Deepcool AN600 Low Profile CPU Cooler

Deepcool AN600 Low Profile CPU Cooler

The DeepCool AN600 Low Profile CPU Cooler is the ultimate solution for compact PC builds where space is limited but cooling performance cannot be compromised. Engineered specifically for Mini-ITX and SFF (Small Form Factor) systems, this cooler delivers efficient thermal management with a sleek, low-profile design that fits easily in tight cases.

Despite its compact footprint, the AN600 packs a punch with its fan speed range of 500–1850 RPM ±10%, offering dynamic cooling that adjusts to your CPU’s workload in real time. It pushes 61.56 CFM of airflow and maintains a static pressure of 1.97 mmAq, ensuring consistent heat dissipation—even in densely packed cases with limited ventilation.

Noise won’t be an issue—operating at just ≤24.4 dB(A), the AN600 provides near-silent performance, making it perfect for quiet workspaces, home theater PCs, or minimalist desktop setups. The 4-pin PWM control allows for precise fan speed adjustments based on system temperature, optimizing cooling while minimizing power usage and noise.

Built with Fluid Dynamic Bearing (FDB) technology, the AN600 delivers long-lasting durability and smoother operation than traditional bearings. The cooler is powered by 12V DC at 0.7A, consuming just 8.4W, making it not only effective but also energy-efficient.

Key Features:

• Ultra-low profile design for Mini-ITX and compact PC builds

• Adjustable 500–1850 RPM ±10% fan speed for dynamic cooling

• Airflow: 61.56 CFM, Static Pressure: 1.97 mmAq

• Ultra-quiet operation with noise levels ≤24.4 dB(A)

• PWM 4-pin fan connector for efficient speed control

• Fluid Dynamic Bearing for extended lifespan and silent performance

• Power-efficient: 12V / 0.7A / 8.4W consumption

Whether you're building a small form factor powerhouse, a silent workstation, or a low-noise HTPC, the DeepCool AN600 provides reliable cooling performance in a compact and energy-efficient package—without sacrificing quiet operation or system compatibility.