The Labists starter kit is a great kit to get up and going right out of the box in minutes.
Before I get into the details regarding the Labists kit, the main reason I made this purchase was to score an 8 GB Raspberry Pi 4. They were hard to find at the time, and when I broke down the price, the Labists kit seemed like a good value to me at $120 (a 8 GB Pi by itself runs around $75). It had a decent looking heatsink and fan, so I figured it’d be good to use for my Ubuntu setup. After I set it up and tested it out, I was a little underwhelmed by the performance. Let’s take a look:
The kit includes everything you need to get started with your Pi: the Pi itself, case, heatsink/fan, power supply, SD card, and the proper HDMI cables. The heatsink comes with a fan already attached and as a bonus, it has some RGB LEDs that light up and change color when the unit is on. A neat aesthetic touch that doesn’t add to the performance, but looks kind of cool. The case itself looks nice, basically it’s a standard Pi case with a clear vented top to show off the lights. It was fairly easy to put together and in minutes I was booted up and ready to test the kit for cooling.
The Argon One case was the baseline I used for testing the Labist kit. The Argon One did a great job of keeping the Pi cool at around 45 C idle. I figured with the Labists large heatsink and fans it would do a similar job of cooling the Pi. I was a bit disappointed with my findings. The Labists idle temp was about ten degrees higher than the Argon One, and when I did a quick stress test the Labists setup hit 80 C, which is a bit on the high side for me, and at that temp the Pi’s CPU started to throttle. I even tried thermal paste in place of the thermal pads to see if it made a difference. It might have shaved off a couple degrees, but the Labists still remained a bit on the warm side.
If you’re not overclocking or pushing your Pi to the limit, the Labists kit isn’t a bad setup. For a beginner wanting something easy to set up and use out right of the box, this might be for you. If you’re looking for a case with exceptional cooling performance for overclocking, look at something else like an Argon One to meet your needs.
The Raspberry Pi 4 survived a 2 hour long stress test at 2100 MHz.
Overclocking a computer is always something I’ve been interested in. Who doesn’t want to get more out of their hardware? The only hold back for me was the possibility of messing something up and ending up with a dead machine, not to mention the extra wear and tear from the added heat, which in turn shortens its life. That said, I just put the idea of overclocking to the side since my PC worked fine and the performance was decent. If I had a second computer that I didn’t need to worry about I could do it! Well, now I have a brand new Raspberry Pi 4 4 GB and an ArgonONE case with a fan to try it out without too much worry! I figured a Pi would be the perfect computer to try out an overclock project. Let’s crank it up!
I started out thinking about cooling: I would need a good case with a fan for this to work optimally. I did a bit of research and found a good article on the subject over at the MagPi and chose the ArgonONE case for my project. It gave great performance for the price and it had a sleek design so I bought one to try it out for this project. It even came with a power adapter so I didn’t need to buy one separately.
Next I actually needed the Raspberry Pi. I chose the Raspberry Pi 4 4 GB model for the project. I was considering using the 8 GB model, but that model was out of stock, so I opted for the 4 GB model instead. Along with the Pi, I needed the proper adapters to work with my old trusty VGA monitor. I already had the VGA to HDMI adapter but I needed something that would work with the Pi 4’s microHDMI ports. I did the silly thing and bought a bunch of cables. Was it miniHDMI or microHDMI? I wasn’t sure so I picked up a few. All I really needed was a microHDMI to HDMI dongle. Luckily cables are inexpensive and you never know when you might need one to connect a device, so the extras will get stashed away until I might need them.
Speaking of the monitor, I found a great deal on a refurbished HP 17” VGA monitor at my local MicroCenter. I figured it would make a good display for various Pi projects and so far it performs well. I might consider getting another one if I need another larger display for a project.
One more item I needed was a good SD card. I always get the best class 10 card I can afford. Luckily SD cards aren’t overly expensive and are pretty easy to find. I usually use SanDisk Extreme or Ultra cards, which have worked well in the past for me and haven’t caused any issues so far.
Finally, I needed something to log the temperature data. Fortunately, there is a great tutorial on how to write a temp logger script that will graph your data and save it into a .csv file so you can review the data in a spreadsheet. The tutorial can be found here. And before I forget, I used TwisterOS and the preinstalled Commander Pi for the OS and overclocking utility. You can get the latest TwisterOS image here. By the way, you might have to manually install the newest version of Commander Pi. The instructions can be found here.
After I had all of the necessary items together, it was finally time to put it all together and crank up that clock speed! First, I formatted the SD card and installed the Twister OS image on it. Next up was putting together the ArgonONE case.
The case was fairly easy to put together. Put the thermal pads onto the designated areas, attach the daughterboard to the Pi, put in a few screws and it’s all done. The daughterboard is a nice feature that puts all of the ports on one side and adds a power button. The aluminium chassis and overall design of the case makes it one big heatsink. Crank up your processor and put your hand on the ArgonONE to see what I mean. The case will be warm to the touch from the Pi heating up. Another nice feature of the Argon is the software you can use to control when the fan fires up.
After everything was all set up and ready to go, it was finally time to crank up the clock speed on the Pi. Before I found the stress test script I did some “normal use” tests where I opened several Chromium tabs, ran some YouTube videos, and fired up Minecraft Pi to see how everything worked.
When I was done with that I cranked the clock up to 2100 MHz and ran the same tests for about ten minutes. When I put my USB stick in to save the log data, the Pi started to act a little wonky, so I dialed it back to 2000MHz. That was before I found the stress test script.
Once I found the script, I put it to use right away. I ran it at 2000MHz and it passed fine. I was willing to let it be at this point, but I slept on it a few days and decided to bump it back up to 2100MHz. I ran it again and it passed. So far I’ve been using it often and haven’t had any issues with the USB stick when I last attached it to the overclocked Pi and the overall stability seems fine so far.
The ArgonONE case did a great job of keeping the case cool. My most recent stress test I did was just over two hours long (Not a few minutes like the article over at PiMyLifeUp claimed). Throughout that test, the Pi never got above 62 degrees C and the average temperature hovered around 57 degrees C. Pretty good performance from the ArgonONE case/fan, I would highly recommend getting one if you plan on overclocking your Pi, or if you just want a cool looking desktop case. They’re around $25 at most retailers online which is a great value for the performance it offers.
Overall, I had a great time overclocking my Pi and TwisterOS makes it so easy with CommanderPi. I’ve already turned up the clock on my Ubuntu Pi (CommanderPi doesn’t work on Ubuntu unfortunately) and plan on overclocking my Pi Model 3s as well! Grab a Pi and try it out!
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