Supporting High Heat Scenarios
Liquid cooling supports high temperatures up to 50°C with over 80% cooling efficiency
Sustainability through Enhanced Cooling
Increase the effectiveness and sustainability of your data centers with Aivres liquid-cooled solutions.
Benefits of Liquid Cooling
Heat Dissipation
The swifter heat dissipation offered by liquid cooling technology ensures optimal operating temperatures for servers and components, enhancing performance and prolonging hardware lifespan.
Space Efficiency
Liquid cooling can save up to 5-10 times the space compared to traditional air cooling methods, allowing for more efficient space utilization and higher server density within data center environments.
Sustainability
In a world increasingly conscious of environmental impact, liquid cooling is an optimal sustainability solution that significantly reduces data center power consumption and carbon footprint.
Why Aivres for Liquid Cooling?
All Aivres liquid cooling solutions are designed in-house to work seamlessly with our servers. We have over 12,900 sq.ft. of liquid cooling lab and testing (to be expanded to over 34,000 sq.ft.) dedicated to bringing you the highest quality and most innovative products.
Aivres Liquid Cooling Advantages
Direct Heat Transfer Efficiency
Cold plate liquid cooling reduces CPU operating temperature by over 10°C
>80% Liquid Cooling Coverage
Comprehensive server cold plate cooling supporting CPU, memory, GPU, NVSwitch
Safe & Reliable Leak Prevention
Node-level liquid leakage detection and management with BMC
Cooling Solution Options
Cold Plate
Cold plate liquid cooling uses a metal plate with liquid coolant to efficiently transfer heat through direct contact with heat components. This method outperforms air cooling, maintaining optimal temperatures, enhancing performance, and increasing device lifespan, especially in high-heat scenarios.
Air-Liquid Hybrid
Air-liquid hybrid cooling combines the benefits of both air and liquid cooling by using air for initial heat dissipation and liquid for more intensive cooling for residual heat. This hybrid strategy is a versatile option for various applications and an easy solution to implement into existing full air cooling data centers.
Immersion
Immersion cooling completely submerges the servers in liquid coolant, greatly enhancing cooling efficiency. Immersion cooling's ability to manage high heat loads makes it an appealing solution for high-performance data centers, offering improved performance and prolonged hardware lifespan.
Platforms and Applications Supporting Liquid Cooling
Aivres Liquid Cooling Rack
Supporting Rack-Scale Hybrid Air-Liquid Cooling
- 42U standard cabinet compatible with liquid cooling/air cooling structure
- Cold plate supports 1000W on-chip cooling
- Single rack supports 100 kW heat transfer
- Cabinet-level liquid cooling reduces reduces data center energy consumption by more than 40%
- PUE as low as 1.1
- Blind-mating power supply eliminates power cables and simplifies wiring, operation, and maintenance
Liquid Cooling Case Study
Sustainably Advancing HPC at German University with Liquid Cooled High-Density Solution
The customer’s HPC system is powered by high-density, high-performance Aivres K24 servers operating with advanced direct warm-water cooling technology. The liquid-cooled servers reduce data center cooling costs by up to 40% compared to traditional air-cooled technology and achieve PUE ratings below 1.1. Simultaneously, they provided high density performance enabling parallel computing for a range of HPC applications including material science, life science, CAE simulation, and fluid mechanics.
