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Enhance Raspberry Pi Performance with LoveRPi Heatsinks Review

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Average

Revainrating 3.5 out of 5  
Rating 
3.7
🌡️ Thermal Management Products, 💡 Industrial Electrical

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Description of Enhance Raspberry Pi Performance with LoveRPi Heatsinks

EXTREME PERFORMANCE: Straight-fin design with twice the height of other heatsinks for extra heat dissipation performance whether actively or passively cooled. Mandatory for applications in high temperature, sealed, or overclocked applications. LONG LASTING EXACT FIT: CPU and LAN chipset heatsinks are fabricated specifically for the Raspberry Pi 3 Model B+ and B. Double-sided 3M thermal transfer tape offers high thermal conductivity and long lasting adhesion in all mounting scenarios. QUICK AND SIMPLE INSTALLATION: Peel and stick in the orientation with the most airflow. Most effective solution for reliable performance and longevity. No more messy thermal paste and compatible with LoveRPi Power over Ethernet HAT for Raspberry Pi 3 Model B+. NO MORE THROTTLING: Reduce chip hot-spots and increase thermal dissipation surface area by 10x. For Raspberry Pi 3 Model B, cooling amplification for CPU die area is over 100x! Say goodbye to temperature based performance throttling and maintain consistent maximum performance. MUST HAVE FOR RASPBERRY PI 3: At full load, BCM2837 SoC will reach 100°C. That is hot enough to boil water! Together with active cooling an active cooling case like the LoveRPi Active Cooling Media Center PC Case, the heatsink will keep temperatures below 20°C above ambient.

Reviews

Global ratings 3
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Type of review

Revainrating 2 out of 5

Not exactly what I need for Raspberry Pi 4B

The larger of the two was too big for me to fit the fan in the case. I unsealed the larger case and sawed it into the sink but to no avail. I ended up ordering another kit which included an extra sink (looks like the Pi 4 needs 3). These had a much lower profile and a different cut to increase surface area. With all this, I could only use one of the radiators considered here.

Pros
  • Dope 🔥
Cons
  • Expensive

Revainrating 4 out of 5

Works perfectly! Minor concerns about adhesive

I haven't done any major overclocking on my Pi3B, but under load these heatsinks have helped keep temperatures noticeably low. The glue on them made the heatsinks slide a bit after application. Maybe they got stronger after a while? I didn't want to put too much strain on them in case they fall off. My Pi is currently at a 90 degree angle and they work great in that orientation.

Pros
  • Easy to read control panel
Cons
  • New competition is here

Revainrating 5 out of 5

Excellent and incredibly good price

Size: Radiators seem to be a very reasonable size. They fit snugly on my Raspberry Pi 4 and don't add bulk to the board. Thermal: By using heat sinks, my passive temperature was reduced by 4 to a maximum of 10 degrees Celsius without active cooling. I suspect that the increased surface area provided by the heartbeat would greatly increase the efficiency of an active cooling system. Adhesive: Adhesive appears to be quite thermally conductive. It binds strong enough that I'm not worried about the

Pros
  • nice thing
Cons
  • I don't remember but there was something