5G/4G Radome Omni Dipole Outdoor Antenna - RO600/71NFKIT

Pulse Electronics’, a YAGEO Company, RO600/71NFKIT includes all hardware and is designed for 5G FR1, Wi-Fi 6E, and CBRS networks

Image of Pulse Electronics’, a YAGEO Company, 5G/4G Radome Omni Dipole Outdoor Antenna - RO600/71NFKITPulse Electronics, a YAGEO company, expands its 5G FR1 and Wi-Fi 6E Radome Omni (RO) dipole outdoor antenna product series with the RO600/71NFKIT. The kit includes all hardware and is specifically designed to optimize and complement Wi-Fi 6E, 5G FR1, and CBRS networks. It covers a wide frequency range of 617 MHz to 960 MHz/1450 MHz to 7125 MHz with 2.5 dBi gain at the mission critical sub-6 GHz frequency range.

With the increased desire to deploy private cellular networks utilizing the CBRS band, the RO600/71NFKIT is an ideal candidate for this application. The RO features a 76% efficiency rating and 5 dBi gain throughout the C-band frequency range, optimizing this antenna for private cellular network deployment. With an aesthetically pleasing design, the RO series can be installed across a variety of landscapes. Designed to offer excellent reliability and throughput, the RO600/71NFKIT will allow companies to take advantage of the high bandwidth, low-latency capabilities 5G offers.

Features
  • Wide frequency range: 617 MHz to 960 MHz/1450 MHz to 7125 MHz
  • Designed for optimal performance in key frequency bands
  • Average peak gain: 617 MHz to 960 MHz 2.5 dBi, 1450 MHz to 4200 MHz 4.0 dBi, and 4400 MHz to 7125 MHz 4.3 dBi
  • Mechanically robust design
  • DC grounded
  • IP67 ingress rating with 720 hour salt spray rating
  • RO package: 8.6” tall and 2.45” diameter
  • Kit includes all hardware
Applications
  • Utility boxes
  • Smart metering
  • IoT devices
  • Private cellular networks

5G/4G Radome Omni Dipole Outdoor Antenna - RO600/71NFKIT

ImageManufacturer Part NumberDescriptionAvailable QuantityPriceView Details
ANTENNA 5G-FR1/WIFI-6E FEMALE NRO600/71NFKITANTENNA 5G-FR1/WIFI-6E FEMALE N25 - Immediate$114.05View Details
Published: 2022-05-26