Cambium Networks C050900D021B - ePMP sector antenna for ePMP 3000L AP with mounting kit 5GHz, 120°, 18dBi
5GMore than 10 pieces in stock at supplier
Product details
Product Description
This antenna has been designed for the ePMP 3000L AP wireless product.
Cambium Networks has developed an antenna solution that enables network operators to enhance the spectral efficiency and range of their ePMP Point-to-Multipoint (PMP) distribution access networks.
Wireless service providers setting up networks in the 5GHz spectrum will find that this sector antenna is particularly well-suited for high-density networks that require frequency reuse and broad frequency coverage in 90° and 120° applications.
Key Features
Frequency Reuse: The sector antenna has been designed for ABAB channel reuse (two channels for four sectors) and features a 35 dB front-to-back ratio, including a large aperture in the backward direction.
Channel Flexibility: A uniform gain from 4.9 to 6.0 GHz allows the operator to choose a channel anywhere within the band and achieve the expected performance.
Uniform Coverage: Excellent null fill characteristics of the antenna enable wide geographic coverage within a sector, even near the tower base and at the edges of the sector.
Installer-Friendly Design: Compact design, integrated ePMP radio mount, and GPS antenna integration.
Predictable Performance: The sector antenna is integrated into Cambium Networks LINKPlanner. The 3D model displays coverage at all heights and across azimuths.
Antenna type | Mobile radio antenna |
Antenna connection | SMA |
Wi-fi frequency | 5 GHz |
Application range | Outdoor |
Protection type (IP code) | IP65 |
Item number | 47839953 |
Manufacturer | Cambium Networks |
Category | Network antenna |
Manufacturer no. | C050900D021B |
Release date | 15.8.2024 |
Antenna type | Mobile radio antenna |
antenna reception | 5G |
Antenna gain | 18 dBi |
Antenna connection | SMA |
Wi-fi frequency | 5 GHz |
Application range | Outdoor |
Protection type (IP code) | IP65 |
CO₂-Emission | |
Climate contribution |