#spinnaker2 search results
#SpiNNaker2's #parallel #architecture features 152 cores per chip, achieving 18 times #GPU #efficiency for complex #simulations with #lower #power usage.
Und auch einer unserer Innovator*innen arbeitet mit an der nächsten Generation #Roboter. Christian Mayr ist Professor für hochparallele VLSI-Systeme/ #Neuromikroelektronik an der @tudresden_de und entwickelt mit seinem Team #SpiNNaker2: 🦾 🤖👉 sprind.org/de/laufende-pr…
#Spinnaker2 Iceland Sitrep bit.ly/1s6swLk bit.ly/1bMPNcA #iceland
Thank you so much, @Arm, it was a huge pleasure to present how we use the arm architecture in our #SpiNNaker2 chips!
First Commercial NeuroMorphic Computer Arrives A #SpiNNaker2 units linked together, form a massive #NeuromorphicComputerCloud platform, known as #SpiNNcloud, capable of simulating billions of #Neurons. techovedas.com/paradigm-shift…
Available since March 2021, the first research article we presented (comparing #Loihi with a #SpiNNaker2 prototype) is still free to read. These #neuromorphic chips are using different approaches to drive processor efficiency. doi.org/10.1088/2634-4…
Our talk about the #Neuromorphic Intermediate Representation (NIR) for the wonderful @OpenNeuroMorph is online! We'll show you how NIR works and demo it on GPUs, @SynSenseNeuro and #SpiNNaker2 hardware. See you on February 5th 6PM CET 🚀 open-neuromorphic.org/workshops/neur…
OP #Spinnaker2 . Full sitrep is coming ... 16 layers over Western Europe ~105,000,000 each + Extension over Uk… plus.google.com/10283762089586…
I liked a @YouTube video youtu.be/5FPthMoHLlU?a #Spinnaker2 Iceland Sitrep
I liked a @YouTube video youtu.be/5FPthMoHLlU?a #Spinnaker2 Iceland Sitrep
Brain-based computing for ND solutions #SpiNNaker2 #SandiaNationalLabs sandia.gov/labnews/2025/0…
sandia.gov
Brain-based computing for ND solutions
Sandia and German startup SpiNNcloud have deployed a first-in-the-world, large-scale SpiNNaker2 neuromorphic system at the Labs.
'The Spinnaker team is already thinking about Spinnaker #2. If we decide to go ahead, it will probably be on a different thematic, but we would intend to retain the pioneering spirit and focus on shareholder value as guiding values.' One to watch out for #Spinnaker2 #KNB
#SpiNNcloud Deploys #SpiNNaker2 #Supercomputer at #Sandia National Laboratories. Energy-efficient architecture - mimicking the human brain - provides substantive benefits over GPU-based systems across a variety of applications,... bit.ly/4jxvqJP
bignewsnetwork.com
SpiNNcloud Deploys SpiNNaker2 Supercomputer at Sandia National Laboratories
Energy-efficient architecture - mimicking the human brain - provides substantive benefits over GPU-based systems across a variety of applications, including nuc
Regarding *available* chips, there is a ton of development in this space. If you want commercial solutions, @SynSenseNeuro and @Innatera_Nano are the most promising platforms I've seen so far. #SpiNNaker2 also sounds promising, but it's still being developed.
Tapeout of #spinnaker2 by @GFfab1 @HumanBrainProj
Schlüsselbaustein für Echtzeit-#KI: #TUDresden & ihre Partner gaben heute das Tapeout des SpiNNaker2-Chips bekannt. Der neuromorphe KI-Echtzeitprozessor hat eine Latenzzeit von unter einer Millisekunde & kann extrem hohe Datenraten in Echtzeit verarbeiten. tu-dresden.de/tu-dresden/new…
Wir feiern heute Abend 20 Jahre @Silicon_Saxony, aber bin durch "keine Chips" genug getriggert, um es mir später in der Mediathek anzuschauen ;) Ich erzähle es auch #SpinncloudSystems weiter, #SpiNNaker2 Team an @tudresden_de ist ja "Kunde" der @SPRIND +feiert heute Abend mit :)
#Spinnaker2 #chip powered #Spinncloud supercomputer launched at #TUDresden - congrats also to @SpiNNcloud! #AI @HumanBrainProj tu-dresden.de/tu-dresden/new…
Pressemitteilungen: SPINNAKER2: TU DRESDEN, UNIVERSITY OF MANCHESTER UND GLOBALFOUNDRIES GELINGT DURCHBRUCH BEI KI-CLOUD-SYSTEMEN - Die Technische Universität Dresden, die University of - Mehr unter: bit.ly/3BVDYpd #22FDX #SpiNNaker2
Gratulation an Prof. Mayr + Team sowie die gesamte @tudresden_de, tolle News auch für den Standort und die Branche! @DresdenInvest @SiSax_de @Carson99 #Spinnaker2
Brain-based computing for ND solutions #SpiNNaker2 #SandiaNationalLabs sandia.gov/labnews/2025/0…
sandia.gov
Brain-based computing for ND solutions
Sandia and German startup SpiNNcloud have deployed a first-in-the-world, large-scale SpiNNaker2 neuromorphic system at the Labs.
#SpiNNaker2's #parallel #architecture features 152 cores per chip, achieving 18 times #GPU #efficiency for complex #simulations with #lower #power usage.
#SpiNNcloud Deploys #SpiNNaker2 #Supercomputer at #Sandia National Laboratories. Energy-efficient architecture - mimicking the human brain - provides substantive benefits over GPU-based systems across a variety of applications,... bit.ly/4jxvqJP
bignewsnetwork.com
SpiNNcloud Deploys SpiNNaker2 Supercomputer at Sandia National Laboratories
Energy-efficient architecture - mimicking the human brain - provides substantive benefits over GPU-based systems across a variety of applications, including nuc
#Spinnaker2 #chip powered #Spinncloud supercomputer launched at #TUDresden - congrats also to @SpiNNcloud! #AI @HumanBrainProj tu-dresden.de/tu-dresden/new…
First Commercial NeuroMorphic Computer Arrives A #SpiNNaker2 units linked together, form a massive #NeuromorphicComputerCloud platform, known as #SpiNNcloud, capable of simulating billions of #Neurons. techovedas.com/paradigm-shift…
Our talk about the #Neuromorphic Intermediate Representation (NIR) for the wonderful @OpenNeuroMorph is online! We'll show you how NIR works and demo it on GPUs, @SynSenseNeuro and #SpiNNaker2 hardware. See you on February 5th 6PM CET 🚀 open-neuromorphic.org/workshops/neur…
Regarding *available* chips, there is a ton of development in this space. If you want commercial solutions, @SynSenseNeuro and @Innatera_Nano are the most promising platforms I've seen so far. #SpiNNaker2 also sounds promising, but it's still being developed.
Available since March 2021, the first research article we presented (comparing #Loihi with a #SpiNNaker2 prototype) is still free to read. These #neuromorphic chips are using different approaches to drive processor efficiency. doi.org/10.1088/2634-4…
Dear @elonmusk, nice presentation on #Dojo, but do you know #Spinnaker2 and #Spinncloud already? spinncloud.com/#testimonials Always happy to host you - it is just a 1,5h ride from Grünheide :)
Wir feiern heute Abend 20 Jahre @Silicon_Saxony, aber bin durch "keine Chips" genug getriggert, um es mir später in der Mediathek anzuschauen ;) Ich erzähle es auch #SpinncloudSystems weiter, #SpiNNaker2 Team an @tudresden_de ist ja "Kunde" der @SPRIND +feiert heute Abend mit :)
Pressemitteilungen: SPINNAKER2: TU DRESDEN, UNIVERSITY OF MANCHESTER UND GLOBALFOUNDRIES GELINGT DURCHBRUCH BEI KI-CLOUD-SYSTEMEN - Die Technische Universität Dresden, die University of - Mehr unter: bit.ly/3BVDYpd #22FDX #SpiNNaker2
Tapeout of #spinnaker2 by @GFfab1 @HumanBrainProj
Schlüsselbaustein für Echtzeit-#KI: #TUDresden & ihre Partner gaben heute das Tapeout des SpiNNaker2-Chips bekannt. Der neuromorphe KI-Echtzeitprozessor hat eine Latenzzeit von unter einer Millisekunde & kann extrem hohe Datenraten in Echtzeit verarbeiten. tu-dresden.de/tu-dresden/new…
SpiNNaker2 tapes out - “There is still a great deal to learn from biology if we are to realize the full potential of AI in the future,” says ARM inventor Professor Steve Furber of Manchester University @OfficialUoM #SpiNNaker2 electronicsweekly.com/news/business/…
'The Spinnaker team is already thinking about Spinnaker #2. If we decide to go ahead, it will probably be on a different thematic, but we would intend to retain the pioneering spirit and focus on shareholder value as guiding values.' One to watch out for #Spinnaker2 #KNB
Und auch einer unserer Innovator*innen arbeitet mit an der nächsten Generation #Roboter. Christian Mayr ist Professor für hochparallele VLSI-Systeme/ #Neuromikroelektronik an der @tudresden_de und entwickelt mit seinem Team #SpiNNaker2: 🦾 🤖👉 sprind.org/de/laufende-pr…
Der aktuelle #GAInfobrief für Oktober 2019 mit Neuigkeiten (u.a. #SpiNNaker2-System @tudresden_de, #QuantumComputing @fzj_jsc, #CASUS, #energyefficiency Datacenter @LRZ_DE) aus dem #HPC in Deutschland ist jetzt online verfügbar: gauss-allianz.de/de/info_letter…
Gratulation an Prof. Mayr + Team sowie die gesamte @tudresden_de, tolle News auch für den Standort und die Branche! @DresdenInvest @SiSax_de @Carson99 #Spinnaker2
I liked a @YouTube video youtu.be/5FPthMoHLlU?a #Spinnaker2 Iceland Sitrep
I liked a @YouTube video youtu.be/5FPthMoHLlU?a #Spinnaker2 Iceland Sitrep
#SpiNNaker2's #parallel #architecture features 152 cores per chip, achieving 18 times #GPU #efficiency for complex #simulations with #lower #power usage.
Und auch einer unserer Innovator*innen arbeitet mit an der nächsten Generation #Roboter. Christian Mayr ist Professor für hochparallele VLSI-Systeme/ #Neuromikroelektronik an der @tudresden_de und entwickelt mit seinem Team #SpiNNaker2: 🦾 🤖👉 sprind.org/de/laufende-pr…
Available since March 2021, the first research article we presented (comparing #Loihi with a #SpiNNaker2 prototype) is still free to read. These #neuromorphic chips are using different approaches to drive processor efficiency. doi.org/10.1088/2634-4…
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