💚 Oliver making it! 💚
Since 3 months happy-mining team and @ordinamining team are deployed on this 15MW Ethiopian 🇪🇹bitcoin mine to deploy and cover uptime on 5000+ miners.
Congratulations to their work!
#bitcoinmining#ethiopia
⏳ Dans 2h.
On ne va rien vendre.
On ne va rien annoncer.
On va offrir.
Pas un ni deux mais 3 lucky miner… CAN….. 👀
ça devrait déjà te donner un indice 🍀
C’est le moment de tenter ta chance !
📅 16h.
Activez vos notifs. 💚
#GiveawayAlert
🍀 3 AVALON NANO 3S À GAGNER 🍀
Un lucky miner… ça porte bien son nom.
Et si la chance tournait en ta faveur ? 👀
Annonce des 3 gagnants le premier jour d’avril!
(C’est pas un poisson d’avril💚)
GOOD LUCK 🤩
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💬 tag 2 amis
Suite à un grand nombre de dysfonctionnement sur le Nerdqaxe 12t nous avons prit la décision d’arrêter de commercialiser ce model. Nous déconseillons tout achat lié à ce model tant que ce produit n’aura pas retrouvé des conditions d’utilisation fiables pour nos clients.
#btc
I just dumped the latest NVIDIA 10-Q earnings report, released an hour ago, into Agentic Document Extraction, and the results are really accurate! Left side of the image shows the original PDF; right side shows the extracted info, including e.g. the $57.01B revenue in the most recent quarter. This is powered by the DPT (document pre-trained transformer) model. Check it out!
fun fact: the reason ur internal body temperature spikes when infected is because viruses are using ur body to train LLMs.
> we’re simply a walking data center.
🔬 A report says Chinese engineers tried to reverse engineer an ASML deep ultraviolet lithography tool, damaged it, then asked ASML to fix it.
Even if the story is unverified, if accurate, shows how export curbs are pushing risky workarounds and how hard these machines are to copy.
The chip restrictions on China have seriously affected its high-tech growth. As the competition for AI leadership grows between the two major powers, these advanced chip bans have made it harder for China to match the U.S. They’ve also pushed China to find creative ways to get those chips.
But ASML deep ultraviolet lithography, the machines used to produce advanced computer chips aren’t as simple to replicate as most other industrial equipment.
China has been cut off from EUV and from the most advanced DUV scanners since Jan-24, so fabs lean on older DUV gear and heavy multipatterning to hit tighter nodes.
DUV uses 193 nm argon fluoride lasers with a thin water film under the lens, while EUV uses 13.5 nm light from a laser-produced tin plasma and ultra-precise mirror optics, so small mis-calibration quickly cascades.
Inside a modern DUV immersion tool, dual wafer stages fly under the lens while optics hold overlay near 2.5 nm and throughput around 330 wafers per hour, so tearing one down without factory metrology risks wrecking alignments that normal field service cannot easily recover.
Policy pressure is real on both sides, with service and parts licensing around China tightening since 2024 and fresh rare-earth export rules from China adding supply friction.
China is trying to build its own lithography machines through companies like SMEE and AMIES, but making them as good as ASML’s will take a long time.
ASML’s machines depend on extremely precise optics, motion stages, and control software, which took Europe decades to perfect. China is trying to copy or recreate all that from scratch, which is very difficult.
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nationalinterest. org/blog/buzz/did-china-break-asml-lithography-machine-while-trying-to-reverse-engineer-bw-102025