Mastodawn

Engadget: Tesla shuts down in-house Dojo AI supercomputer project. “As first reported by Bloomberg, Tesla is disbanding the team behind Dojo, its in-house AI-training supercomputer, and reassigning remaining staff to other projects within the company. This marks a shift in the company’s compute sourcing strategy for its AI-focused initiatives such as autonomous driving and the Optimus robot.”

https://rbfirehose.com/2025/08/10/engadget-tesla-shuts-down-in-house-dojo-ai-supercomputer-project/

Engadget: Tesla shuts down in-house Dojo AI supercomputer project | ResearchBuzz: Firehose

ResearchBuzz: Firehose | Individual posts from ResearchBuzz

RTN 4d ago

#ORF:
"
Tesla-Chef Musk löst Supercomputer-Team Dojo auf
"

"Laeiter des Teams, Peter Bannon, verlasse das Unternehmen, ..waren zuvor bereits rund 20 Mitarbeitende des Teams zum neugegründeten Unternehmen DensityAI abgewander"

https://orf.at/stories/3401979/

8.8.2025

#DensityAI #Dojo #Elektromobilität #IT #Musk #Supercomputing #Tesla

Tesla-Chef Musk löst Supercomputer-Team Dojo auf

ORF.at

loStronzoRocco 5d ago

#HPC #supercomputing #Infiniband While trouble-shooting a performance issue on our NDR fabric, where nodes would randomly report high latency and less than expected bandwidth (up to 50% less), I discovered a setting within opensm.conf that configured routing to be randomized vs. distributed/round-robin.... Once I changed the setting (scatter_ports) to the _DEFAULT_, I had immediate and consistent performance improvements. See the before and after images... So, FYI, if your users are reporting random latency and bandwidth issues, double-check your opensm.conf routing. Also, I was using NVIDIA/Mellanox's clusterkit tool.

Andrew Jones (hpcnotes)5d ago

Procrastinating thought about #supercomputing …

When does the world of #HPC lose the most productivity temporarily - during November when everyone is focusing on #SC25 - or during July/August when large numbers of people are taking holidays?

James Cuff Aug 5

Ok #hpc peeps! Seeing as the ‘sky doesn’t have polls, and I know a load of y’all are on here, can we try an informal pseudo poll? Who all’s planning on being *physically* present at #sc25 in St. Louis this fall? Bash the ❤️ if you are, or drop a comment. I’ll report back! #supercomputing

Jœ Jul 29

The future of computing is here with the rise of #QuantumComputing! Dive into the revolutionary world of atom manipulation and discover how it's pushing the boundaries of what we thought was possible. From unprecedented computational power to innovative solutions, quantum computing is set to change our world. Read the full article to explore the #QuantumRevolution and unlock the secrets of atoms: /blog/the-quantum-computing-revolution-unlocking-the-power-of-atoms #Supercomputing #QuantumTechnolo

techi Jul 23

Nvidia brings CUDA to RISC-V. A bold move that cuts ties with CPU giants like AMD, Intel & ARM democratizing AI and securing dominance in the $17B China market.

#Nvidia #CUDA #RISC_V #AIChips #TechNews #AMD #Intel #ARM #GPUs #Supercomputing #AIRevolution #JupiterSupercomputer #OpenSource #Semiconductors #TECHi

Read Full Article Here :- https://www.techi.com/nvidia-cuda-risc-v-ai-shift/

Leibniz Supercomputing Centre Jul 22

Heute kamen Gäste aus Politik, Wissenschaft und Industrie zur feierlichen Inbetriebnahme des Native Processing Server (NPS) von Q.ANT am LRZ zusammen.

Während der Veranstaltung demonstrierte Dr. Michael Förtsch, Gründer und CEO von Q.ANT, wie das System Muster erkennt, indem es Fotos von verschiedenen Obstarten kategorisierte. Dabei braucht das Q.ANT-System deutlich weniger Strom als andere.

Mehr: https://www.lrz.de/news/detail/leibniz-rechenzentrum-rechnet-jetzt-mit-licht-weltweit-erster-photonischer-ki-rechner-von-qant-geht-in-betrieb

#KI #FutureComputing #Innovation #HPC #Supercomputing @bmftr_bund

Leibniz Supercomputing Centre Jul 22

Weltpremiere: LRZ und Q.ANT bringen photonisches Computing in die Anwendung und treiben energieeffizientes #Supercomputing mit #KI voran.

Am LRZ wird ein photonischer Native Processing Server (NPS) des Tech-Unternehmens Q.ANT zum ersten Mal in einer operativen Rechenzentrumsumgebung in Betrieb genommen. Diese technologisch richtungsweisende Implementierung ermöglicht die Evaluation von photonischer Beschleunigung für KI und Simulationen bei deutlich geringerem Energieverbrauch.