Advanced GPU Liquid Cooling Modules






Maximize Graphics Performance with Advanced GPU Liquid Cooling Modules
- GPU Liquid Cooling Modules
- High capacity tank can storage much more coolant to keep the lifetime be longer.
- Compact design on optimized density, no expanding the internal structure of case.
- Multiple cold plates type in parallel.
- Few manual assembled and mature brazing process guarantees zero leakage.
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Maximize Graphics Performance with Advanced GPU Liquid Cooling Modules Description
1.Direct-to-Chip Cooling:
• Cold Plates: These are placed directly on the GPU to maximize heat transfer and cooling efficiency
• Micro-Channel Design: Cold plates often feature micro-sized channels to increase the surface area for heat exchange, reducing thermal resistance
2.High-Performance Radiators:
• Efficient Heat Dissipation: Radiators are designed to effectively dissipate heat from the coolant, ensuring optimal cooling performance
• Modular Design: Some systems offer modular radiators that can be expanded or customized to fit different GPU configurations
3.Silent Operation:
• Low-Noise Fans: Equipped with fans that are optimized for high airflow and low noise, ensuring quiet operation even under heavy loads
• Vibration Dampening: Features to reduce vibrations, contributing to a quieter computing environment
4.Energy Efficiency:
• Reduced Power Consumption: By efficiently managing heat, these systems can lower the overall power consumption of the GPU
• Sustainable Cooling: Supports green computing initiatives by reducing the need for energy-intensive air conditioning
5.Reliability and Maintenance:
• Leak-Proof Design: Advanced sealing techniques prevent coolant leakage, ensuring safe and reliable operation
• Hot-Swappable Components: Allows for easy maintenance and upgrades without system downtime
Maximize Graphics Performance with Advanced GPU Liquid Cooling Modules Data Sheet
Pump | Model | A2 | |
Voltage | 12V | ||
Speed | 4000RPM | ||
Radiator | Dimensions | 550x237x132mm | |
Material | Aluminum | ||
Tube | Dimensions | Φ10x800mm | |
Material | FEP | ||
Fan | Dimensions | 92x92x38mm | |
Voltage | 12V | ||
Speed | 8000RPM | ||
Air flow(max) | 166.69CFM | ||
Prerssure(max) | 36.79mm/H2O | ||
Noise | 65.5dBA | ||
Quantity | 10Pcs | ||
Power dissipation | 2000w |
Maximize Graphics Performance with Advanced GPU Liquid Cooling Modules Applications
1.
Data Centers:
• AI and Machine Learning: These systems are crucial for cooling GPUs used in AI and machine learning tasks, ensuring optimal performance and reliability
• High-Performance Computing (HPC): Essential for cooling GPUs in HPC environments, where complex simulations and computations are performed
2.
Gaming and Entertainment:
• High-End Gaming PCs: Provides efficient cooling for GPUs in gaming rigs, allowing for higher performance and overclocking capabilities
• Virtual Reality (VR) and Augmented Reality (AR): Ensures stable and high-performance graphics for immersive VR and AR experiences
3.
Professional Workstations:
• 3D Rendering and Animation: Used in workstations for 3D rendering, animation, and visual effects, where GPUs handle intensive graphical workloads
• Video Editing and Production: Ensures smooth and efficient cooling for GPUs used in video editing and production tasks
4.
Scientific Research:
• Bioinformatics and Computational Biology: Supports the cooling needs of GPUs used in bioinformatics and computational biology for data analysis and simulations
• Climate Modeling and Environmental Science: Ensures reliable cooling for GPUs used in climate modeling and other environmental science applications
5.
Cryptocurrency Mining:
• Mining Rigs: Provides efficient cooling for GPUs in cryptocurrency mining rigs, helping to maintain performance and extend hardware lifespan