Intel All Copper PWM Blower Fan Low Profile Cooler
Discover the Akasa All Copper Low Profile CPU Cooler, engineered for compact systems needing reliable Intel processing power. This cooler features a side blower design perfect for tight spaces, utilizing an all-copper heatsink for superior thermal conductivity. It securely supports Intel LGA1700 sockets and CPUs up to 95W TDP, ensuring stable performance. Installation is simplified with spring-loaded screws, and the twin ball bearing fan offers longevity. The PWM control allows for efficient speed adjustment, keeping your compact build cool and quiet.
$45.00
Owner Satisfaction
4.0
/ 5
Category Rank
3356
/ 3605
#3356 in Computer System Cooling Parts
Price vs Category Average
-70%
Below average
Heatsink Material
Copper
/ Copper
Who it's for
- Superior Thermal Conductivity
- Excellent SFF Compatibility
- Efficient PWM Control
Who should skip it
- High Noise Profile Under Load
- Limited High-TDP Cooling
- Restricted Airflow Pattern
Key Specs
Heatsink Material
Copper
Compatibility
Intel LGA 775, 115X, 1200, 1700
Max TDP Support
95W
Cooler Dimensions
88 x 87 x 30.5mm
Fan Speed Range
1200 – 5500 RPM
Max Airflow
11.83 CFM
Bearing Type
Twin Ball Bearing
Fan Connector
4-pin PWM
Features
- Excellent thermal transfer via solid copper heatsink
- Space-saving 1U low profile design
- Secure mounting with spring-loaded screws
- Long-lasting twin ball bearing fan
- PWM control for variable fan speed
- Side blower fan configuration for tight builds
- High compatibility across multiple Intel sockets
What customers say
This Akasa low profile cooler earns praise primarily for its superior thermal performance in space constrained Small Form Factor builds. Users value the all copper construction, which effectively manages heat from low to mid TDP CPUs, making it a significant upgrade over stock coolers. The PWM control adds efficiency. However, the dominant drawback is noise. Under heavy load, the blower fan generates considerable sound, which detracts from the experience, especially in quiet HTPC environments. While users acknowledge the thermal limitations inherent in compact designs, the acoustic output remains the main point of contention. Overall, it is viewed as a high quality, necessary compromise for tight builds if the user can accept the noise level.
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$45