Astralcooler GPU Water Block for NVIDIA TESLA A100 80GB

1 block with 360mm rad

$319.00

$319.00

Components with high heat generation, such as GPU cores, VRAM, power MOSFETs, inductors, and tantalum capacitors.

The high-purity oxygen-free copper base plate of the graphics card's water block covers key high-heat components, including the GPU core, VRAM, power MOSFETs, and tantalum capacitors. The heat absorbed by the water block is then carried away by the flowing coolant.

High thermal conductivity:
- Made of T2 oxygen-free copper, the base plate delivers a high thermal conductivity of 401 W/m·K, improving heat transfer efficiency and increasing heat dissipation area.
High-density jet micro-channel design:
- The waterway area is enlarged with up to 176 micro-channels, each featuring a bottom groove. The asymmetric 5+3 channel configuration (0.5 mm slot width + 0.01 mm spacing) increases the contact area between the coolant and the base plate, enhancing the heat dissipation efficiency of the water block.
Full metal coverage:
- The copper plate is extended to 157 mm in length to maximize coolant flow coverage.
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 erosion.

The all-ceramic shaft sleeve extends service life, the three-phase six-stage motor ensures long-lasting power output, and the imported main control IC provides stable operation, delivering long-term reliable coolant circulation for the water cooling system.

The high-static-pressure penetrating heat dissipation design efficiently removes heat at a noise level of 41 dB(A), providing long-lasting and stable cooling for the water cooling system.
Speed: 3000 ± 10% RPM | Static Pressure: 5.3 mmH₂O | Airflow: 99.5 CFM | Noise: 41 dB(A)

Carefully selected high-quality aluminum materials improve heat dissipation and structural durability, ensuring reliable operation in all conditions.

The EPDM braided tube is heat-resistant and durable, offering a long service life and stable operation under high loads. It provides a long-term, reliable heat dissipation path for water cooling systems.