SKU
WIF-CB-00117
MPN
RDH4503C

Description

Cambium's RDH4503C is a dual-polarised Standard Performance (SP) parabolic dish antenna manufactured by RadioWaves. The 0.6 metre (2 ft) antenna provides a nominal peak gain of 29 dBi from 5250 to 5850 MHz, and capable of operation across the full 5 GHz band from 4900 to 6000 MHz with only a minor degradation in performance.

The SP Standard Performance Series by RadioWaves offers a full line of cost effective standard performance parabolic antennas engineered to deliver reliable radio links.

Designed for both unlicensed and licensed band applications, RadioWaves field-proven pre-assembled SP antennas and robust pole-mounts ensure “set and forget” installation with minimal post-installation maintenance.

RDH4503C has been selected by Cambium for pairing with its PTP 450i, 550, and 670 series 5 GHz point-to-point radios due to its known and reliable performance. To ensure PTP radios can be accurately diagnosed and supported, deviation from manufacturer specified antennas is not recommended.

RF Specification

Start Frequency
5250 MHz
Stop Frequency
5850 MHz
Input Impedance
50 Ω
Polarisation

RF Connectors

RF Interface Body Shape

Frequency Test Data

Start Freq. Stop Freq. Peak Gain Return Loss Azimuth Elevation F/B Ratio XPD
5250 MHz
5450 MHz
28.5 dBi
> 14 dB
6.2°
6.2°
> 38 dB
> 30 dB
5450 MHz
5650 MHz
29 dBi
> 14 dB
6.2°
6.2°
> 38 dB
> 30 dB
5650 MHz
5850 MHz
29.5 dBi
> 14 dB
6.2°
6.2°
> 38 dB
> 30 dB

Physical Specification

Subtype
MIMO
Input Ports
2
Min. Operating Temperature
-40 °C
Max. Operating Temperature
60 °C
Dimensions
200 × 710 × 710 mm
Materials
Weight
11.3 kg

Drawing

RDH4503B CAD Drawing

Downloadable Resources

Cambium Networks enables service providers; enterprises; governmental and military agencies; oil, gas and utility companies; Internet service providers; and public safety organizations to build powerful communications networks, reach users from 200 kilometers across mountain tops down to their devices, and intelligently manage their business Wi-Fi infrastructure through end-to-end network ...