ANT-HP5532N Dual-Polarized Hyperbolic Dish Antenna (4.8–6.1 GHz, 35 dBi)

Overview:

The ANT-HP5532N (ST00245), offered by Poyraz Network, is a dual-polarized hyperbolic parabolic dish antenna operating in the 4.8–6.1 GHz band with 35 dBi gain. With 50 Ohm impedance, 1.4:1 VSWR and 3.0° typical 3 dB beamwidth, it delivers high efficiency for point-to-point (PtP) wireless backhaul, WISP backbone links and 5.5 GHz H-plane radio links.

Description:

The ANT-HP5532N is an HP (High Performance) series antenna designed for long-range, high-capacity links in professional wireless network infrastructures. Its wide 4800–6100 MHz operating range is fully compatible with 5 GHz Wi-Fi, 5.5 GHz H-plane and licensed/unlicensed point-to-point radio systems. The hyperbolic parabolic reflector geometry, together with 35 dBi gain and 3.0° typical 3 dB beamwidth, provides high directivity and low interference in a narrow beam profile.

Its dual-polarized structure allows two independent polarization channels (vertical and horizontal) over the same antenna, increasing spectral efficiency in MIMO and dual-channel radio links. The 50 Ohm impedance and 1.4:1 typical VSWR ensure low return loss and stable RF performance in the transmit/receive chain. With a 1060 mm reflector diameter and 14.5 kg weight, it offers a balanced mechanical profile for field installation; a link distance capacity of up to 130 km makes it a reliable solution for long-range backbone connections.

Key Highlights:

• Wide 4.8–6.1 GHz frequency range: compatible with 5 GHz Wi-Fi and 5.5 GHz H-plane radio links
• 35 dBi high gain and 3.0° typical 3 dB beamwidth for narrow-beam, high-directivity radiation
• Dual-polarized hyperbolic parabolic reflector: spectral efficiency in MIMO and dual-channel PtP links
• 50 Ohm impedance and 1.4:1 typical VSWR for low return loss
• 1060 mm reflector diameter and 14.5 kg weight for field-deployable mechanical structure
• Link distance capacity up to 130 km

Technical Specifications: