Cambium Networks ePMP 3000 4×4 MU-MIMO Sector Antenna 5GHz 17dBi

Cambium ePMP 3000 Sector Antenna

The Cambium ePMP 3000 Antenna provides the critical spatial diversity required for Multi-User MIMO (MU-MIMO) operations in high-density wireless broadband environments. This hardware allows the ePMP 3000 Access Point to communicate with two subscriber modules simultaneously on the same frequency. Consequently, network operators can double the spectral efficiency of their sectors compared to standard 2×2 MIMO systems. The internal architecture of this radiator utilizes advanced null-steering technology to isolate individual subscriber signals. This capability ensures that the base station maintains high modulation rates even in environments with significant RF noise levels.

Key Features

• 4×4 MU-MIMO Architecture
  This component features four distinct RF paths to facilitate simultaneous data streams for multiple client devices.
• High Front-to-Back Ratio
  • Minimum 30dB front-to-back ratio
  • Enables effective frequency reuse (AB-AB channel planning)
  • Reduces self-interference in back-to-back deployments
• Wide Frequency Support
  The wideband design covers the 4.9 GHz to 5.9 GHz range for global regulatory compliance.
• Integrated Mounting Hardware
  • Custom bracket for direct ePMP 3000 AP attachment
  • Sliding shroud protects RF cables from environmental degradation

Specifications

What’s in the Box

• 4×4 MU-MIMO Sector Antenna
• Integrated Mounting Bracket and Hardware
• RF Cable Protection Shroud
• Installation Documentation

Why Choose This Sector Solution

• This hardware maximizes sector throughput by enabling the grouping of subscriber modules in the spatial domain.
• Superior beam consistency across the 90-degree arc prevents dead zones at the sector edges.
• The robust mechanical design withstands harsh climates while maintaining precise electrical alignment.
• Furthermore, the high gain profile ensures reliable long-distance links for rural broadband deployments.
• Therefore, network engineers can scale user density without compromising individual link quality or latency.