Hybrid cooler Akasa Intel LGA1700 Aluminium Black 3.76 mmH2O Ball bearing

The Akasa Hybrid cooler for Intel LGA1700 combines a large core contact area with a low-profile aluminium heatsink and an embedded fan to provide effective cooling for modern Intel LGA1700 processors. Finished in black aluminium and built with a ball-bearing fan, the cooler is designed for compact desktop systems while supporting common motherboard form factors.

Advantages

The enlarged core shape increases the contact area with the CPU package to improve thermal transfer and heat dissipation. With a maximum heatsink height of 29.92 mm the cooler fits in low-profile and small form factor enclosures such as Mini-ITX, cube and HTPC cases. An aluminium heatsink with a copper core and an embedded PWM fan supplies variable airflow as needed; a high-grade thermal interface is pre-applied to simplify installation. The included push-pin mounting mechanism is updated for Intel LGA1700 compatibility.

Suitable for

• Small form factor desktops (Mini-ITX, Cube, HTPC)
• Systems using Intel LGA1700 processors
• Compact builds that require low-profile cooling

Key specifications

• Type: Hybrid cooler
• Supported processor socket: LGA 1700
• Maximum heatsink height: 29.92 mm
• Maximum air pressure: 3.76 mmH2O
• Fan bearing: Ball bearing
• Colour / material: Black, Aluminium (with copper core)
• Weight: 0.2545 kg
• MPN: AK-CC6602HP01
• EAN: 4710679552026

How to use

Place the cooler over the CPU so the enlarged core makes full contact with the processor package. Use the pre-applied thermal interface on the cooler base, align the push-pin mounting points with the motherboard holes for LGA1700, then press the pins to secure the cooler. Connect the PWM fan cable to the CPU fan header on the motherboard to enable automatic fan speed control. Ensure the cooler clears nearby components in your chosen small form factor case before final assembly.

Recommendations

Install the cooler in a well-ventilated case with adequate airflow. Periodically check the fan and mounting pins for secure fit and clean the aluminium heatsink fins to maintain optimal cooling performance.