Related Video About this item UPGRADE CANbus TYPE: Nilight 9005/9006/9012 LED CANbus Decoder is upgraded with a resistor and capacitor design to provide a more stable and reliable performance. The aluminum case enhances heat dissipation and safety protection, ensuring a longer lifespan. Effective Performance: Designed to fix common issues such as flickering, radio interference, lights turning off when engines start, and OBC error messages. Effectively corrects vehicle power issues when upgrading to LED headlight bulbs. Easy Installation: No modification required, direct replacement and perfect fit, simply installation for LED headlight conversion kit. Plug and Play. FITMENT: Compatible with 9005/9006/9012/H10 plug for LED headlight or fog lights. Do not fit HID Headlights. Buy with confidence: Pack of 2 CANbus decoder for led headlights. Note: the CANbus decoder can work for most vehicles, we cannot guarantee that it will resolve all vehicle issues. Upgrade your vehicle's headlights to LED without worrying about flickering lights or error codes with Nilight LED CANbus Decoder. Designed to solve common issues that arise when converting to LED headlights, our decoder provides a seamless and trouble-free upgrade experience. With an easy plug-and-play installation, Nilight LED CANbus Decoder eliminates the need for any modification or complicated wiring. Simply connect it between the headlight bulb and the vehicle's electrical system. Product Details All-in-one design, No wiring modification, experience a hassle-free installation process with plug-and-play setup for LED headlight conversion kit. The upgraded resistor+capacitor type CANbus decoder effectively addresses issues with LED headlights. Such as flickering, error code, non-function, etc Not for use with HID headlights Specification Voltage: 12-17V Electric current: 0.5A/4V(Max) Power: 6W-48W(Max) Working Temperature: -40°F~+65°F Crafted of aviation aluminum body is built to last and rapid heat dissipation. It safely protects internal components to withstand harsh environments
