If you're in need of some serious #AI or #HPC acceleration, just say "Cerebras Cerebras Cerebras". Who knows, it might be showtime! ;) Worth a try, anyway.
@david_schor How so? @CerebrasSystems latest Wafer-Scale Engine is a single piece of silicon (with 2.6 trillion transistors). Just curious. (And biased, #iamcerebras :))
Celebrating my brilliant colleagues @CerebrasSystems who've done mighty work inventing and perfecting the #technology behind our new record for the largest #AI models ever trained on a single device. And then patiently explained it to this ex-engineer ;) https://t.co/UIRtEjacF1
@poller@SFoskett@CerebrasSystems I think it depends on how you look at it @poller. Given that one of our systems typically outperforms dozens or hundreds of GPUs on algorithms that CPUs are utterly unsuited for, 20kW starts to seem like a bargain!
@poller@SFoskett@CerebrasSystems Hi @poller, actually, all those amps are delivered at less than 1V, so it is indeed 20-ish. 2.4MW makes me shudder just thinking about it.
Why do some people get sick while others donβt?
@GSK is looking to #epigenomics to find the answer. With our CS-1 system, they trained EBERT in 2.5 days, bringing them one step closer to the answer: https://t.co/kdyk9F0zat #AI#deeplearning
Do you understand how 176-layer #NAND truly works? Our own Rebecca Lewington illustrates how this new technology works and why it is an amazing achievement in 3D #FlashMemory. https://t.co/QOQVuPgpa0
With the help of Micron Ventures, we're helping @ReadyRobotics research advanced #AI to teach π¦Ύ robots to learn for themselves. We sat with @kelguerin to discover his vision for the future of the robotics industry. https://t.co/o1m5QEcpth
@binarydebt @MicronTech Thanks, Okash!
Yes, today GPU applications are most common, but we certainly see the value of HBM in areas of compute that goes beyond GPUs. It's going to be exciting to see what people come up with.
Thy Tran and her team have driven our 1Ξ± (1-alpha) technology from pathfinding to high-volume manufacturing in record time.
We spoke with her about how small cutting-edge memory cells are and how theyβre made: https://t.co/OsP63Brthj
Things I love about my job at @MicronTech: I get to make videos about our amazing #womenintech around the globe. Like this one, for @GlobalSemi Rising Women of Influence awards. It makes me smile. https://t.co/p6BeMa46HW
@Asher_Wolf I get the cynicism. It's justified. But. How's this take? We can co-opt the voice recognition tech paid for by millions of people who want to order pizza without lifting a finger, to actually do some good. I think that's something to celebrate, no matter who you work for.
One of the great things about @Micron is that it's possible to make meaningful contributions to the business and our customers while advancing the state of the art in life-enriching #ai4good applications, all at the same time! #IDPD#IDPWD https://t.co/aBLK0mwxK2
Just how remarkable a #nanomanufacturing achievement is @MicronTech's new 176-layer #flash memory? It's a towering human achievement! https://t.co/Rj7MW6RdTB