Parabolic Series
ANT-HP6032N – Dual Polarity High Performance Dish
۵.۵ – ۶.۵ GHz, 32 dBi
High Performance Parabolic Dish with very low side lobes and back lobes suitable for noisy areas
The ANT-HP6032N is a High Performance Parabolic Dish with very low side lobes and back lobes suitable for noisy areas, applicable for medium and long range for high speed MIMO solutions specially for PTP applications over 50Km in LOS situations.
Deltalink provide highly efficient Antennas Idle for MIMO solutions, designed for outdoor applications for PTP, PTMP and Mesh networks Specially for high throughput wireless backhauls
:Features
Wide Band Operation
Vertically and Horizontally Polarized
Best Solution for NoisyEnvironments
Mechanical specification
Electrical specification
۸۸۰mm | Size/Diameter |
۱۲.۵Kg | Weight(incl. bracket) |
۱۳۰ Km/h | Wind Loading(Operating) |
۲۰۰Km/h | Wind Loading(Survival) |
-۵۰°C to 70°C | Operating Temperature |
Included/Pole Mount | Mounting Kit/Style |
۲۵-۶۰ mm | Pole Diameter |
Accurate Pan & Tilt alignment | Additional Feature |
۶۵۰۰ – ۵۵۰۰ MHz | Frequency Range |
۳۲dBi | Gain |
۴.۰°(typ) | ۳dB Beamwidth |
۱.۴:۱(typ) | VSWR |
۵۰ Ohms | Impedance |
۲۵ W | Input Power |
۲ x N-Female | Connector |
۲ dBi (max) | Sidelobes |
۴۸dB | Front to Back Ratio |
۳۵(typ) | Cross Polarization |
۴۵(typ) | Port to Port Isolation |
E + H Plane Beam Patterns
۵.۵ Ghz H-plane and E of H-plane
۵.۵ Ghz E-plane and H of E-plane
Antenna Gain Performance
Antenna Cross Polarity 4800-6100 Mhz
Antenna Gain 4800-6100 Mhz
Antenna Gain Performance
Antenna VSWR 4800-6100 Mhz
Antenna Port to Port Isolation 4800-6700 Mhz
General Information
The ANT-HP6032N is a High Performance Parabolic Dish with very low side lobes and back lobes suitable for noisy areas, applicable for medium and long range for high speed MIMO solutions specially for PTP applications over 50Km in LOS situations.
Deltalink provide highly efficient Antennas Idle for MIMO solutions, designed for outdoor applications for PTP, PTMP and Mesh networks Specially for high throughput wireless backhauls