LX800PRO

LX800PRO
LX800PRO

LX800PRO Product Specifications

  • Compatibility

    • Intel LGA 1851/1700
    • AMD AM5/AM4
  • Water Block

    • Water Block Size: 89x93.4x89.9 mm
    • Block Material: Copper
  • Radiator

    • Radiator Size: 397×119.2×29.2mm
    • Radiator Material: Aluminum
    • Tube Material: Sleeved EPDM
    • Tube Length: 400 mm
  • Water Pump

    • Scheme: TCOMAS X6M-P
    • Noise Level: 22dBA
    • Rated Voltage: DC 12V
    • Power Consumption: 9.6W
  • Fan

    • Model: FC700PRO
    • Quantity: 3 PCS
    • Size: 120x120x30 mm
    • Speed: 650-3200 RPM ±10%
    • Air Pressure: 7.7 mmAq (MAX)
    • Air Flow: 111 CFM (MAX)
    • Noise: 42 dBA (MAX)
    • Power Consumption: 4.08 W
2.8-inch IPS Round Display

2.8-inch IPS Round Display

「Strong」Magnetic Mount

「Strong」Magnetic Mount

1.44-inch LCD Square Display

1.44-inch LCD Square Display

Available in Classic Black or White

Available in Classic Black or White

Heat Release 

The liquid cooler features a built-in axialfan with a

side-vent airflow design to enhance cooling for

power delivery modules and memory.

Heat Release

Built-In 5015 Axial Fan with

Speeds Up to 3500 RPM

Enhanced Airflow Circulation

Built-In 5015 Axial Fan with  Speeds Up to 3500 RPM

Powered By Advanced

Cooling Technology

42 dBA

Noise(MAX)

111 CFM

Air Flow(MAX)

7.7 mmAq

Air Pressure(MAX)

650-3200 RPM±10%

Speed(MAX)

POWERED BY ADVANCED  COOLING TECHNOLOGY

29mm Thickened Radiator 15% + More Coolant Capacity

Further Enhances Cooling Performance

Strong Magnetic Mount

Customize Your Ral-Time Monitoring Display

Freely switch between wallpapers and hardware telemetry

CUSTOMIZE YOUR REAL-TIME MONITORING DISPLAY
CUSTOMIZE YOUR REAL-TIME MONITORING DISPLAY

Multi-Layer Aluminum Alloy Housing

 

Multi-Layer Aluminum Alloy Housing

High-Gloss Beveled Edges for a Seamless Premium Design

High-Gloss Beveled Edges Enhance the Premium Finish

Precision CNC-Machined Aluminum Window with Micron-Level Accuracy

Precision CNC-Machined Aluminum Window with Micron-Level Accuracy

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