Explore tweets tagged as #DirectToChip
Our #DirectToChip Proof of Concept helps you test real performance and scale #AI ready #DataCenters fast and efficiently. PoC setup includes:.🔹All cooling hardware.🔹On-site installation & commissioning.🔹Real performance data.🔹Ongoing expert support. Contact us📩sales@dcx.eu
0
0
0
Vertiv, Intel, and Binghamton University tested pumped two-phase direct-to-chip cooling under high-density AI workload conditions. View the joint findings: #DirectToChip #DataCenterEfficiency #NextGenAI #AIInfrastructure
0
2
5
Unlock the future of high-density computing with Containerized #DirectLiquidCooling. Up to 2MW of cooling, modular 40ft setup, ultra-efficient #DirectToChip tech perfect for #AI and #HPC. Let’s deploy it in your #DataCenter 📩 sales@dcx.eu
0
2
1
Vertiv's research on pumped two-phase direct-to-chip cooling systems shows promise for these high-power densities, maintaining stable operation during server swaps. Could this be part of your thermal strategy? Review the data: #DirectToChip
0
0
0
Testing shows that pumped two-phase systems can maintain component temperatures below 56.4°C even at 170kW rack densities. The technology demonstrates stable operation across varying conditions. See the technical specifications: #DirectToChip
0
0
0
Testing shows that pumped two-phase systems can maintain component temperatures below 56.4°C even at 170kW rack densities. The technology demonstrates stable operation across varying conditions. See the technical specifications: #DirectToChip
0
0
0
Pumped two-phase direct-to-chip cooling isn't just about handling extreme heat - it's doing so while staying energy efficient. Vertiv's research shows how this approach can responsibly help data centers scale AI capabilities. Read more: #DirectToChip
0
0
0
Vertiv's research on pumped two-phase direct-to-chip cooling systems shows promise for these high-power densities, maintaining stable operation during server swaps. Could this be part of your thermal strategy? Review the data: #DirectToChip
0
0
0
Vertiv's research on pumped two-phase direct-to-chip cooling systems shows promise for these high-power densities, maintaining stable operation during server swaps. Could this be part of your thermal strategy? Review the data: #DirectToChip
0
0
0
Testing shows that pumped two-phase systems can maintain component temperatures below 56.4°C even at 170kW rack densities. The technology demonstrates stable operation across varying conditions. See the technical specifications: #DirectToChip
1
1
6
Pumped two-phase direct-to-chip cooling isn't just about handling extreme heat - it's doing so while staying energy efficient. Vertiv's research shows how this approach can responsibly help data centers scale AI capabilities. Read more: #DirectToChip
0
2
9
Vertiv's research on pumped two-phase direct-to-chip cooling systems shows promise for these high-power densities, maintaining stable operation during server swaps. Could this be part of your thermal strategy? Review the data: #DirectToChip
0
0
0
Vertiv's research on pumped two-phase direct-to-chip cooling systems shows promise for these high-power densities, maintaining stable operation during server swaps. Could this be part of your thermal strategy? Review the data: #DirectToChip
0
3
4
Sized for today. Scalable for tomorrow. Accelerate your liquid cooling journey with the Vertiv™ CoolChip CDU 600 — a rapidly deployable, standardized coolant distribution unit. 🔗 #LiquidCooling #DataCenterCooling #Vertiv #CoolChipCDU #DirectToChip
0
1
2
11:30 AM San Francisco.Justin Seter vs. direct-to-chip dysfunction. 🔧 How it breaks. 💧 How to fix it. 📈 How to scale it. Come for the fireside chat. Stay to stop your fluid system from becoming a meltdown. #LiquidCooling #DirectToChip #DataCenterDesign #AdvancingDataCenters
0
0
0
Vertiv's latest research with Intel demonstrates pumped two-phase direct-to-chip cooling maintaining 56.4°C at 170kW loads. The system shows potential for next-gen AI infrastructure. See the technical analysis: #DirectToChip #DataCenterEfficiency
0
0
0
Vertiv's latest research with Intel demonstrates pumped two-phase direct-to-chip cooling maintaining 56.4°C at 170kW loads. The system shows potential for next-gen AI infrastructure. See the technical analysis: #DirectToChip #DataCenterEfficiency
0
1
4
Vertiv's latest research with Intel demonstrates pumped two-phase direct-to-chip cooling maintaining 56.4°C at 170kW loads. The system shows potential for next-gen AI infrastructure. See the technical analysis: #DirectToChip #DataCenterEfficiency
0
0
0
#AI and #ML are driving the need for more efficient types of cooling in the data center. Could direct-to-chip be the solution? Join Nigel Gore, Senior Manager of Offering Management at Vertiv, on May 11th to find out. #directtochip #datcentercooling
0
0
1