Description
PRODUCT SPECIFICATIONS
Technical Description
- ELECTRIC SPECIFICATIONSÂ
- Antenna type:Â Directional parabolic reflector
- Frequency:Â 5.9 – 7.2 GHz
- Connector type:Â Female N
- Gain (dBi):Â
- 35, 37, 39.5
- 5.9GHz, 6.8GHz and 7.2GHz
- VSWR HPOL:Â <2.0
- Beamwidth VPOL: 2.4°
- Beamwidth HPOL: 2.0°
- Impedance (Ohms):Â 50
- Radius F/B (dB):Â > 70
- Polarization: Dual slant 45° or 90°
- MECHANICAL SPECIFICATIONSÂ
- Wind max survival speed (MPH):Â 124.2 miles with Radome.
- Azimuth adjustment:Â +/- 60 degrees
- Elevation adjustment (°): +/- 15 degrees
- Mounting Pipe Diameter, Min:Â 1 inch – 25.4mm
- Mounting Pipe Diameter, Max:Â 2.95 inches 75.00mm
- Operating temperature (C°): – 49 to +140 F° | -45 to +60 C°
- Connector type:Â Dual N-Female with pigtails for RP-SMA
- Length of pigtail:Â 2ft – 600 mm
NP6-DP-6FT (NP66) – Parabolic Antenna High Performance
NetPoint’s Np66 (NP6-DP-6FT) super high performance dish antenna is designed to work with very high performance in both licensed and unlicensed bands with excellent gain. The Np66 (NP66-DP-6FT) has dual polarization and an N-female connector, as well as exceptional VSRW performance in the 5.9 to 7.2 Ghz operating band. The antenna comes pre-assembled and ready to install, as well as an integrated radome for high performance and fiable operation in the most demanding conditions. This 4- foot parabolic antenna can be used for PTP backhaul, CPE and public safety applications.
Features
- High Gain:Â Offers up to 39.5 dBi gain with low VSWR and high port isolation across the entire 5.9 – 7.2 GHz band.
- Wide Frequency Coverage:Â Covers both 6 GHz and 7 GHz bands.
- Interference Reduction:Â Achieves a minimum front-to-back ratio of >70 dB, minimizing interference.
- Easy Installation:Â Pre-assembled and factory-tested to ensure quality and simplify on-site installation.
- Durable Connector:Â Equipped with a female N-type connector.
Applications:
- PTP Backhaul:Â Ideal for point-to-point backhaul applications.
- CPE:Â Suitable for customer premises equipment installations.
- Public Safety:Â Reliable for public safety communication networks.















