ODC & RDC & AARC Assemblies

ODC, RDC, and AARC fiber assemblies are ruggedized optical solutions designed for outdoor and harsh-environment deployments, providing reliable connections between baseband units, remote radio heads, and antennas in FTTA and 5G networks. Engineered for durability and low optical loss, these assemblies ensure stable, high-speed data transmission while withstanding extreme weather, UV exposure, mechanical stress, and temperature variations. Their robust design makes them essential for operators and integrators requiring dependable, long-term network performance.

ODC (Outdoor Drop Cable) assemblies feature waterproof, dustproof housings with IP67 or higher ratings, providing secure field connections that are easy to install and maintain. RDC (Remote Distribution Cable) assemblies offer high-density fiber routing and modular connectivity, enabling organized deployment across tower, rooftop, or street-side installations. AARC (Advanced Antenna Radio Connector) assemblies combine precision connectors and ruggedized cables for low-loss, high-bandwidth transmission directly to antennas, supporting advanced 4G and 5G radio systems. Each type ensures minimal insertion loss, high return loss, and mechanical resilience for mission-critical applications.

As a specialized OEM manufacturer, we provide fully customizable ODC, RDC, and AARC assemblies to meet client-specific technical and branding requirements. Customization options include cable type, length, connector style, jacket material, breakout configuration, labeling, and private branding. Every assembly undergoes strict quality control and testing to guarantee consistent optical performance, mechanical integrity, and field reliability.

By integrating precision engineering, rugged construction, and flexible OEM capabilities, our ODC, RDC, and AARC fiber assemblies deliver high-performance, reliable connectivity for modern wireless networks. Through tailored solutions, our global partners gain access to robust, field-ready products that simplify installation, reduce maintenance, and support the seamless expansion of FTTA and 5G infrastructures.