VSWR
Per NPTR1 (NPTR5-DP-2FT) datasheet, VSWR HPOL stays < 1.5 across 4.9–6.4 GHz (beam 6.0°/6.2°, F/B 38 dB).
NPTR1
NPTR1 marine-grade antenna (NPTR5-DP-2FT), 30 dBi, 2 ft
NPTR5-DP-2FT
- Gain
- 30 dBi (28–30 dBi)
- Size
- ø 60 cm / 2 ft
- Range
- PTP ≤ 30 km · CPE ≤ 15 km
- Band
- 4.9–6.4 GHz
Description. The NetPoint NPTR1 marine-grade parabolic antenna (NPTR5-DP-2FT) offers dual polarization, N-female connector, and excellent VSWR across 4.9–6.4 GHz. Hot-dip galvanized materials and an integrated radome for PtP backhaul in maritime environments — PtP up to 30 km.
- Marine environment · hot-dip galvanized materials
- Gain Low 28 · Mid 29 · High 30 dBi
- Beamwidth VPOL 6.0° · HPOL 6.2° · F/B 38 dB
- VSWR HPOL < 1.5 · ISO 30 dB
- N-female connector · N–RPSMA pigtails included
- One antenna that covers 5 and 6 GHz
- Wind resistance 200 km/h | 125 mph
- Made in Mexico
- Model
- NPTR1
- SKU
- NPTR5-DP-2FT
- Brand
- NetPoint
- Series
- NetPoint NPTR5
NetPoint warranty for manufacturing defects
Request this product
Informational catalog — no online purchase. Contact sales or an authorized distributor.
Technical summary NPTR1
4.9 – 6.4 GHz
28–30 dBi
Marine grade
Dual Slant
2 ft
Primary applications
- PtP backhaul
- CPE
- Public safety
Specifications
NPTR5-DP-2FTElectrical specifications
| Model | NPTR1 |
|---|---|
| SKU | NPTR5-DP-2FT |
| Antenna type | Directional parabolic reflector |
| Frequency | 4.9 - 6.4 GHz |
| Connector type | N-female / Dual N-Female |
| Gain (dBi) | Low 28 - Mid 29 - High 30 |
| VSWR HPOL | < 1.5 |
| Beamwidth VPOL | 6.0° |
| Beamwidth HPOL | 6.2° |
| Return loss | 11 |
| ISO | XDP | 30 |
| F/B ratio (dB) | 38 |
| Polarization | Dual slant 45° or 90° |
Mechanical specifications
| Size | ø 60 cm / 2 ft |
|---|---|
| Azimuth adjustment | +/- 60 degrees |
| Elevation adjustment | +/- 15 degrees |
| Mast diameter min/max | 1 in – 2.750 in |
| Operating temperature | -45 to +60 C° |
| Wind load | 200 km/h | 125 mph |
| Pigtail length | 2 ft - 600 mm |
| Includes | Radome · N–RPSMA pigtails · Mount |
NetPoint NPTR1 is compatible with
Cambium Networks · Mimosa Networks · Ubiquiti · Radwin · Telrad · LigoWave · Astra Wireless · Zyxel · Proxim Wireless
Electrical specifications NPTR1
NPTR1 gain
Gain Low 28 / Mid 29 / High 30 dBi across 4.9–6.4 GHz.
Catalog datasheet
Mechanical benefits
Mechanics set a great antenna apart — designed to make tower work easier for installers.
- Low weight
- Corrosion resistance
- High light and heat reflectivity
- Hermetic sealing
- Excellent port-to-port isolation
- Reliable electrical conductivity
Frequently asked questions
What frequency range do NPTR1 antennas cover?
NPTR1 antennas operate across 4.9–6.4 GHz (licensed and unlicensed), covering 5 and 6 GHz with one reflector.
What gain do NPTR1 antennas offer?
Per the NPTR1 datasheet, gain is Low 28 / Mid 29 / High 30 dBi.
What connector do NPTR1 antennas use?
They use low-loss N-female connectors and ship with N–SMA jumpers compatible with Mimosa, Cambium, and Ubiquiti radios.
Are they suitable for long-distance links?
Per the NPTR5 product page, reference PtP range is 30 km (18 mi) and CPE 15 km (10 mi).
What is the typical VSWR?
Per datasheet, VSWR HPOL stays < 1.5.
What polarization do they support?
NPTR1 antennas use dual-slant ±45° polarization, ideal for MIMO 2×2 efficiency in backhaul environments.
What materials are used? Are they weatherproof?
Yes. They use treated aluminum with anti-corrosion coating and a fiberglass radome resistant to UV and rain.
Can they be used with 6 GHz Wi‑Fi 6E or licensed LTE radios?
Yes. They work with radios in the upper 6 GHz band, including Wi‑Fi 6E backhaul, LTE-LAA, and custom solutions.
What is the recommended minimum link distance?
They can work on short hops, but a minimum of about 3 km is recommended to avoid overpower and protect the Fresnel zone.
Is a special tower or mast required?
Mount NPTR1 antennas on 2-inch steel masts or towers at least 6 m high, with precise aiming and firm anchoring.
What accessories can I use?
You can add NetPoint RF shields, wind-load radomes where needed, and the SANP stabilizer arm for more professional installs.
What makes the NPTR series different from other parabolic antennas?
NPTR is designed specifically for aggressive environments (coastal climates, high salinity, and extreme humidity). Unlike standard antennas, NPTR hardware uses hot-dip galvanizing and stainless fasteners to avoid premature corrosion.
Is extra connector protection required?
Yes. Even though the antenna is rugged, sealing connections with self-amalgamating (vulcanizing) tape is essential to keep moisture out of the jumpers and protect the link.
What is the estimated service life?
Estimated service life in extreme environments is 12 years, subject to a technical assessment of the installation site.
Which industries use NPTR?
Mining, energy / oil & gas, and marine applications — plus ports, wind/solar parks, coastal surveillance, rural connectivity, and beach resorts.
Made in Mexico
Designed and manufactured in Mexico with 100% domestic materials by NetPoint R&D. Proudly Mexican patent.
