SKU
ANT-2J-00021
MPN
2J7183BC

Description

The 2J 4G-5G WiFi Ultraband 4x4 MIMO Stud Antenna (SKU: ANT-2J-00021) is a versatile, high-performance solution designed for a wide frequency range from 617 to 5925 MHz. Featuring a compact design of 96 x 130 mm, it is ideal for diverse applications in sectors such as automotive, marine, telematics, automation, and M2M systems. This antenna offers four RF connections, providing robust 4x4 MIMO capabilities, and is equipped with IP67 ingress protection, ensuring reliable operation in challenging environments.

Engineered by 2J, a leader in antenna solutions based in Slovakia, this antenna is compliant with ISO 9001 and RoHS standards, attesting to its high-quality manufacturing. With a 50 Ω impedance and linear polarisation, each antenna element supports up to 35 W of input power. Its SMA Male interfaces and 3000 mm L-195 cables ensure easy integration into existing systems.

The antenna's RF performance, optimised across multiple frequency bands, makes it suitable for applications requiring consistent and efficient communication, such as base stations and embedded systems. 2J’s extensive use of advanced engineering tools ensures that their products meet the precise needs of customers, offering both standard and bespoke solutions tailored to specific requirements.

RF Specification

Cable 1: 5GNR

Start Frequency
617 MHz
Stop Frequency
5925 MHz
Max. Input Power
35 W
Polarisation
Linear
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Body Shape Cable Series Length
1
3000 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain Return Loss VSWR Avg. Gain Efficiency
617 MHz
960 MHz
1.3 dBi
> 5.5 dB
< 3.7:1
-5.1 dBi
31%
1427 MHz
2690 MHz
3.4 dBi
> 12.2 dB
< 2:1
-3.9 dBi
42%
3300 MHz
5000 MHz
4.7 dBi
> 15.2 dB
< 1.5:1
-3.8 dBi
42%
5150 MHz
5925 MHz
4 dBi
> 14.2 dB
< 1.6:1
-4.4 dBi
37%

Cable 2: 5GNR

Start Frequency
617 MHz
Stop Frequency
5925 MHz
Max. Input Power
35 W
Polarisation
Linear
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Body Shape Cable Series Length
1
3000 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain Return Loss VSWR Avg. Gain Efficiency
617 MHz
960 MHz
1.2 dBi
> 5.6 dB
< 3.7:1
-5.1 dBi
31%
1427 MHz
2690 MHz
3.6 dBi
> 12.7 dB
< 1.9:1
-3.9 dBi
41%
3300 MHz
5000 MHz
4.6 dBi
> 15.3 dB
< 1.5:1
-3.8 dBi
42%
5150 MHz
5925 MHz
3.2 dBi
> 16 dB
< 1.5:1
-4.8 dBi
33%

Cable 3: 5GNR

Start Frequency
617 MHz
Stop Frequency
5925 MHz
Max. Input Power
35 W
Polarisation
Linear
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Body Shape Cable Series Length
1
3000 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain Return Loss VSWR Avg. Gain Efficiency
617 MHz
960 MHz
1.3 dBi
> 5.4 dB
< 3.7:1
-5 dBi
32%
1427 MHz
2690 MHz
3.8 dBi
> 12.9 dB
< 1.8:1
-3.8 dBi
42%
3300 MHz
5000 MHz
4.5 dBi
> 16.7 dB
< 1.4:1
-4 dBi
40%
5150 MHz
5925 MHz
4.6 dBi
> 12.4 dB
< 1.8:1
-4.2 dBi
39%

Cable 4: 5GNR

Start Frequency
617 MHz
Stop Frequency
5925 MHz
Max. Input Power
35 W
Polarisation
Linear
Input Impedance
50 Ω
RF Connectors
Ports RF Interface Body Shape Cable Series Length
1
3000 mm
Frequency Test Data
Start Freq. Stop Freq. Peak Gain Return Loss VSWR Avg. Gain Efficiency
617 MHz
960 MHz
1.6 dBi
> 5.7 dB
< 3.5:1
-5.1 dBi
31%
1427 MHz
2690 MHz
3.4 dBi
> 12.8 dB
< 1.8:1
-3.9 dBi
42%
3300 MHz
5000 MHz
4.6 dBi
> 16.8 dB
< 1.5:1
-3.8 dBi
43%
5150 MHz
5925 MHz
3.9 dBi
> 15.4 dB
< 1.5:1
-4.6 dBi
35%

Physical Specification

MIMO
4x4 MIMO
Input Ports
4
Min. Operating Temperature
-40 °C
Max. Operating Temperature
85 °C
Dimensions
96 x 130
Ingress Protection
IP67
Materials
ASA Plastic
Mounting
Stud / Bulkhead / Panel
Compliance/Certifications
ISO 9001 Quality Management, RoHS

Downloadable Resources

2J

2J is a worldwide supplier of antenna solutions for Automotive, Marine, Telematic, Automation and M2M markets. 2J utilise a plethora of modern engineering tools, from network analysers and anechoic chambers, to simulation software and 3D printers. These tools help reduce design phases, and enable us to react to customers’ needs promptly and efficiently.

Over the past decade, 2J has established ...