Raspberry Pi Zero WH, WiFi/Bluetooth 4.1, Bluetooth Low Energy, HAT Compatible 40-pin Header, CSI Camera Connector, USRT, SPI, I2C, with headers

Good Product. I also like the Zero 2 W. Use both kinds. This one works well with Motion Eye Camera software.

Arrived quickly and was fully functional. Typical raspberry pi, low power consumption and easy to use for learning projects.

So far, so great.Currently only utilizing for pihole, pivpn/Wireguard, some minor nmap, wireshark typicals but I’ve put it through some paces with multiple simultaneous package installs while still handling DNS and it was a trooper!The kit was helpful so I didn’t have to track down all of my adapters, as I did wind up needing to connect during setup but only briefly and then everything via shell (the default wallpaper of my os was nice tho). Raspberry imager on microsd (just tossed in a 32gb I had on hand and all’s well so far) and was off to the races. Plugged it directly into the usb port on router for power and have not had any issues. Grabbed a cheap case for it and it looks clean, but be aware that with the added heatsink in place, not all cases will fit properly as they don’t account for the added height/clearance.This is strong/fast enough to handle everything I need for now but I can definitely see myself making future purchases, already.TLDR: great value for the money and been enjoying it!

The board works well. There were some serious config issues I took weeks to resolve - I had tried to use headless (OS Lite 64 bit) and an imager for the OS. The wifi didn't work and I tried a ton of things.In the end, I switched to the official Raspberry Pi imager and downgraded to the 32 bit OS lite (Hummingbird). I used the custom setup wizard in the official imager to give the wifi SSID/password, country code (which sets mandatory frequencies), userid/password for the OS, and the name for how it'll show up on the network. From there the imager set the config files so it'd just work. Then no more issues and the headache was over.

Using this as a octoprint server. Installed Octopi via the rasberrypi install tool. Worked great. The included USB hub handles the printer, a 1920x1080 20 fps camera, and I added a USB NIC for better streaming capabilities. So far it runs great. Just be sure to get a good microSD card that can handle deaccent speeds and you'll be golden.I threw it in a cooling enclosure and the cost of it, the PI, and a SD card ran me less than $50 total for everything.Now it doesn't specifically mention this but it does have built in WiFi. It was not so great for me, hence the USB NIC addition.UPDATE. If you plan on using Linear Advance do not get this. It just does not have the I/O's on the USB bus to handle it. So you will end up with bad prints, blobs and layer shifts. Using the exact same gcode on my NAS it prints flawlessly. Yes both Octoprint printer settings were identical.So running standard marlin or klipper firmware should be ok, but marlin with LA is a nogo...

Great product! I have the original pi zero w in a retroflag GPI case 2 w (also from Amazon) and this newer model will be used to prototype a handheld device that runs a small text-based root file system. Currently tinkering with Alpine Linux, BusyBox and Buildroot. The possibilities are endless. :)

Sweet set up kit. The only thing that would have made this better would be if they included a micro-USB male to USB-C female adaptor. I was unaware that this device didn't have a USB-C port, but that's my own fault for not doing my research. After purchasing that adaptor separately, I was able to utilize my Pi 4 power supply. Now it's time to build a robot.

If you have purchased other Pi devices and are aware of the performance and use cases, it's exactly as expected. The extra cost of a pre-soldered header was absolutely worth it for me.