GGAA 2PCS H11/H8/H9 Canbus Decoder, LED Load Resistor Anti-Flicker Error Free Harness Adapter, LED Headlight Bulb Error Code Canceler, Universal for Most Cars Trucks Motorcycles (H8/H9/H11)

GGAA 2PCS H11/H8/H9 Canbus Decoder, LED Load Resistor Anti-Flicker Error Free Harness Adapter, LED Headlight Bulb Error Code Canceler, Universal for Most Cars Trucks Motorcycles (H8/H9/H11)

• 【LED CANBUS Decoder for Stable Lighting】 Designed for H11/H8/H9 LED bulbs, this CAN bus decoder harness helps solve common LED conversion issues such as flickering lights, bulb-out warning messages, dashboard error codes, and unstable lighting. It simulates the original halogen bulb load to ensure smooth communication between LED lights and the vehicle computer system
• 【Anti-Flicker & Error Code Canceler Function】 This LED load resistor adapter effectively eliminates LED headlight flashing, rapid blinking, light failure warnings, and ECU detection problems after upgrading from halogen bulbs. It works as an LED bulb decoder, warning canceller, and anti-flicker filter to provide a reliable lighting experience
• 【Wide Compatibility】 Includes 2PCS LED CANBUS decoders for left and right light installation. Compatible with most 12V cars, trucks, SUVs, and motorcycles using H11, H8, or H9 LED headlights and fog lights. Please confirm bulb type before purchase. Not compatible with HID bulbs
• 【Durable Materials】 Built with high-quality components and a protective housing, this LED decoder resistor provides excellent heat resistance, insulation, and long-term durability. The stable load resistor design helps protect the vehicle lighting system from electrical interference, making it suitable for harsh engine bay environments
• 【Plug & Play Installation】 Features a direct-fit factory-style connector design with no wire cutting, splicing, or complicated wiring required. Simply connect the CANBUS decoder between the vehicle harness and LED bulb for quick installation. The compact harness adapter makes LED headlight conversion easier and more convenient