4 Cooling Fan Ice Tower Cooler CPU Heatsink for RPi 4B

Product Description:

This 4 Cooling Fan Ice Tower Cooler CPU Heatsink is designed to effectively dissipate heat and provide optimal cooling for your Raspberry Pi 4B. Its innovative design incorporates multiple features to enhance the performance and longevity of your device.

Product Features:

Efficient Heat Dissipation:
– Equipped with four high-performance cooling fans that generate powerful airflow to draw heat away from the CPU.
– The heat sink features a large surface area with optimized fins for efficient heat transfer.

Durable Construction:
– Made from premium-grade aluminum alloy, the heat sink is sturdy, lightweight, and offers excellent thermal conductivity.
– The heat sink’s anodized finish enhances durability and corrosion resistance.

Compact and Lightweight:
– The compact design allows for effortless integration into your RPi 4B setup without adding excessive bulk.
– Its lightweight construction ensures minimal impact on the system’s overall weight.

Quiet Operation:
– The cooling fans are designed to minimize noise levels, ensuring quiet operation during intensive tasks.

Versatile Mounting Options:
– Comes with a pre-installed mounting bracket for quick and secure installation on your RPi 4B.
– Additional mounting hardware is included for flexible placement options.

Easy Installation:
– The heat sink is pre-assembled and ready for installation, making it a convenient and hassle-free process.

Color Options:
– Available in multiple color options to match your aesthetic preferences.

Additional Features:

– Compatible with Raspberry Pi 4B versions 1.0, 1.1, and 1.2
– Includes thermal pads for improved heat transfer between the CPU and heat sink
– Enhances overall system stability and prevents thermal throttling

Specifications:

– Dimensions: 60 x 60 x 35 mm
– Weight: 100g
– Fan Speed: 3000 RPM ± 10%
– Noise Level: <26 dBA

Benefits:

– Extends the lifespan of your Raspberry Pi 4B by preventing overheating
– Improves system performance by maintaining optimal operating temperatures
– Reduces the risk of system crashes or data loss due to thermal issues
– Allows for demanding workloads and extended use without performance degradation
– Enhances the overall user experience by providing a cooler, quieter, and more stable system

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