ThermoLab BADA 2010 Revolutionary 3-Heatpipe CPU Cooler - 775, 1366, 1156 & AM2/+

ThermoLab Co.,Ltd specialized in computer cooling solution releases the NEW CPU Cooler BADA2010.
BADA2010 is follow-up model of BADA which was spotlighted in performance and in price compared with world top class cooler.
BADA2010 is following the concept for cooling mania who want extreme performances.

• BADA(ë°?ë?¤) [bada] has a meaning of 'the sea' in Korean
  As the sea is origin of all creatures,
  BADA2010 want to be a cooler that makes equilibrium
  and harmonization in heat dissipating
  and thermal transfer in the personal computer system.
• BADA2010 is for high-end users seeking for better silence in using personal computer
  BADA2010 usually runs 1000~1,500rpm under general circumstances.
  Although BADA2010 runs 2,100RPM, users can be satisfied with its low noise.
• Also, BADA2010 is one of heat-pipe cooler with small size that makes good compatibility. Although bada2010 is run with low noise (with low RPM), its performance overwhelm another brand Cpu cooler

• The compatibility is superb in over 165mm case width.


• Designed with low Rpm(Max.2100rpm) and rounded 92mm PWM function with 4-PIN


• Excellent heat-sink design under low RPM and low noise(17~20dBA)


• Silicon fan mount was applied to prevent oscillation.


• Thermal grease is included performing efficient thermal transfer


• Cooling performance similar to big tower cooler


• Various socket compatibility

Applicable CPU

• Socket type : Intel Socket 775, 1156, 1366 CPUs / AMD Socket AM2/AM2+/AM3 CPUs

Components

Heatsink Assembly Â? 1SET(BADA Heat-sink with FAN) Smart Clip Â? 4EA(2*2EA) Fixing Bolt for Smart Clip - 5EA(4EA+Spare1EA) Back Plate - 1EA FixingBolts for Heatsink - 5EA(4EA+Spare1EA) Rubber Pad - 1EA(For LGA775,AM2,AM2+,AM3) Rubber O-ring - 5EA(4EA+Spare1EA) ThermalGgrease Â? 1EA Hand Nut - 5EA(4EA+Spare1EA)

Specifications:

Product name	Bada2010
dimension	95 × 115 × 135 (L x W x H)mm
weight(including fan)	521g
Heatsink material	Pure Copper, Aluminum
Dissipation area	5,175 cm²