vsversusfinder

iUniker Active Cooler for Raspberry Pi 5 vs Thermalright ASF Black V2 AM5 CPU Holder, AM5

Updated August 2026 — iUniker Active Cooler for Raspberry Pi 5 wins on cooling area and weight, Thermalright ASF Black V2 AM5 CPU Holder, AM5 wins on noise level.

The iUniker Active Cooler excels in cooling performance for Raspberry Pi users, while the Thermalright ASF Black V2 provides essential support for AMD CPUs. Choose based on your specific hardware needs.

Why iUniker Active Cooler for Raspberry Pi 5 is better

Cooling Performance

iUniker lowers CPU temps significantly under load.

Noise Level

iUniker operates below 18 dB for quiet performance.

Ease of Installation

iUniker includes pre-applied thermal tape for quick setup.

Why Thermalright ASF Black V2 AM5 CPU Holder, AM5 is better

Price

Thermalright is cheaper at $8.69.

Material Quality

Thermalright uses all-aluminum alloy for durability.

Specific Use

Thermalright is tailored for AMD AM5 CPUs.

Overall score

iUniker Active Cooler for Raspberry Pi 5
85
Thermalright ASF Black V2 AM5 CPU Holder, AM5
72

Specifications

SpeciUniker Active Cooler for Raspberry Pi 5Thermalright ASF Black V2 AM5 CPU Holder, AM5
Cooling TypeActivePassive
CompatibilityRaspberry Pi 5AM5 CPU
InstallationEasyModerate
MaterialAluminumAluminum Alloy
Fan TypePWMStatic

Dimension comparison

iUniker Active Cooler for Raspberry Pi 5Thermalright ASF Black V2 AM5 CPU Holder, AM5

Overview of the Products

The iUniker Active Cooler for Raspberry Pi 5 and the Thermalright ASF Black V2 AM5 CPU Holder cater to distinct segments of the computing world. The iUniker cooler, priced at $9.99, is designed for Raspberry Pi 5, offering an efficient cooling solution with an ultra-quiet PWM fan. In contrast, the Thermalright holder, at $8.69, is specifically engineered for AMD's AM5 CPU, providing structural support to prevent bending. Both products emphasize ease of installation and effective performance, but they serve different purposes in the realm of CPU cooling.

Design and Build Quality

The iUniker Active Cooler features an aluminum heatsink coupled with a PWM fan, ensuring superior heat dissipation under stress. It operates quietly at levels below 18 dB, making it an excellent choice for noise-sensitive environments. The design is tailored to fit the Raspberry Pi 5, with pre-applied thermal tape simplifying installation. On the other hand, the Thermalright ASF Black V2 is constructed from all-aluminum alloy, designed specifically for the AM5 CPU. Its surface oxidation treatment enhances durability, while the rounded perimeter minimizes scratching. Both products exhibit quality craftsmanship, but the iUniker cooler focuses on active cooling, while the Thermalright holder emphasizes structural support.

Performance Metrics

The performance metrics of the iUniker Active Cooler are impressive, especially when it comes to heat management. It can lower CPU temperatures to under 56°C during heavy loads, outperforming passive cooling solutions by 20-30°C. In contrast, the Thermalright ASF Black V2 does not directly affect CPU temperature but plays a crucial role in maintaining the integrity of the CPU by preventing bending. The performance comparison reveals that while the iUniker cooler excels in thermal management, the Thermalright holder provides essential support for AMD CPUs, ensuring stable operation.

Installation Process

Both products prioritize user-friendly installation, but they cater to different platforms. The iUniker cooler comes with pre-applied thermal tape and screws, allowing installation in just minutes, making it ideal for users who may not have extensive technical knowledge. Conversely, the Thermalright ASF Black V2 is designed for the AM5 CPU motherboard slots and includes an L-shaped screwdriver for ease of installation. Users can follow provided instructions or videos for a successful setup. While both products are easy to install, the iUniker's pre-applied thermal solution may appeal more to beginners.

Price Comparison

When considering price, the Thermalright ASF Black V2 is about 13% cheaper at $8.69 compared to the iUniker Active Cooler, which is priced at $9.99. This price difference may influence budget-conscious consumers, especially those who require a solution for AMD CPUs. However, the iUniker cooler offers unique features tailored for the Raspberry Pi 5, which may justify its higher price for specific use cases. Ultimately, the choice may depend on the user's platform and cooling needs rather than just the price.

Compatibility

Compatibility is a significant factor when choosing between these two products. The iUniker Active Cooler is specifically designed for the Raspberry Pi 5, making it a perfect fit for users of this single-board computer. It supports PWM speed control via the Raspberry Pi OS, allowing for seamless integration into existing systems. Conversely, the Thermalright ASF Black V2 is exclusively compatible with the AM5 CPU, supporting motherboards with X670 and B650 chipsets. Users must consider their current hardware to ensure they select a cooler that will fit their needs effectively.

Target Audience

The iUniker Active Cooler primarily targets Raspberry Pi enthusiasts who require efficient cooling solutions for projects involving AI or video processing. Its silent operation and excellent heat dissipation make it a popular choice among hobbyists and developers. In contrast, the Thermalright ASF Black V2 is aimed at users with AMD AM5 CPUs who need structural support to prevent potential bending. This product is ideal for gamers and content creators using high-performance systems, where maintaining CPU integrity is crucial for optimal performance.

Which should you buy?

Choosing between the iUniker Active Cooler for Raspberry Pi 5 and the Thermalright ASF Black V2 AM5 CPU Holder ultimately depends on your specific needs and hardware compatibility. If you are a Raspberry Pi user seeking a quiet and efficient cooling solution, the iUniker cooler stands out for its performance and ease of installation. However, if you own an AMD AM5 CPU and are concerned about the risk of bending, the Thermalright holder is a more suitable choice. Both products offer unique advantages, so consider your platform and requirements before making a decision.