I was going to shut down my old Xeon server and use an RPis or two instead. It looked like a good rack, so I ordered a faceplate for the main rack and two POE redirection cards. Since I only needed two, I also ordered blind covers for the other two places. First impression - Everything is metal, smooth edges and well painted. Continuous. Looking at the task at hand, I realized that there is no USB on the back of the rack - only available from the front. (The first improvement requirement is to add USB to the redirection board). After looking at the options, I settled on an SSD mounting plate as it also includes a USB adapter. The mounting plate is also made of metal and is of good quality. The SSD mounting plate offsets one of the stubs and has no room for the Pi, so each usable slot takes up one of the four rack spaces. Since I don't need HDMI in a server closet, I didn't buy adapter cards for it, which saved some money but also left a few gaping holes in the facade. (Second improvement request - if you don't make the first request, at least make passing USB to the back of the rack cheaper/easier/cleaner. Is an alternate use of space for HDMI possible?) Need a $20 option for a pure one USB pass-through to rear of rack deducts a star from my rating. As others have said, the montage is a little boring, but it all comes with a small number of patients. The shelf fit right into my closet with no problems. Unfortunately, after connecting the POE cables and turning on the two computers, I found that one of the two I2C displays was not working. Everything else worked as it should. The broken display takes a star off my rating as it wasn't a cheap stand. Final Thoughts: The stand is solid and does the job. Gathering the right parts, unless you only want four Raspberry Pis in your rack or need something like USB on the back or SSDs, takes some research and gets expensive quickly. The assembly is a bit tedious (in addition, the necessary nuts to fasten the plugs were missing). One of the circuit boards arrived defective. (I should probably return it, but it's built and the computer runs my home automation software, so it's a bit harder to do that.) Of course, I'd still buy it again, but it's really a one-time purchase that didn't quite make sense , my expectations both in design and execution. Edit: After trying to diagnose the I2C display, it started working. Because of this, I've added a star to the 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
π 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
π Ultimate BBC Micro bit Sensor Starter Kit: Keyestudio 37-in-1 Box with Tutorial, Compatible with V1.5 & V2, Gift for Kids and Adults (Microbit Board Not Included)
11 Review
Gikfun Screw Shield Expansion Board: Enhance Arduino UNO R3 with the EK7007 Add-On
11 Review
MacBook Retina 13-inch (A1425, A1502) and π© 15-inch (A1398) Bottom Case Screw Set with Pentalobe Screwdriver
11 Review
uxcell 3.5" HDD Screw Black 200pcs for Computer PC Case - Flat Phillips Head - 6#-32 - Hard Drive Fasteners
10 Review
Glarks 660 Pieces Phillips Assortment Motherboard
10 Review
Comprehensive 500pcs Laptop Screw Kit Set for π© IBM HP Dell Lenovo Samsung Sony Toshiba Gateway Acer
12 Review