PAC RPA-VA1 Single Ended Video Converter & Noise Filter for Reverse Camera

PAC RPA-VA1 Single Ended Video Converter & Noise Filter for OE Reverse Cameras

The PAC RPA-VA1 is a professional-grade video adapter and signal filter engineered to convert differential OE video signals to a single-ended RCA output for seamless integration with aftermarket radios. Designed specifically for use with select Ford and Chrysler vehicles, it enhances the video quality of factory reverse cameras when displayed on third-party head units eliminating noise and improving image clarity during backup operations.

Key Features

• Converts differential video signals to single-ended RCA format
• Designed for integration of OEM backup cameras with aftermarket radios
• Eliminates or significantly reduces video noise
• Ensures clean and stable video feed from factory cameras
• Compatible with select Ford and Chrysler vehicles
• Compact design for easy in-dash installation

Specifications

• Product Type: Video Adapter and Signal Filter
• Brand: PAC
• Model: RPA-VA1
• MPN: PAC RPA-VA1
• Color: Yellow & Black
• Number of Ports: 2
• Connectivity Technology: Converts differential video to single-ended RCA
• Connector Type: RCA Cable
• Compatible Vehicle Makes: Ford, Chrysler
• Features: OEM camera signal optimization, video noise reduction

Why Choose the PAC RPA-VA1 Video Converter?

The PAC RPA-VA1 is the go-to solution for installers and drivers who demand crystal-clear rearview video when integrating factory cameras with aftermarket head units. Its ability to cleanly filter and convert video signals ensures compatibility and professional-level performance, eliminating visual artifacts and enhancing safety during reverse maneuvers.

About PAC

PAC (Pacific Accessory Corporation) is a trusted leader in vehicle integration technology, offering cutting-edge solutions to bridge OEM systems with aftermarket upgrades. Known for reliability and innovation, PAC's products are designed to make installations cleaner, faster, and more dependable in today's digitally complex vehicles.