Laird Gar 5-Port MIMO 4G / 5G / WiFi / GNSS Combo Antenna, 700 to 6000 MHz

VFP69383B22JN-518J

Globally Stocked (1-2 Weeks)

The Gar low-profile multiport/multiband antenna provides an excellent solution for public safety, transportation, and aftermarket fleet applications.

The VFP69383B22JN is a 5-port antenna that comes configured for 2x2 MIMO operation over the 3G/4G/5G/ISM/CBRS bands, and 2x2 MIMO operation over both 2.4 GHz and 5 GHz Wi-Fi bands. The additional 5th port provides an active antenna for enabling GNSS global navigation services (which includes GPS, GLONASS, Galileo, Beidou, and other regional systems).

Gar antennas not only increase signal reliability and data throughput but enable the possibility for vehicles to function as communication hubs. They are 5G ready, aerodynamic, and ruggedly reliable, and are the only vehicular antennas in the industry to come with a 5-year product warranty.

Recommended Use

While designed for vehicles, this antenna provides a compact formfactor for modern communications devices, allowing techs to avoid drilling multiple penetrations into the host device.

Network Compatibility

Telstra - B5 (850 MHz)

Optus - B1 (2100 MHz)

Optus - B8 (900 MHz)

Vodafone Australia - B1 (2100 MHz)

Vodafone Australia - B8 (900 MHz)

Telstra - B1 (2100 MHz)

Telstra - B3 (1800 MHz)

Telstra - B7 (2600 MHz)

Telstra - B8 (900 MHz)

Telstra - B28 (700 MHz)

Optus - B1 (2100 MHz)

Optus - B3 (1800 MHz)

Optus - B7 (2600 MHz)

Optus - B8 (900 MHz)

Optus - B28 (700 MHz)

Optus - B40 (2300 MHz)

Vodafone Australia - B1 (2100 MHz)

Vodafone Australia - B3 (1800 MHz)

Vodafone Australia - B5 (850 MHz)

Vodafone Australia - B8 (900 MHz)

Telstra - n78 (3500 MHz)

Optus - n78 (3500 MHz)

Vodafone Australia - n78 (3500 MHz)

Optus - n1 (2100 MHz)

Band Compatibility

n80 (1800 MHz Suppl.)

n81 (900 MHz Suppl.)

n82 (800 MHz Suppl.)

n83 (700 MHz Suppl.)

n84 (2100 MHz Suppl.)

n86 (1800 MHz Suppl.)

Wireless Compatibility

900 MHz

915-928 MHz (1 W)

2.4 GHz

2400-2483.5 MHz (4 W)

5 GHz

5150-5250 MHz (Indoor, 200 mW)

5 GHz

5250–5350 MHz (Indoor, 200 mW, DFS)

5 GHz

5470–5600 MHz (1 W, DFS)

5 GHz

5650–5725 MHz (1 W, DFS)

5 GHz

5725–5850 MHz (4 W)

RF Performance - Omni

Frequency Range^{[ ? ]}	698 to 3800 MHz
Polarisation^{[ ? ]}	Vertical (V)
Max. Input Power^{[ ? ]}	30 W

Input Impedance	50 Ω
MIMO^{[ ? ]}	2x2 MIMO
PIM, 3rd Order^{[ ? ]}

Frequency Range^{[ ? ]}	Peak Gain^{[ ? ]}	VSWR^{[ ? ]}	Average Gain	Inter-Port^{[ ? ]}
698 to 806 MHz	1.6 dBi	< 2.5:1	0.4 dBi	> 11 dB
824 to 894 MHz	1.4 dBi	< 2.1:1	0.8 dBi	> 13 dB
880 to 960 MHz	1.2 dBi	< 2.2:1		> 14 dB
1690 to 3800 MHz	4.0 dBi	< 2.1:1		> 18 dB

RF Performance - Omni

Frequency Range^{[ ? ]}	2400 to 6000 MHz
Polarisation^{[ ? ]}	Vertical (V)
Max. Input Power^{[ ? ]}	10 W

Input Impedance	50 Ω
MIMO^{[ ? ]}	2x2 MIMO
PIM, 3rd Order^{[ ? ]}

Frequency Range^{[ ? ]}	Peak Gain^{[ ? ]}	VSWR^{[ ? ]}	Efficiency	Average Gain	Inter-Port^{[ ? ]}	El.^{[ ? ]}
2400 to 2500 MHz	2.6 dBi	< 2.0:1			> 30 dB
4900 to 6000 MHz	6.6 dBi	< 2.0:1			> 38 dB

GNSS Specification

Frequency Range^{[ ? ]}	1559.00 to 1605.00 MHz
Polarisation^{[ ? ]}	Right Hand Circular (RHCP)
GNSS Operation	BeiDou Galileo GLONASS GPS NAVIC QZSS
Passive Gain	2.00 dBi
Input Voltage	2.50 to 7.00 Vdc

Input Impedance	50 Ω
VSWR^{[ ? ]}	< 2.00:1
Noise Figure	2.50 dB
LNA Gain	28 dB
Power Consumption	-

Physical Specification

Operating Temperature	-30 to 70 °C
Weight	1.1 kg
Construction	Polycarbonate (PC) Aluminium

Dimensions	179 x 63 x 48 mm (L x W x D)
Mounting	Stud
Ingress Protection	IP67

RF Connections		Cable	Length	Notes
2x	SMA Male Free Hanging	L-195	5180 mm	Cellular, 300 mm L-100 Tails (SMA Female) attaching to L-195 Jumper Cables
2x	SMA Male Free Hanging	L-195	5180 mm	WiFi, 300 mm L-100 Tails (SMA Female) attaching to L-195 Jumper Cables
1x	SMA Male Free Hanging	RG-174	5180 mm	GNSS, 300 mm L-100 Tail (SMA Female) attaching to L-195 Jumper Cable

Documentation & Resources

ANT-DS-VFP69383B22JN_datasheet.pdf1.78 MB

About the Supplier

Laird Connectivity designs, develops, manufactures, and supports wireless systems solutions and performance materials for wireless and other advanced electronics applications. Its wireless systems solutions include infrastructure antenna systems, embedded wireless modules, telematics and wireless M2M solutions, wireless automation and control solutions, and connectivity products.