*compared to microchannel cold plates
Revolutionizing Liquid Cooling for High-Performance Computing
SmartPlate incorporates a cutting-edge microjet impingement design, streamlining the transfer of thermal energy directly at the heat source through precise microjets. This fully-sealed microconvective cold plate ensures unparalleled cooling efficiency, delivering a remarkable 3X reduction in thermal resistance compared to microchannel cold plates.
Revolutionizing Liquid Cooling for High-Performance Computing
SmartPlate incorporates a cutting-edge microjet impingement design, streamlining the transfer of thermal energy directly at the heat source through precise microjets. This fully-sealed microconvective cold plate ensures unparalleled cooling efficiency, delivering a remarkable 3X reduction in thermal resistance compared to microchannel cold plates.
0
X
Denser Compute
0
%
Cooler Operation
0
W+
TDP Support
Built for High-Power & High-Density
As compute demands surge with advanced high-density servers and AI/ML workloads, the need for superior thermal solutions becomes critical. Step in, SmartPlate:
- Tailored for Next-Generation Tech: Optimized for the latest Intel, AMD, and NVIDIA chipsets.
- Exceptional Cooling Performance: Achieves a 37% temperature reduction compared to microchannel cold plates.
- Powerful Cooling Capacity: Efficiently manages chipsets with demands exceeding 1,500W.
Championing Sustainable Data Center Cooling
SmartPlate has a tremendous effect on sustainability in data center applications, eliminating the need for evaporative cooling and its associated water consumption. Processors that use microconvective cold plates run the same compute-heavy workloads with higher coolant temperatures, over 60°C.
Built for High-Power & High-Density
As compute demands surge with advanced high-density servers and AI/ML workloads, the need for superior thermal solutions becomes critical. Step in, SmartPlate:
- Tailored for Next-Generation Tech: Optimized for the latest Intel, AMD, and NVIDIA chipsets.
- Exceptional Cooling Performance: Achieves a 37% temperature reduction compared to microchannel cold plates.
- Powerful Cooling Capacity: Efficiently manages chipsets with demands exceeding 1,500W.
Built for High-Power & High-Density
As compute demands surge with advanced high-density servers and AI/ML workloads, the need for superior thermal solutions becomes critical. Step in, SmartPlate:
- Tailored for Next-Generation Tech: Optimized for the latest Intel, AMD, and NVIDIA chipsets.
- Exceptional Cooling Performance: Achieves a 37% temperature reduction compared to microchannel cold plates.
- Powerful Cooling Capacity: Efficiently manages chipsets with demands exceeding 1,500W.
Make a Sustainable Impact with SmartPlate
Unleash the power of sustainable operations by conserving water consumption, reducing energy savings and slashing greenhouse gas emission with SmartPlate. Leveraging our precise cooling technology, SmartPlate targets hot spots on the processor, promoting sustainability in operations. With SmartPlate, our customers cut water consumption by up to 90% and energy consumption by up to 18%. With widespread SmartPlate adoption, we can prevent a staggering 35M metric tons of CO2 emissions, making a significant impact on climate change. Take charge of your carbon footprint and join us on the path to a sustainable future.
01
Water Conservation
Implement sustainable operations by conserving water consumption, effectively reducing water usage by up to 90% and simultaneously lowering utility costs.
02
Energy Savings
Reduce energy consumption by 18% and foster a more sustainable footprint through the implementation of targeted liquid cooling.
03
Carbon Footprint
Widespread SmartPlate adoption can prevent 35M metric tons of CO2 emissions, mitigating climate change impacts. Reduce your carbon footprint for a sustainable future.
04
Lower PUE
Our ultra-low thermal resistance data center liquid cooling solutions reduce power consumption, lowering power usage effectiveness (PUE) to 1.02.
Championing Sustainable Data Center Cooling
SmartPlate has a tremendous effect on sustainability in data center applications, eliminating the need for evaporative cooling and its associated water consumption. Processors that use microconvective cold plates run the same compute-heavy workloads with higher coolant temperatures, over 60°C.
01
Water Conservation
Implement sustainable operations by conserving water consumption, effectively reducing water usage by up to 90% and simultaneously lowering utility costs.
02
Energy Savings
Reduce energy consumption by 18% and foster a more sustainable footprint through the implementation of targeted liquid cooling.
03
Carbon Footprint
Widespread SmartPlate adoption can prevent 35M metric tons of CO2 emissions, mitigating climate change impacts. Reduce your carbon footprint for a sustainable future.
04
Lower PUE
Our ultra-low thermal resistance data center liquid cooling solutions reduce power consumption, lowering power usage effectiveness (PUE) to 1.02.
Championing Sustainable Data Center Cooling
SmartPlate has a tremendous effect on sustainability in data center applications, eliminating the need for evaporative cooling and its associated water consumption. Processors that use microconvective cold plates run the same compute-heavy workloads with higher coolant temperatures, over 60°C.
01
Water Conservation
Implement sustainable operations by conserving water consumption, effectively reducing water usage by up to 90% and simultaneously lowering utility costs.
02
Energy Savings
Reduce energy consumption by 18% and foster a more sustainable footprint through the implementation of targeted liquid cooling.
03
Carbon Footprint
Widespread SmartPlate adoption can prevent 35M metric tons of CO2 emissions, mitigating climate change impacts. Reduce your carbon footprint for a sustainable future.
04
Lower PUE
Our ultra-low thermal resistance data center liquid cooling solutions reduce power consumption, lowering power usage effectiveness (PUE) to 1.02.
Discover our Product Portfolio
We’ve designed and developed a variety of liquid cooling solutions to help enterprises in their transition to liquid cooling. From self-contained liquid cooling systems to integrated die cooling, our product catalog supports a broad range of needs.
Discover our Product Portfolio
We’ve designed and developed a variety of liquid cooling solutions to help enterprises in their transition to liquid cooling. From self-contained liquid cooling systems to integrated die cooling, our product catalog supports a broad range of needs.
Discover our Product Portfolio
We’ve designed and developed a variety of liquid cooling solutions to help enterprises in their transition to liquid cooling. From self-contained liquid cooling systems to integrated die cooling, our product catalog supports a broad range of needs.
SmartPlate System
SmartPlate Systems are self-contained liquid cooling solutions that leverage our microconvective cooling® to provide cost-effective, efficient cooling performance.
SmartLid
SmartLid targets processor hot spots directly with fluid-to-die to densify compute performance and tackle the industry’s most powerful devices.
SmartSilicon
Our in-silicon cooling solution embeds directly into the chip substrate to circulate coolant and target the die’s hotspots, increasing control over chip temperatures.
SmartPlate System
SmartPlate Systems are self-contained liquid cooling solutions that leverage our microconvective cooling® to provide cost-effective, efficient cooling performance.
SmartLid
SmartLid targets processor hot spots directly with fluid-to-die to densify compute performance and tackle the industry’s most powerful devices.
SmartSilicon
Our in-silicon cooling solution embeds directly into the chip substrate to circulate coolant and target the die’s hotspots, increasing control over chip temperatures.
WHITEPAPER
Drive Faster Compute Sustainably
In this whitepaper, we explore the state of liquid cooling while discussing how widespread adoption of microconvective cooling® in the United States could save up to 11.1BkWh in electricity and 150 billion liters of water per year while averting 35 million metric tons of CO2 emissions globally. Complete the form below to read the whitepaper now.
WHITEPAPER
Drive Faster Compute Sustainably
In this whitepaper, we explore the state of liquid cooling while discussing how widespread adoption of microconvective cooling® in the United States could save up to 11.1BkWh in electricity and 150 billion liters of water per year while averting 35 million metric tons of CO2 emissions globally. Complete the form below to read the whitepaper now.