Description
DUAL-LOOP ARGB LIGHTING
- The MasterFan Halo series employs 24 individually controlled Addressable RGB LED’s divided into two rings to ensure an exceptionally vibrant display of colour
SILENT COOLING TECHNOLOGY
- MF140 Halo is fitted with multiple layers of noise reduction technology and sound absorbing materials, which ensure more consistent fan RPM and reduce inefficient vibration and annoying clicking (6 - 30 dBA)
HYBRID FAN BLADE DESIGN
- Air Balance fan blades combine the design elements of both jet and helicopter blades to deliver dependable air pressure (1,17 mmH2O ± 10%) for cooling and exceptional airflow (55 CFM ± 10%) for case intakes & exhaust
WIDE RANGE OF COMPATIBILITY
- The MF140 Halo is fully compatible with ARGB motherboard software (e.g. ASUS Aura, ASRock RGB and MSI RGB) and includes Addressable RGB connector clips to ensure a secure connection
SMART FAN SENSOR FOR JAM PROTECTION
- The MF Halo series comes with intelligent sensors to help protect against cables and components becoming snagged or damaged during operation
- The MasterFan Halo series employs 24 individually controlled Addressable RGB LED’s divided into two rings to ensure an exceptionally vibrant display of colour
SILENT COOLING TECHNOLOGY
- MF140 Halo is fitted with multiple layers of noise reduction technology and sound absorbing materials, which ensure more consistent fan RPM and reduce inefficient vibration and annoying clicking (6 - 30 dBA)
HYBRID FAN BLADE DESIGN
- Air Balance fan blades combine the design elements of both jet and helicopter blades to deliver dependable air pressure (1,17 mmH2O ± 10%) for cooling and exceptional airflow (55 CFM ± 10%) for case intakes & exhaust
WIDE RANGE OF COMPATIBILITY
- The MF140 Halo is fully compatible with ARGB motherboard software (e.g. ASUS Aura, ASRock RGB and MSI RGB) and includes Addressable RGB connector clips to ensure a secure connection
SMART FAN SENSOR FOR JAM PROTECTION
- The MF Halo series comes with intelligent sensors to help protect against cables and components becoming snagged or damaged during operation
