
INTRODUCTION -------- Idle temperature reduced from 68°C to 44°C. I haven't done any stress testing or overclocking and don't intend to, just wanted it to run cool. PROS ------ Very high performance for a case with passive cooling. Has 4 pins that contact SOC, RAM module, USB controller and power controller. CONS------- No 5th pin to contact the network controller chip (can be fixed with a small heatsink) MINDCLOSE----------------------- ----After doing some research, including looking at thermal images of the Raspberry Pi 4, I've come to the conclusion that passive cooling is the way to go if you don't want to overclock. Interesting. MagPi wrote an article about the best Raspberry Pi case and they seemed to lack a basic understanding of heat transfer when testing. Their logic was that the colder the hull looked in their thermal imagers, the more effective it was. Source. The packages they recommended didn't even have pins to contact all the components, namely the power chip which is notoriously hot!

🌐 MCIGICM 2 Channel DC 5V Relay Module: Optocoupler Low Level Trigger Expansion Board for Arduino UNO R3, DSP, ARM, PIC, AVR, STM32, Raspberry Pi
11 Review

Vilros Raspberry Pi 4 4GB Complete Starter Kit - Black Fan-Cooled Aluminum Case for Heavy-Duty Performance
12 Review

Gikfun Screw Shield Expansion Board: Enhance Arduino UNO R3 with the EK7007 Add-On
11 Review

GeeekPi Raspberry Pi Cluster Case with Cooling Fan and Heatsink for Pi 4 Model B, 3 Model B+ & 3/2 Model B
11 Review

36-Pack Black Rubber PC CPU/Case Fan Screws/Rivets Set for Computer
11 Review

🖥️ Helifouner 450-Piece Computer Standoffs Spacer Screws Kit: Ideal for Hard Drive, Motherboard, Fan, Power Graphics & Computer Cases
10 Review

M.2 Screw Kit: Easy Mounting for NVMe SSDs on ASUS Motherboards
19 Review

uxcell 3.5" HDD Screw Black 200pcs for Computer PC Case - Flat Phillips Head - 6#-32 - Hard Drive Fasteners
10 Review