RGB WIFI LAMP

Introducing the RGB WiFi Lamp, an affordable and accessible alternative to the Philips Hue Signe gradient floor lamp. The lamp size can be optimized to create either a table lamp or a floor lamp. No screw bodies are required for assembly, making it easy to print and put together. Simply print as many 170mm sticks as needed. For a 1m LED strip with a silicon tube, I recommend printing six sticks and one close stick. Keep in mind that the size of the LED strip and silicon tube should be optimized based on your specific print. I have provided pictures with dimensions to help you calculate the appropriate length of the LED strip and silicon neon tube.

This lamp is smart and can be controlled using the WLED application on your smartphone. It is powered via USB-C. I used an RGB LED strip with 60 LEDs per meter, so if you want 100% brightness for the white color, you will need an approximately 3.5A adapter. In the pictures, the lamp is powered by a Xiaomi Power Bank with a maximum output of 2.1A. I also tested it with a 1A power adapter, and the brightness was sufficient.

Size of the lamp - 10x10x102 (cm)

What you need for this lamp:

• BTF Lighting LED Strip (WS2812B 5v 1m 60led/m IP30) https://a.aliexpress.com/_mqSC6ta
• BTF Silicon tube ( T1616 10-12mm PCB, 1m ) https://a.aliexpress.com/_m0ZT9Yk
• USB-C Female socket (cable is AWG 24, and the maximum reported current is 3A, but I recommend using a 2A adapter): https://a.aliexpress.com/_m0t6BK0
• ESP32-WROOM-32D (brand: Espressif) - You can also choose other ESP32 chips compatible with WLED software. I recommend referring to some guides for WLED. I do not recommend the ones from AliExpress, as I have experienced issues with their WiFi signal strength. Invest in a higher-quality ESP32 chip.

Regarding cabling:

The LED strip is directly powered from the USB-C socket, and the ESP32 is connected in parallel from the same USB-C socket. The only connection between the ESP32 and the LED strip is the data line (green cable on the LED strip).

Connecting part

The silicon tube securely holds the entire setup, making it difficult to remove. When removing the silicon tube with the LED strip, be careful not to break the stick's connecting part. If you do not plan to remove the LED strip, you can apply hot glue from a glue gun and quickly slide it inside. While glue is not required, it can provide additional support. I hope you enjoy assembling and using this lamp as much as I do.

WLED

There are plenty of helpful resources available on YouTube for setting up WLED, and the official website contains a wealth of information as well: https://kno.wled.ge. This software provides more effects than the Philips Hue.

Are you stuck ?

If you encounter any issues or have questions, please feel free to contact me via Telegram: https://t.me/voidquark

Each STL file was sliced using Prusa Slicer and printed with a 0.20mm layer height for high-quality prints. The infill density was set to 15%. All files are compatible with both the Prusa Mini and larger printers. Jet Black PETG Prusa filament was used for all prints.

• The 170mm stick was printed with a brim and support on the build plate only. ( printed 6x )
• The 134mm end stick was printed without a brim or support. Simply place it on the flat top side, and there is no need for brim or support.
• The case was printed with supports everywhere, but you have the flexibility to optimize them as you see fit. Brim was not used.
• The close case does not require any special options.