Merge pull request #214 from zalatnaicsongor/main

Added SP530e to the list of compatible controllers.

docs/basics/compatible-controllers.md

@@ -85,6 +85,7 @@ In the following some third-party controllers are listed. Please use a decent an
 [SP108e v2](https://www.amazon.de/dp/B07KW1W68R) | ESP8285 | Hardware-Modification required and different versions exists! 8285-based 2M Controller that supports addressable RGBWW LED strips, also with CLK line (like ATA102). 5-24v DC input, 85mm x 45mm x 23mm. Vendors list spledapps 'Led Shop' as the supporting mobile application. Board is silk screened with 'SP108e'. No pads are exposed and a second processor is used to control the LEDs. Pin7 of that processor needs to be grounded to hold it in reset state. Then you can connect GPIO0 to GND and TX, RX, VCC, GND for flashing. Connect GPIO2 to R4 for DATA out and GPIO13 to R3 for CLK out. Flashed via PlatformIO, esptool. OTA updates work. Pics of pinout here: <https://github.com/psxde/sp108e-led-controller/raw/main/sp108ev2_inside.png>
 SP501e | ESP8285 | 8285-based 1M Controller that supports both Addressable and PWM-based RGBWW LED strips. _Note that recent versions have 2M._ 5-24v DC input, 55mm x 26mm, sold under BTF lighting, RGBZone, etc. Vendors all list 'Fairynest' as the supporting mobile application. Board is silk screened with 'SP5XXe' but no other markings. Serial pads are exposed on the back-side of the board with GND and GPIO0 right next to each other and thus Flash access fairly straight forward. GPIO 0 must be pulled to GND at boot and throughout the flashing process.  I/O configuration: LEDPIN is 'GPIO3' for addressable (note this pin is limited to approx. 250 LEDs), BTNPIN is GPIO 1. PWM pin out for RGBWW: CW: 14, WW: 12, B: 13, R: 15 and G: 4. Flashed via PlatformIO, ESPHome and Tasmotizer. Pics of board here: <https://github.com/Operation760/SP501e-RGB-LED-Controller-/blob/master/SP501e_top_bottom_traced.jpg>  Flashing Connections: <https://github.com/tonyn0/sp501e-flashing/blob/main/sp501e%20flash.png>
 [SP511e](https://www.aliexpress.com/item/32820185063.html) | ESP8285 | An ESP8285 2MB controller with 3 case buttons, built in mic, IR receiver, 38 key remote, and dual outputs. The dual outputs are connected to the same data pin. There is a step-by-step guide for [Installing WLED on SP511E Controller](https://github.com/scottrbailey/WLED-Utils/blob/gh-pages/sp511e_wled.md).
+[SP530e](https://www.aliexpress.com/item/1005006472928868.html) | ESP32-C3 | ESP32-C3 based Controller that supports both Addressable and PWM-based RGBWW LED strips. 5-24v DC input, sold under BTF lighting, RGBZone, etc. Vendors all list 'BanlanX' as the supporting mobile application. Board is silk screened with 'SP530e' but no other markings. Serial pads and GPIO9 are exposed on the back-side of the board. GPIO 9 must be pulled to GND at boot to enter flashing mode. I/O configuration: LEDPIN is 'GPIO19' for addressable LEDs, BTNPIN is GPIO 3. PWM pin out for RGBWW: WW: 4, CW: 5, R: 10, G: 6 and B: 7. Level shifter used: SN74HCT245 - Warning, the flash is *encrypted* - be sure to specify the `-encrypt` flag when flashing with `esptool.py`. Each device has a unique flash encryption key, but the devs forgot to burn the 'disable UART download' efuse, which means that any non-encrypted firmware can be flashed onto the device, and the device will encrypt the firmware on the first boot. Before flashing, please back up the original firmware of the device with esptool.py `esptool.py read_flash 0 0x400000 sp530e-encrypted.bin`. Pics of board and the flashing connector here: <https://imgur.com/a/0orUKF1> -  Sample flashing command: `esptool.py write_flash --encrypt 0x0 C3_bootloader.bin 0x8000 C3_partitions_4M.bin 0x10000 WLED_0.15.0-b3_ESP32C3_4MB.bin`.
 [ESP LED Strip WIFI Control Board [ESP Version]](https://www.electrodragon.com/product/esp-led-strip-board) | ESP8266 | Controller for addressable or analog LEDs (RGBW), 6-27VDC input, no level shifter, reset and boot buttons, enclosure. NOTE: Although this uses high-current transistors, they used jumpers on two of the connections so you are limited to their current rating (3A?).
 
 ## WLED shields to be use with ESP8266/ESP32 controller boards