Connectivity & Antenna Specifications

Details connectivity features and antenna specifications for optimal performance.

Antenna Directions

The antenna directions in the radiation models of all antennas are as follows.

LTE Main/Diversity Antenna Specifications

Parameters LTE Main / Diversity Antenna
Technologies / Standards 4G/LTE
4G/LTE Bands B1/B2/B3/B4/B5/B7/B8/B12/B13/B18/B19/B20/
B25/B26/B28/B34/B38/B39/B40/B41/B66
Return Loss (db) -11,2 -10,7 -11,4 -8,8
VSMR -2.0:1 -2.6:1 -2.3:1 -2.2:1
Efficiency (%) 37,6 43,3 35,1 41,9
Peak Gain (db) -1,1 -0,5 -0,3 -1,6
Average Gain(dBi) -4,3 -3,8 -4,6 -3,8
Impedance (Ohm) 50
Polarisation Linear
Radiation Pattern Omni-Directional
Max. Input Power (W) 25
Connector Type SMA-Male
650 and 750 MHz Radiation Pattern

650 and 750 MHz Radiation Pattern

850 and 940 MHz Radiation Pattern

850 and 940 MHz Radiation Pattern

1500 and 1600 MHz Radiation Pattern

1500 and 1600 MHz Radiation Pattern

1750 and 1850 MHz Radiation Pattern

1750 and 1850 MHz Radiation Pattern

1950 and 2100 MHz Radiation Pattern

1950 and 2100 MHz Radiation Pattern

2350 and 2600 MHz Radiation Pattern

2350 and 2600 MHz Radiation Pattern

3350 and 3600 MHz Radiation Pattern

3350 and 3600 MHz Radiation Pattern

4500 and 5500 MHz Radiation Pattern

4500 and 5500 MHz Radiation Pattern

Wi-Fi / Bluetooth Antenna Antenna Specifications

Parameters Wi-Fi / Bluetooth Antenna
Technologies / Standards Wi-Fi 6E / BT
Frequency (MHz) 2410-2490 4920-5925 5925-7125
Band 2.4GHz 5.0GHz 6.0GHz
Return Loss(dB) ~-17.1 ~-12.3 ~-9.9
VSWR ~1.4:1 ~1.7:1 ~2.0:1
Efficiency(%) ~75.8 ~84.5 ~73.0
Peak Gain (dBi) ~4.1 ~3.9 ~2.8
Average Gain (dB) ~-1.2 ~-0.7 ~-0.7
Impedance(Ohm) 50
Polarisation Linear
Radiation Pattern Omni-Directional
Max. Input Power (W) 25
Connector Type RP-SMA-Male Standard
2450 and 5500 MHz Radiation Pattern

2450 and 5500 MHz Radiation Pattern

6500 MHz Radiation Pattern

6500 MHz Radiation Pattern

GNSS Antenna Antenna Specifications

Parameters GNSS Antenna
Standards BeiDou GPS/QZSS/GALİLEO GLONASS
Bands (Mhz) 1561 1575 1602
Frequency (Mhz) 1561.098 1575.42 1598-1606
Return Loss (dB) ~-19.3 ~-15.7 ~-16.2
VSMR ~1.2:1 ~1.4:1 ~1.4:1
Efficiency (%) ~69.5 ~72.3 ~73.4
Peak Gain (dBi) ~2.3 ~2.6 ~2.4
Average Gain (dB) ~-1.6 ~-1.4 ~-1.3
Impedance (Ohm) 50
Polarisation Linear
Radiation Pattern Omni-Directional
Max. Input Power (W) 25
Connector Type SMA-Male
1560 and 1575 MHz Radiation Pattern

1560 and 1575 MHz Radiation Pattern

1600 MHz Radiation Pattern

1600 MHz Radiation Pattern



Combination Antenna (LTE / Wi-Fi / GNSS)

LTE / Wi-Fi Electrical Specifications

Frequency Range

LTE: 700-2700 MHz
Wi-Fi: 2400-5850 MHZ

Input Impendence

50 Ω

VSWR

4G: ≤ 3.0
4G DIV: ≤ 4.0
Wi-Fi: ≤ 2.0

Gain

4G: ≤ 2.5 dBi
4G DIV: ≤ 2.5 dBi
Wi-Fi: ≤ 3.0 dBi

Polarization Type

Linear


GNSS Antenna Electrical Specifications

Frequency Range1561 MHz/1575.42 MHz/1602 MHz
Working Voltage3-5 V
Working Current9 ± 3 mA @ 3 V
Gain20 ± 3 dB
Noise Figure≤ 2 dB
VSWR≤2
Input Impendence50 Ω
Polarization TypeCircular

Mechanical Specifications

Antenna Box Size

Ф 120 mm x 43 mm
1.5DS Cable Length = 1000 mm

Casing

KIBILAC® ASA

Connector Type

FME Female Connector

Working Temperature

-20 °C to +85 °C

Radome Color

Black

IP Rating

IP67

Mounting Type

Screw