Will it WLED - Episode 1

Quick Overview

The video successfully demonstrates how to upgrade a Govee RGB lamp by replacing its standard LED strip with an individually addressable BTF-Lighting SK6812 SPI RGBW strip using a Gledopto ESP32 controller, resulting in more advanced and granular lighting control features like smooth animations and segmented effects.

Key Points: The project involves replacing the Govee lamp's original LED strip with a BTF-Lighting SK6812 SPI RGBW LED strip. The installation requires careful physical assembly, including screwing aluminum profiles together and feeding the new LED strip through the silicone diffuser. The Govee lamp base is disassembled by removing felt pads and screws to access the wiring connections. The new LED strip is wired to a Gledopto ESP32 Digital LED Controller, connecting power, ground, and data lines. The controller is configured via the WLED mobile app, connecting to the WLED-AP network first for setup. In the WLED app, the LED type is set to 'SM16716/SK6812', the LED count is set to 78 (down from 85), and the color order is set to GRB. The final result shows that the custom SK6812 strip offers superior, individually controllable light effects, such as smooth animations, compared to the stock Govee strip.

Context: This video documents the first installation episode, titled 'Will it WLED', focusing on upgrading a Govee RGB floor lamp. The core concept is swapping the factory-installed LED strip with a more advanced, individually addressable strip (BTF-Lighting SK6812) to gain access to the extensive customization options available through the WLED software ecosystem, controlled via a Gledopto ESP32 controller.

Detailed Analysis

The video details the process of modifying a Govee RGB floor lamp to use WLED control by swapping out its integrated LED strip for a BTF-Lighting SK6812 SPI RGBW LED strip. The initial steps involve physical disassembly: removing felt pads and screws from the lamp base to access the internal wiring, disconnecting the old LED strip, and then assembling the new light bar using the provided aluminum profiles. The presenter shows that the new strip is individually addressable (controlling LEDs in groups of six or individually), which is a significant advantage over the stock strip. After soldering new wires onto the replacement strip (and discarding the initial segment), the new strip is carefully fed into the silicone diffuser and reinstalled into the aluminum housing. The wiring (power, data, ground) is then connected to a Gledopto ESP32 controller. The final stage involves software setup using the WLED app: connecting to the lamp's temporary AP network, configuring the Wi-Fi, and entering the LED settings in the controller menu. Key settings confirmed are the LED type (SK6812), LED count (set to 78), and color order (GRB/Swap=None). The video concludes by showcasing the superior, smooth, and individually controllable animations achievable with the new setup compared to the standard Govee lamp functionality.