5.1 - 5.9GHz

Deliverytime: 7 - 9 working days (Mo-Fr) *
236,75 EUR
Key points at a glance:
Product Description

28 dBi Dual Polarity High Performance 2' Dish Antenna without Radome and Radio Adapter, 5.1-5.9GHz, N-Female
A high gain dual polarized dish antenna adapted both for indoor and outdoor applications in the ISM band including IEEE 802.11ac. It provides long distance Point-to-Point bridge and network backhaul. Designed for operation under severe weather conditions. High quality construction of pole mounting elements guarantee easy elevation and easy tilt down as well as rock-stable operation. It can be used as customer premise equipment and as small base stations.

Antenna Key features
- 2x28 dBi Directional Gain
- Dual Polarization H&V or Cross
- Very Narrow Beamwidth
- High Quality Construction
- Heavy-Duty Mounting Elements
- Precise Adjustment Mounting Kit
- Best Solution for Noisy Area
- Radio Mount for Easier Instalation
- Complied with ETSI Class

Antenna Applications
- 5 GHz Band Wireless LAN
- IEEE 802.11a WLAN Systems
- 802.11n/MIMO standard
- Nstreme dual configuration
- Point to Point Applications

Antenna Specification
Electrical Properties
- Frequency range: 5.1-5.9 GHz
- Gain: 8 dBi
- Polarization: linear. H&V or Slant+/-45°
- Beam width horizontal: 5° @ -3dB
- Beam width vertical: 5° @ -3dB
- VSWR: <2
- Impedance: 50 ohm
- Front to back ratio: > 35 dB
- Port isolation: > 40 dB

Mechanical Properties
- Connector: 2 x N female
- Windload: 100/140 km/h
- Mounting pole: Φ8cm / 3.14
- RoHS Compliant: Yes

Enclosure Properties
- Material: UV protected PVC (cover)
- Colour: White/Blue
- Outside dimensions: 630x310mm / 24,8x12,2
- Weight: 4,8kg/ 10,58lbs
- Temperature range: -40 +80°C / -40 +176°F
- Lightning protection: DC ground

Manufacturer information

ITELITE
ul. Terenowa 42
52-231 Wroclaw
PL - Poland

E-Mail: sales@itelite.net

Person responsible for the EU

ITELITE
ul. Terenowa 42
52-231 Wroclaw
PL - Poland

E-Mail: sales@itelite.net

This website uses cookies to ensure you get the best user experience. Privacy Policy