Ubiquiti IsoBeam 620 (UBNT-ISO-BEAM-620)

The Ubiquiti IsoBeam 620 (UBNT-ISO-BEAM-620) is an advanced isolation accessory designed to enhance the performance of Ubiquiti dish antennas by providing improved signal isolation. It significantly reduces noise and interference, ensuring more stable and efficient wireless communication in high-density environments. The IsoBeam is ideal for applications requiring precise, long-distance connectivity where interference mitigation is critical.

Key Features:

• Enhanced RF Isolation: Reduces interference from nearby wireless signals, increasing signal quality and stability.
• Optimised for AirFiber and Rocket Dishes: Compatible with Ubiquiti's airFiber Dish and RocketDish models, particularly the AF-5G30-S45 and RD-5G30.
• Durable and Lightweight: Constructed from rugged materials for outdoor use while maintaining a lightweight design for easier installation.
• Improved Performance in High-Density Areas: Ideal for urban and suburban environments with multiple wireless networks, ensuring reliable and interference-free communication.
• Simple Installation: Quick and easy attachment to existing dish antennas without requiring specialised tools or equipment.
• Weather-Resistant Design: Built to withstand harsh environmental conditions, including extreme temperatures, wind, and rain.

Specifications:

• Compatibility: airFiber Dish AF-5G30-S45 and RocketDish RD-5G30
• Dimensions: 620 x 620 x 55 mm
• Weight: 1.8 kg
• Wind Resistance: Tested up to 160 km/h
• Material: Durable plastic and metal components for long-lasting outdoor performance
• Operating Temperature: -40°C to 70°C
• Mounting: Easily attaches to supported dish antennas
• Certifications: CE, FCC, IC

The Ubiquiti IsoBeam 620 (UBNT-ISO-BEAM-620) is an essential accessory for optimising wireless link performance in environments prone to interference. Its robust build, simple installation, and significant RF isolation make it a valuable addition to any Ubiquiti dish antenna setup, ensuring reliable long-distance communication in challenging conditions.