Combo Antenna  High Gain 5G/4G LTEx2 + GPS. Cables to SMA

$29.99
SKU:
AM861LTEx2c6FT
Brand:

Availability:
In stock
Weight:
0.50 LBS
Write a Review

3 Internal Antennas: Two High-Gain LTE antennas (5dBi)+GPS

  • Combination antenna with two internal cellular antennas, and one internal GPS antenna
  • 5dBi Gain for the 5G / 4G antennas: Much higher gain than other antennas of the same dimensions
  • 3 9FT Cables to SMA (can be customized for large orders)
  • Through-hole mount and adhesive mount    
  • Puck style, permanent mount
  • Typically used as vehicle antenna (cars, trucks) but useful and applicable for many applications.
  • Waterproof / weatherproof (IP68) antenna

A three-cable multiband antenna: Three internal antennas that provide coverage for three different wireless devices:

Please contact Customer Service before you purchase, so that we can make sure that the connectors are compatible with your requirements.

Omni-Directional Dual-band MIMO Antenna

  • Has three internal antennas, and has three separate antenna cables; cables terminate with SMA-male connectors for LTE and GPS (we can customize connectors for large orders).
  • We can customize cable-length for large orders.
  • Puck style, permanent mount
  • Typically used as vehicle antenna (cars, trucks) but useful and applicable for many applications.

Mounting / Installation: Stud-mount screw (through-hole mount).

Compatibility with wireless standards & applications:

  • 5G, LTE / 4G & GSM /3G: Broadband design for 4G / LTE and 3G / GSM systems: 4G networks
    • US domestic LTE: 700 MHz band: AT&T Mobility, Verizon.
    • Global LTE: 2600 MHz band (2.6GHz)
    • GSM bands 824-894 and 1850.2 - 1909.8 (US and Latin America / Mexico)
  • 900MHz ISM Band. Can also be made to operate on other VHF and UHF frequencies within the ISM frequency bands.
    • Non Line of Sight (NLOS): 900 MHz band is best for passing through trees and forests.
  • IoT wireless & M2M: Compatible with many machine to machine communication applications, remote monitoring, and telemetry applications using LTE-m, 4G / LTE, 3G / GSM, LoRa, Wi-Fi HaLow. (Compatible because it is vertically polarized).
  • WiMAX frequency bands 2300 MHz / 2500 MHz / 2600 MHz (2.3GHz, 2.5GHz, 2.6GHz)
  • The GPS antenna has SAW to filter other signals.
  • The GPS internal antenna has a metal shield on its bottom side as a ground plane
  • Data Alliance's high-quality soldered terminations of SMA and RP-SMA connectors provide a low-loss connection with discontinuities kept to a minimum.

Conversion to Iridium Satellite Coverage: For all of our antennas that cover the GPS frequency 1.5GHz: We can convert the 1.5GHz GPS antenna to 1.6GHz in order to cover the Iridium (Satellite) frequency. This customization takes about 4 extra weeks in production and will increase the cost of the antenna by $1.75 per antenna.

SPECIFICATIONS

GPS Antenna

Dielectric Antenna

Center Frequency

1561~1602MHz

Band Width

CF±5MHz

Polarization

RHCP

Gain

2dBic(Zenith)

V.S.W.R

<2

Impedance

50Ω

Axial Ratio

3dB(max)

LNA

Gain

28±2dB

Noise Figure

<1.5dB

V.S.W.R

<2.0

Supply Voltage

2.2~5V DC

Current Consumption

<15mA

4G / 5G Antenna

Frequency Range

698~960MHz/1710~2690MHz

V.S.W.R

<2.5:1 (maximum)

Polarization

Vertical

Gain for the frequency range above

3.0dBi ~ 4.2dBi

Impedance

50Ω

5G Frequency Bands Coverage

Frequency Range

3200 MHz ~ 3800 MHz

Polarization

Vertical

Gain for the frequency range above

5dBi

V.S.W.R

<1.3

Impedance

50Ω

Mechanical

Cable

LMR-100 equivalent double-shielded. See signal loss characteristics below.

Connectors: Default configuration

SMA for 5G/4G + GPS
RP-SMA for WiFi

Radome Material

UV resistant PC+ABS (black)

Mounting Method

Screw

Environmental

Operating Temperature

-40℃~+80℃

Relative Humidity

Up to 95%

Ingress Protection

IP68

report antenna

In the 2.70–2.80 GHz range, excluding the point at 2.751 GHz, the results show that both 2.700 GHz and 2.800 GHz exhibit very good matching (VSWR ≤ 1.35 and Return Loss > 16 dB), with minimal reflected power. Between the two, 2.700 GHz offers a slight advantage with a Return Loss of –18.80 dB compared to –16.36 dB at 2.800 GHz.

UL certification / rating of the flammability of the antenna housing (ABS):

  • Test Method: UL-94
  • The flame class of this ABS material is HB.

Beamwidth: H-Plane: 360-degrees: The two internal omni-directional antennas receive and send signals from 360 degrees all around.

Cable is double-shielded, low-loss and very flexible. The cable-type is equivalent or better than LMR-100: Coax with black jacket has the same or better signal-loss-per-meter and flexibility as LMR100, and less attenuation (signal loss) than RG174. The higher quality of the cable of this antenna translates into lower loss/better performance. These antenna cables are rated for outdoor use and are also suitable for indoor use. Recommended tightest continuous bend radius is 1.1 inch (28mm).

LMR-100-RG-174-coaxial cable comparison

Signal loss in the cable: Per meter:

  • 900MHz: 0.75dB/meter
  • 1500MHz : 0.99dB/meter
  • 2000MHz: 1.16dB/meter
  • 3000MHz: 1.438dB/meter

SMA Connector Characteristics:

  • SMA connector Material Composition
  • SMA Features and Key Information

ALTERNATIVE COMBO ANTENNA OPTIONS:

 

RELATED PRODUCTS & PAGES:

All of our antennas pass QC test before we ship them.

s