ASRock Challenger White 240 Digital Cooling

Forge the Future Dominate the Game

The Challenger series is all about fearless play, bold discoveries, and relentless evolution. With robust specifications at a gamer-friendly price, it is the ultimate choice for gamers.

Smart 3" digital display

The water block incorporates a vibrant digital display with dazzling ARGB lighting, showing the CPU temperature, frequency, and speed in real time for easy system monitoring.

Challenger Driver Installation

Install the Challenger driver to display system information and set the operation switch time.

Next generation cooling system

Precision structure and automotive-grade components, powered by a three-phase, 6-slot, 4-pole motor for stronger flow, extended durability, and top cooling performance for unwavering CPU stability.

Continuous Magnetic Field: Continuous rotating magnetic field for higher energy conversion efficiency.
Low Torque Ripple: Low torque ripple ensures smooth and stable operation.
Balanced Current Load: Balanced current distribution minimizes copper loss.
Reduced Core Loss: Reduced core loss improves overall operational efficiency.
Lower Thermal Power: Lower thermal power maintains performance during prolonged operation.
Simplified Motor Architecture: No capacitors or starting coils required, enhancing reliability.

Blade design with ring frame

The ring frame blade design features a reinforced structure to optimize airflow concentration, creating stronger static pressure and deeper penetration into the radiator.

MULTICOLOR RGB

Simply connect the 3-pin ARGB header to an ASRock motherboard to unlock Polychrome SYNC support and experience perfectly synchronized full-system RGB lighting with seamless control.

Forge the Future Dominate the Game

The Challenger series is all about fearless play, bold discoveries, and relentless evolution. With robust specifications at a gamer-friendly price, it is the ultimate choice for gamers.

Smart 3" digital display

The water block incorporates a vibrant digital display with dazzling ARGB lighting, showing the CPU temperature, frequency, and speed in real time for easy system monitoring.

Challenger Driver Installation

Install the Challenger driver to display system information and set the operation switch time.

Next generation cooling system

Precision structure and automotive-grade components, powered by a three-phase, 6-slot, 4-pole motor for stronger flow, extended durability, and top cooling performance for unwavering CPU stability.

Continuous Magnetic Field: Continuous rotating magnetic field for higher energy conversion efficiency.

Low Torque Ripple: Low torque ripple ensures smooth and stable operation.

Balanced Current Load: Balanced current distribution minimizes copper loss.

Reduced Core Loss: Reduced core loss improves overall operational efficiency.

Lower Thermal Power: Lower thermal power maintains performance during prolonged operation.

Simplified Motor Architecture: No capacitors or starting coils required, enhancing reliability.

Blade design with ring frame

The ring frame blade design features a reinforced structure to optimize airflow concentration, creating stronger static pressure and deeper penetration into the radiator.

MULTICOLOR RGB

Simply connect the 3-pin ARGB header to an ASRock motherboard to unlock Polychrome SYNC support and experience perfectly synchronized full-system RGB lighting with seamless control.

Main Specifications

• Socket: 1700, 1851, AM4, AM5
• Radiator Size: Dual Fan
• Fan Dimension: 120 mm
• Colour: White
• Tube Length: 450 mm
• Radiator Material: Aluminum
• Lighting: ARGB
• Pump Display: Yes

Technical Specifications

• Fan Speed (max): 3200 rpm
• Fan Noise Level (Full Load): 31 dB
• Air Flow: 62.6 cfm
• Air Pressure: 1.44 mmH₂O: millimeters of water
• Bearing Type: Rifle

• Continuous Magnetic Field: Continuous rotating magnetic field for higher energy conversion efficiency.
• Low Torque Ripple: Low torque ripple ensures smooth and stable operation.
• Balanced Current Load: Balanced current distribution minimizes copper loss.
• Reduced Core Loss: Reduced core loss improves overall operational efficiency.
• Lower Thermal Power: Lower thermal power maintains performance during prolonged operation.
• Simplified Motor Architecture: No capacitors or starting coils required, enhancing reliability.
• Continuous Magnetic Field: Continuous rotating magnetic field for higher energy conversion efficiency.
• Low Torque Ripple: Low torque ripple ensures smooth and stable operation.
• Balanced Current Load: Balanced current distribution minimizes copper loss.
• Reduced Core Loss: Reduced core loss improves overall operational efficiency.
• Lower Thermal Power: Lower thermal power maintains performance during prolonged operation.
• Simplified Motor Architecture: No capacitors or starting coils required, enhancing reliability.