Xprite H8/H9/H11 Canbus Decoder - Anti-Flicker LED Load Stabilizer, Pack of 2

The Xprite Reflex Series H8/H9/H11 Canbus Decoder is an inline anti-flicker module that prevents dashboard errors and headlight flicker when upgrading to LED bulbs.

When swapping factory halogen bulbs for LEDs, many vehicles report errors, flicker, or even temporary shutdowns because the car’s electrical system misinterprets the lower resistance and different draw of LED lighting. The Xprite Canbus decoder adds the required load stabilization and noise suppression to help your LED headlight or fog lamp behave like the original bulb. Built with a heavy-duty casing and error-free resistor-capacitor electronics, this kit is intended as an accessory for LED bulbs—not a replacement full headlight assembly.

How does this decoder stop flickering and warning lights?

The decoder uses a combination of resistive load and capacitor smoothing to mimic the electrical signature of halogen bulbs, which prevents the vehicle’s onboard computer from flagging a fault. It also filters transient spikes and radio interference that sometimes appear after LED upgrades. Installation places the module inline between the bulb and the vehicle harness, immediately stabilizing the circuit.

• Mimics halogen load via resistor to avoid OBC error messages
• Capacitor smoothing reduces flicker and intermittent shutoffs
• Suppresses radio interference and electrical spikes
• Inline placement for instant circuit stabilization

Will it fit my H8, H9 or H11 LED bulbs and housing?

The Xprite unit is engineered for H8/H9/H11/H16 plug types commonly used in headlights and fog lamps, offering a direct plug-and-play connection on most vehicles. However, space inside tight headlight housings can be limited—check the product photos and measure available room before installing. This decoder is not compatible with HID systems.

• Compatible with H8, H9, H11 and H16 bulb plugs
• Check dimensions for fit in compact headlamp housings
• Not suitable for HID ballasts or xenon systems
• Sold as a pack of two for left and right lamp installations

How difficult is installation and what tools are needed?

Installation is designed to be straightforward: connect the existing vehicle harness to the decoder plug and then plug the decoder to the LED bulb’s connector. Most installs require no splicing or soldering, only basic access to the headlamp area—some vehicles may need the bumper or wheel well liner removed for room. Always disconnect the battery or follow vehicle-specific safety steps before working on lighting circuits.

• Plug-and-play design; no cutting or soldering required in most cases
• Basic hand tools may be needed to access the housing (screwdriver, trim tools)
• Follow vehicle instructions or consult a pro if access is restricted
• Recommended: disconnect battery or use safety precautions while installing

What performance and durability features does the Reflex Series offer?

Xprite’s Reflex Series emphasizes longevity and stable output by using quality components mounted in a heat-dissipating metal shell. The robust casing protects the circuitry from vibration and thermal stress commonly encountered in engine bays and wheel arches. That improved durability helps maintain consistent performance over extended periods of use.

• Heavy-duty housing for better heat dissipation and protection
• Resistor-capacitor error-free design for consistent output
• Engineered to reduce interference and resist vibration
• Pack of two ensures both sides of the vehicle are corrected

Who this is for: The Xprite H8/H9/H11 Canbus Decoder is for drivers upgrading to LED headlights or fog lights who need a reliable, compact solution to eliminate flicker and dashboard errors. It suits DIY installers and professional shops working on compatible vehicles where a plug-and-play, durable inline decoder is preferred. If you’re converting halogen bulbs to LED and want to avoid electrical warnings or intermittent lighting, this accessory helps bridge the gap between modern LED lamps and older vehicle electronics.