jensen could resign or be forced to step down.
That could be disastrous for the AI industry.
It’s heartbreaking to even think about…
Pause any data center that uses $TSM Arizona foundry. Over 80% of their employees are migrated from Taiwan. Taiwan company is stealing our jobs and leaving Americans unemployed.
Anyone that use $INTC foundry should have no restrictions.
America foundry first.
Top of the Democratic agenda on day 1 needs to be a pause on advanced AI development, regulation of this out of control industry, and a ban on artificial superintelligence.
@BenBajarin If China does an Iran style blockage of Taiwan. Intel easily becomes best positioned.
China should realize how U.S can do nothing to stop Iran. While China is much stronger.
@sssjeffpu save $intc with the real numbers that aren't from Taiwan media.
I thought it was reported EMIB years was 98 or 99% yield and only substrate yields was low from one of your older posts.
Taiwanese media: Intel’s EMIB has an overall yield of approximately 60–65%, but the process of embedding silicon bridge dies into ABF substrates has a yield of only around 25–30%. This is significantly below TSMC’s CoWoS yield of roughly 98%.
https://t.co/SZcXmjW6Lx