RF Armor Shield kit for 12" Ubiquiti NanoBridge/Beam Incl Collar, Radome and AP Shield
Lower noise floor Clearer signal Superior signal to noise ratio Fewer wireless reties and errors Higher sustainable air rates Up to 50% increase in performanceÂ
RF Armor Shield kit for Low Gain 90Deg Ubiquiti Sector Antenna, Incl Reflector Plate, and AP Shield
Lower noise floor Clearer signal Superior signal to noise ratio Fewer wireless reties and errors Higher sustainable air rates Up to 50% increase in performanceÂ
RF Armor Shield kit for Mid Gain 120Deg Ubiquiti Sector Antenna, Incl Reflector Plate, and AP Shield
Lower noise floor Clearer signal Superior signal to noise ratio Fewer wireless reties and errors Higher sustainable air rates Up to 50% increase in performanceÂ
RF Armor x5 Shield kit for 12" Ubiquiti PowerBeam Incl Collar, Radome and AP Shield
Lower noise floor Clearer signal Superior signal to noise ratio Fewer wireless reties and errors Higher sustainable air rates Up to 50% increase in performanceÂ
Ubiquiti UISP airMAX Isolator Radome Cover 620 | ISO-Beam-620
Ubiquiti UISP airMAX IsoBeam 620 ISO-Beam-620 is a high-performance antenna designed for long-range point-to-point connectivity. With its 620mm dish and innovative isoBeam technology, it delivers superior signal isolation and reduced interference, ensuring reliable, high-speed connections even in challenging environments. Ideal for wireless ISPs, this antenna is built to withstand harsh weather conditions and offers exceptional durability, making it perfect for outdoor deployments where performance and stability are key.
Ubiquiti UISP airMAX Isolator Shield for NanoBeam® 16 | ISO-BEAM-16
The Ubiquiti UISP airMAX Isolator Shield for NanoBeam® 16 ISO-BEAM-16 is a purpose-built RF shielding accessory designed to enhance signal isolation and reduce co-location interference for compatible NanoBeam 16 models (NBE-M5-16, NBE-5AC-16). Measuring Ø148 x 56.5 mm and weighing 150g, this NDAA compliant shield improves the signal-to-noise ratio (SNR) by spatially filtering out unwanted RF signals, leading to more stable and higher-throughput wireless connections, particularly in dense RF environments. Its durable, outdoor UV-stabilized plastic construction ensures resilience against harsh weather conditions, making it an essential component for optimizing NanoBeam 16 deployments in demanding outdoor scenarios.








