Dual high-density double-wave fins to accelerate heat exchange
Surface Treatment
50μm hard anodized shell to prevent secondary oxidation
Micro Water Channel
Large size (3744 mm) micro water channels covering all CPU cores
Water Flow Design
Unique large-inlet small-outlet middle suction waterway design, increasing coolant flow speed by Approx. 20% compared to traditional mid-pressure cooling heads
Durability
Server-grade high-strength rigid design, copper base withstands multiple disassemblies without deformation or performance degradation (tested up to 10 times)
Type
Micro platform water pump
Motor
Full ceramic shaft and sleeve, quiet eight-pole motor
Control
Imported main control IC
Performance
2.5 m head lift, 130,000 ml/h flow rate
Noise Level
23 dB(A)
Rated Speed
3500 ±10% RPM
Rated Power
3.0W
Rated Voltage
DC 12V
Rated Current
0.22A
Bearing Type
Full ceramic shaft and sleeve
Connector
2510-4Pin
MTBF
200,000 hours
Material
PTFE threaded water tubes
Length
450 mm + 150 mm
Quantity
3
Size
120×120×25 mm
Material
LCP + PBT
Rated Voltage
DC 12.0V
Rated Current
0.32A (max)
Bearing Type
Dual ball bearing
Power Consumption
3.6W
Airflow
95.1 CFM
Speed
3000 RPM ±10%
Noise Level
34.6 dB(A)
Static Pressure
5.2 mmH2O
MTBF
200,000 hours
Connector
2510-4Pin (PWM)
CPU Socket
AMD platform SP5 (LGA6096)
Supported Processors
AMD EPYC (9004/9005 series) server processors
Cooling Performance Tested with
AMD EPYC 9654 @ 400W TDP, CPU temperatures recorded at 154°C and 254°C (data from abee laboratory)
Parallel waterway design for dual CPU cooling with no temperature difference
Server-grade rigid design suitable for consumer and server-class water cooling applications