Multiplayer Controller Adapter Multi-function Wireless Bluetooth-Compatible Adapter Zero Latency for Gamecube Console

Blueretro Controller Adapter Multi-function Wireless Bluetooth-Compatible Adapter Reset Button Zero Latency for Gamecube Console PS4 Switch Xbox
Feature:
1. Multi-function reset button: Up to 4 Bluetooth-compatible controllers can be paired simultaneously
2. Firmware updatable: Support firmware updatable.
3. Almost zero latency: Almost zero latency, for PS4&PS5 controller less than 6ms of latenc using Blueretro.
4. Compatible with: Only suitable for gamecube console. Compatible with Xbox One S/Xbox Series XS /Wii / Wii U Pro/Switch Pro / Switch /8bitdo /Retro-Bit PS3/ps4/ps5 Wireless Controller.
5. The buttons can be configured: The key value of the buttons can be configured through the web Bluetooth-compatible port of the Google Chrome.


Description:
This is a multiplayer Bluetooth-compatible controllers adapter for Gamecube consoles, is an open source project based on darthcloud. It uses the popular ESP32 chip. It can support original Wii, for Switch/PS3/PS4/PS5/Xbox One console wireless controller.This new adapter allows for the use of up to 4 connected Bluetooth-compatible controllers.

Specification:
Instructions
Plug Connector Description
Red: no.1 controller
Green: no.2 controller
Orange: no.3 controller
White: no.4 controller
BlueRetro LED Status
Red LED FULLY ON: Power on
SYNC LED FULLY ON: Bluetooth-compatible failure
SYNC LED OFF: Bluetooth-compatible connected successfully
SYNC LED pulsing: Searching wireless controller
BlueRetro Buttons Usage
RESET Button: reset blueretro
PAIR Button:
Short press: Disconnect all Bluetooth-compatible devices and start the new pairing.
3 sec hold:Enable Bluetooth-compatible inquiry mode (new pairing).
10 sec hold: Restore to default configurations and clear BT pairing keys.

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.