astralcooler
Astralcooler All-in-one server GPU cooler radiator 360/480, compatible with NVIDIA CMP 170HX/A100 40GB/A30 24GB
NVIDIA GPU water block
$399.00
NVIDIA CMP 170HX;All Metal;All-in-one graphics card cooler;NVIDIA A100 40GB;NVIDIA A30 24GB
CMP 170HX、A100 40GB、A30 24GB
COMPATIBLE PLATFORM (PCB)

| BRAND | astralcooler |
| PRODUCT CATEGORY | GPU block |
| MATERIALS |
Compatible Platforms (with attached image)
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NVIDIA A100 40GB
NVIDIA CMP 170HX
NVIDIA A30 24GB
Cooling Location
- High-heat-generating components such as the GPU core, memory, power MOSFETs, inductors, and tantalum capacitors.
Cooling Principle
- The high-purity oxygen-free copper baseplate of the graphics card's water block covers key high-heat-generating components, including the GPU core, memory, power MOSFETs, and tantalum capacitors. The heat absorbed by the water block is then carried away by the flowing coolant.
Block Features
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High Thermal Conductivity:
- The baseplate is made of T2 oxygen-free copper, with a thermal conductivity of up to 401 W/m·K, improving heat transfer efficiency and increasing the heat dissipation area.
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High-Density Jet Microchannel Design:
- The expanded water channel area effectively increases the contact area between the coolant and the base plate, comprehensively improving the heat dissipation performance of the water block.
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All-Metal Chassis:
- The all-metal chassis ensures efficient heat dissipation and stability while significantly extending the lifespan of the hardware, providing a solid foundation for high-load operation
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Lightweight Design:
- Reduces the weight of the water block, preventing PCB deformation. A more reliable passivation process ensures faster heat conduction while effectively resisting corrosion and wear.
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No copper-aluminum reaction will occur:
- The cold head has a nickel-plated copper surface, the radiator has a hard anodized aluminum surface where it comes into contact with water, and the coolant has a formula to inhibit the copper-aluminum reaction. These three elements combined prevent the copper-aluminum reaction.
