
RRH (TOP) Jumpers
Amphenol RRH (TOP) Jumper assemblies provide a ruggedized fiber optic connection between the top-of-tower fiber distribution system and the Remote Radio Head (RRH), ensuring reliable optical performance for Fiber-to-the-Antenna (FTTA) deployments. Designed for macro cell, small cell, and distributed antenna system (DAS) applications, these factory-terminated jumper assemblies simplify installation while maintaining dependable long-term outdoor performance.
Engineered for demanding wireless environments, RRH (TOP) Jumpers feature weather-sealed connectors, UV-resistant cable construction, and precision-terminated fiber interfaces that protect against moisture, dust, vibration, and mechanical stress. Their plug-and-play design reduces field installation time while improving network reliability and long-term serviceability.
Rugged Outdoor Design
Designed to withstand harsh environmental conditions including moisture, dust, UV exposure, and temperature extremes.
Factory Terminated
Delivered fully assembled and factory-tested to reduce installation time and eliminate field termination.
Low Optical Loss
Precision-polished connectors provide excellent optical performance with consistent low insertion loss.
IP67 Environmental Protection
Weather-sealed interfaces help protect fiber connections from water ingress and environmental contaminants.
Flexible Configurations
Available in multiple connector types, cable lengths, and fiber configurations for various wireless network requirements.
Simplified Installation
Plug-and-play construction minimizes labor costs while accelerating FTTA network deployment.
Mechanical
Rugged outdoor cable construction · UV resistant jacket · IP67 rated connector interface · High mechanical durability
Optical
Singlemode fiber · Low insertion loss · Factory tested assemblies
Environmental
Outdoor rated · Moisture resistant · Temperature resistant · Dust protected
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Macro cell towers
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Small cells
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Distributed antenna systems (DAS)
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Remote Radio Head (RRH) deployments
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4G LTE and 5G wireless networks
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