Experimentarium [gav-pi12]

Raspberry Pi - Experimentarium

You know me by now... a new Raspberry Pi is released so I feel the urge to buy it! I figured that if the Raspberry Pi 4 was as fast as reported then it could actually be very useful - just not sure what for, since I've already got a more than capable Desktop PC! The main problem was having it on my computer desk as a more permanent fixture.

I've tried several cases for this, starting off with Pimoroni's Pibow Coupé 4 – Rainbow with a heatsink of course, as it soon became aparent that the Pi4 gets a bit hotter than other Pis (the USB controller turned out to be a primary factor).

So, I then tried this Dual Fan Heatsink Case which certainly kept the Pi a lot cooler. However, the fact that the fan connector made the IO header a pain to access (yes, I could have soldered directly to the board - but that's a pain too). So, it wasn't used as much as it could have been.

Then, I stumbled upon the Argon ONE which ticks a lot of boxes: software controlled power switch, heatsink, IO header which is fully accessible, and to top it off it also moves some of the connections so that they are all on the back of the unit, and also has external access to the microSD (unlike the Desktop Pi which has no access at all - you have to disassemble the whole thing)! Need I say more?!

Raspberry Pi - Experimentarium

The enclosure lid is aluminium and has passive cooling of the SoC and RAM, but also has a fan for additional cooling just in case things get a bit hot!

Assembly is pretty straight forward, and only takes a few minutes:

Raspberry Pi - Experimentarium

1. Attach the connector extender board to the Pi4.

Raspberry Pi - Experimentarium

2. Mount the boards to the top of the case (I found that the Ethernet aperture was a bit tight).

Raspberry Pi - Experimentarium

3. Attach the base to the enclosure. Note the fully accessible microSD slot!

Raspberry Pi - Experimentarium

To gain access to the IO header, remove the magnetically attached top cover and you'll find a new header rotated 90° from the Pi which is even colour coded, and has the pinout on the case. Note all ports on the rear face of the unit along with a power switch.

Finally, after installing Raspbian (or whichever distro you like) you need to install the package from Argon40 to act upon the soft power button and control the fan - open a terminal and type:

curl https://download.argon40.com/argon1.sh | bash

I have it configured with Raspbian, and fully integrated into the home network, with all user accounts accessible and NFS mounted from the server.

Specifications

Case: Argon ONE
Board: Rapsberry Pi 4 (version 1.0)
SoC: Broadcom BCM2711
CPU: 64-bit Quad-core (ARM Cortex-A72, ARMv8-A arch) @ 1.5Ghz
GPU: Broadcom VideoCore IV@ 500 MHz
RAM: 4GiByte LPDDR4 SDRAM
Storage: Sandisk Ultra, class 10 (32GByte micro SDHC)
KVM Switch: Belkin F1DN104Cea (Secure 4-port DVI-I, USB2.0, audio & CAC)
(KVM) Monitor: DELL P2418D (24inch 16:9, 2560x1440 IPS panel)
(KVM) Speakers: Creative GigaWorks T40 Series II
(KVM) Keyboard: Logitech Cordless Desktop Comfort Keyboard
(KVM) Mouse: Logitech MX Master Mouse



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[ Page last updated Wed 12th Aug 2020 | viewed 64 times ]