Antenna a corno Ubiquiti UISP Horn 19.5 dBi 5.15-6.875 GHz

The Ubiquiti UISP Horn 19.5 dBi is a directional outdoor horn antenna designed for point-to-multipoint (PtMP) wireless links in the 5.15–6.875 GHz band. It delivers 19.5 dBi gain with a horizontal beamwidth of about 30° and supports dual polarization. The antenna is IPX6-rated for outdoor operation and includes a WaveGuide adapter and side latches for a secure, snap-in radio connection.

Advantages

The UISP Horn provides high gain and a narrow beam to improve signal isolation in congested environments. Dual polarization and a wide operating frequency range enable compatibility with multiple 5 GHz radios. The included WaveGuide adapter simplifies attachment to compatible radios, while the latches ensure a reliable mechanical and RF connection. Rugged IPX6 protection and compact dimensions make it suitable for outdoor deployments.

Suitable for

• Outdoor point-to-multipoint base stations
• Extending range of compatible 5 GHz radios (AF-5XHD, LTU Rocket, RP-5AC)
• Deployments in congested RF environments requiring higher isolation

Key specifications

• Frequency band: 5.15–6.875 GHz
• Gain: 19.5 dBi
• Horizontal beamwidth: ~30°
• Polarization: Dual
• Weather rating: IPX6
• Dimensions (W×D×H): 224 × 380 × 282 mm
• Weight: 3.06 kg
• Color: White

How to use

Mount the horn antenna on a suitable mast or pole using appropriate brackets (not included). Attach the compatible radio to the antenna using the supplied WaveGuide adapter and engage the side latches until the radio snaps into place. Orient the antenna toward the coverage area or subscriber devices and secure cabling with weatherproof connectors. Verify local regulatory limits for operating frequencies and ensure the radio firmware and settings match the antenna’s frequency range.

Recommendations

Install at an elevated location with a clear line of sight to subscriber units. Use proper grounding and surge protection for outdoor installations. Check regional regulations for allowed transmit frequencies and power levels before operation.