ASETEK NYHET
Asetek Liquid Cooled Supermicro Servers Installed in New HPC Cluster at Lawrence Livermore National Labs
Asetek’s Direct-to-Chip Liquid Cooling Solution Increases Power Density and High Wattage Processing for Science and Technology Research
Aalborg, Denmark – November 12, 2020 –– Asetek, the leader in flexible, reliable and proven liquid cooling for high performance computing (HPC) and artificial intelligence (AI), today announced that its Direct-to-Chip (D2C) liquid cooling technology was utilized by Supermicro in a new high-performance computing cluster at Lawrence Livermore National Labs (LLNL). The integration of Asetek liquid cooling solutions enables the deployment of high wattage processors in high density configurations to support the compute-intensive workloads critical for science and technology research.
The deployment of 26 racks and more than 1500 compute nodes was installed by Supermicro and includes Asetek Direct-to-Chip (D2C) liquid cooling loops and Asetek InRackCDUs to transfer the heat captured from the nodes to facilities liquid. Asetek InRackCDU is a warm water-cooling distribution unit capable of providing up to 80kW of cooling capacity to enable deployment of high wattage processors in clusters with high interconnect densities. InRackCDU uses warm water up to 45°C (113°F), eliminating the need for expensive and inefficient chillers.
“The new HPC cluster at LLNL was customized to support advanced computationally intensive workloads for pioneering experimentation and analysis,” said Vik Malyala, senior vice president, FAE and Business Development, Supermicro. “By providing an integrated rack system with Asetek liquid cooling, we were able to maximize efficiency and performance of the cluster as well extend our leadership in green computing.”
“We are thrilled to see the deployment of Supermicro’s integrated rack system with Asetek liquid cooling in a new HPC cluster at Lawrence Livermore National Labs,” said John Hamill, Chief Operating Officer at Asetek. “In this time when research is so critical, Supermicro is enabling compute performance and datacenter efficiency by providing the industry’s most comprehensive liquid cooling offering for AI and HPC data centers.”
Learn more about Supermicro server systems featuring Asetek liquid cooling at https://www.supermicro.com/en/solutions/high-performance-computing.
To learn more about Asetek liquid cooling, please visit www.asetek.com.
Asetek’s Direct-to-Chip Liquid Cooling Solution Increases Power Density and High Wattage Processing for Science and Technology Research
Aalborg, Denmark – November 12, 2020 –– Asetek, the leader in flexible, reliable and proven liquid cooling for high performance computing (HPC) and artificial intelligence (AI), today announced that its Direct-to-Chip (D2C) liquid cooling technology was utilized by Supermicro in a new high-performance computing cluster at Lawrence Livermore National Labs (LLNL). The integration of Asetek liquid cooling solutions enables the deployment of high wattage processors in high density configurations to support the compute-intensive workloads critical for science and technology research.
The deployment of 26 racks and more than 1500 compute nodes was installed by Supermicro and includes Asetek Direct-to-Chip (D2C) liquid cooling loops and Asetek InRackCDUs to transfer the heat captured from the nodes to facilities liquid. Asetek InRackCDU is a warm water-cooling distribution unit capable of providing up to 80kW of cooling capacity to enable deployment of high wattage processors in clusters with high interconnect densities. InRackCDU uses warm water up to 45°C (113°F), eliminating the need for expensive and inefficient chillers.
“The new HPC cluster at LLNL was customized to support advanced computationally intensive workloads for pioneering experimentation and analysis,” said Vik Malyala, senior vice president, FAE and Business Development, Supermicro. “By providing an integrated rack system with Asetek liquid cooling, we were able to maximize efficiency and performance of the cluster as well extend our leadership in green computing.”
“We are thrilled to see the deployment of Supermicro’s integrated rack system with Asetek liquid cooling in a new HPC cluster at Lawrence Livermore National Labs,” said John Hamill, Chief Operating Officer at Asetek. “In this time when research is so critical, Supermicro is enabling compute performance and datacenter efficiency by providing the industry’s most comprehensive liquid cooling offering for AI and HPC data centers.”
Learn more about Supermicro server systems featuring Asetek liquid cooling at https://www.supermicro.com/en/solutions/high-performance-computing.
To learn more about Asetek liquid cooling, please visit www.asetek.com.
Redigert 20.01.2021 kl 11:58
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RGTBJØRN
25.11.2020 kl 00:07
1039
Asetek bare en femtiøring unna 100 før de små kortsiktige sende aksjen ned mandag. I dag tilbake midt på 90 tallet. Asetek er en råsterk aksje som tjener svært mye penger. 2021 kan bli svært interesant. Når vi kr110 før nyttår er jeg mere enn happy.
RGTBJØRN
17.11.2020 kl 00:13
1261
Flott dag 16.11. kursmessig dras nå Asetek mot 100, også med hjelp av tilbakekjøpsprogram.
RGTBJØRN
13.11.2020 kl 00:25
1417
Asetek er en av de beste aksjene å eie de neste årene. : Implementeringen av 26 stativer og mer enn 1500 beregningsnoder ble installert av Supermicro og inkluderer Asetek Direct-to-Chip (D2C) væskekjølingsløkker og Asetek InRackCDUer for å overføre varmen som er fanget fra nodene til anleggets væske. Asetek InRackCDU er en distribusjonsenhet for kjøling av varmt vann som kan gi opptil 80 kW kjølekapasitet for å muliggjøre distribusjon av prosessorer med høy effekt i klynger med høy sammenkoblingstetthet. InRackCDU bruker varmt vann opp til 45 ° C (113 ° F), noe som eliminerer behovet for dyre og ineffektive kjølere.
"Den nye HPC-klyngen på LLNL ble skreddersydd for å støtte avanserte beregningsintensive arbeidsbelastninger for banebrytende eksperimentering og analyse," sa Vik Malyala, senior visepresident, FAE og forretningsutvikling, Supermicro. "Ved å tilby et integrert stativsystem med Asetek væskekjøling, var vi i stand til å maksimere klyngens effektivitet og ytelse samt utvide vårt lederskap innen grønn databehandling."
"Den nye HPC-klyngen på LLNL ble skreddersydd for å støtte avanserte beregningsintensive arbeidsbelastninger for banebrytende eksperimentering og analyse," sa Vik Malyala, senior visepresident, FAE og forretningsutvikling, Supermicro. "Ved å tilby et integrert stativsystem med Asetek væskekjøling, var vi i stand til å maksimere klyngens effektivitet og ytelse samt utvide vårt lederskap innen grønn databehandling."