5G/LTE Cellular Omni-Directional Antenna

SKU: S156 In stock
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$8.50$10.00

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Frequently bought together

5G/LTE Cellular Omni-Directional Antenna+ Waterproof SMA to u.FL RF Adapter Cable - 150mm+ MHF4 to SMA Female Adapter Cable
Total price: $8.50

Description

This versatile and powerful connector-mount antenna is engineered to deliver consistent and reliable performance for a wide range of wireless applications. It supports 5GNR, 4G LTE, 3G, and 2G standards with backward and forward compatibility.

The antenna features a UV-stable housing rated for demanding environments with an operating temperature span of -40 °C to +85 °C, and a ground plane independent design for flexible installation.

Performance at a glance

  • 617-5925 MHz5G · 4G · 3G · 2G
  • Up to ~43.3%Efficiency
  • −40 → +85 °CUV-stable PC/ABS

Highlights

  • Comprehensive cellular support5G, 4G LTE, 3G, 2G, CBRS, LPWA, and NB-IoT.
  • Ultra-wide frequency supportOperates across all key cellular bands from 617 MHz to 5925 MHz.
  • Omni-directional performanceProvides a uniform 360-degree radiation pattern.
  • High efficiencyEngineered for high efficiency, reaching up to 43.3%.
  • Hinged SMA-MalePositioning at 0°, 45°, and 90° angles.
  • UV-stable radomeBlack PC/ABS material.

Technical specifications

Frequency bands 617-960 MHz, 1427-2690 MHz, 3300-5000 MHz, 5150-5925 MHz
Supported technologies 5G, 4G, 3G, 2G
Peak gain Up to ~0.3 dBi
Efficiency Up to ~43.3%
VSWR ≤ ~2.6:1
Polarization Linear
Impedance 50 Ohm
Max input power 25 Watts
Connector type SMA-Male
Mounting Direct Connector Mount
Radome material PC/ABS (UV Stable)
Operating temp -40 °C to +85 °C
Dimensions Straight: 135 mm × 19 mm × 10 mm · Right angle: 110 mm (H) × 42 mm (L)

Mechanical drawings

  • 5G/LTE antenna mechanical drawing, straight position, 135 × 19 × 10 mmStraight
  • 5G/LTE antenna mechanical drawing, right angle position, 110 mm high, 42 mm longRight angle
  • 5G/LTE antenna mechanical drawing, 45° position45°

Antenna parameters

  • 5G/LTE antenna return loss over frequencyReturn loss
  • 5G/LTE antenna VSWR over frequencyVSWR
  • 5G/LTE antenna efficiency over frequencyEfficiency
  • 5G/LTE antenna peak gain over frequencyPeak gain
  • 5G/LTE antenna average gain over frequencyAverage gain

Radiation patterns

  • 5G/LTE antenna radiation pattern reference: X, Y and Z axesReference axes
  • 5G/LTE antenna 3D and polar radiation patterns at 650 and 750 MHz650 and 750 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 850 and 940 MHz850 and 940 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 1500 and 1600 MHz1500 and 1600 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 1750 and 1850 MHz1750 and 1850 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 1950 and 2100 MHz1950 and 2100 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 2350 and 2600 MHz2350 and 2600 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 3350 and 3600 MHz3350 and 3600 MHz
  • 5G/LTE antenna 3D and polar radiation patterns at 4500 and 5500 MHz4500 and 5500 MHz
5G/LTE omni-directional antenna, angled view with the hinged SMA male connector folded