ODVA Cable Assemblies
ODVA cable assemblies are specialized fiber optic solutions engineered for outdoor wireless applications, including FTTA (Fiber to the Antenna) and 5G networks. Designed for high-performance, low-loss optical transmission, these assemblies provide secure, weatherproof connectivity between baseband units and remote radio heads. Their rugged construction ensures long-term reliability, even in challenging environmental conditions such as extreme temperatures, UV exposure, and mechanical stress, making them ideal for mission-critical network deployments.
Each ODVA assembly features IP67-rated or higher waterproof connectors, robust cable jackets, and reinforced strain relief, allowing for quick and reliable field installation. These assemblies are available in singlemode or multimode fiber configurations and support a variety of connector types to meet diverse deployment requirements. With excellent optical performance, minimal insertion loss, and high return loss, ODVA assemblies ensure consistent signal quality in demanding wireless networks.
As a professional OEM manufacturer, we offer fully customizable ODVA cable assemblies tailored to meet specific client needs. Customization options include cable length, fiber type, connector style, jacket material, breakout design, labeling, and private branding. Every assembly undergoes rigorous quality control and testing to ensure optical precision, mechanical durability, and field readiness.
By combining advanced engineering, rugged design, and flexible OEM solutions, our ODVA cable assemblies deliver reliable, high-speed connectivity for wireless infrastructure. Partnering with us provides global operators and equipment manufacturers with tailored, field-proven assemblies that simplify installation, reduce downtime, and support the efficient expansion of FTTA and 5G networks worldwide.
View FAQ or Contact Us
Simply Fill Out and Submit Your Request
Know How and Submit Your Requirements
(86) 755 2847 6669/Office








































