2J6924Ba
High Performance Designed for Demanding Cellular Applications
2J Antennas is expanding their “Phoenix” antenna portfolio and is adding the Cellular 4G LTE/3G/2G MIMO Screw Mount Antenna (2J6924Ba). This dual cable antenna is designed and tuned specifically for MIMO wireless technology to send and receive more than one data signal simultaneously via multipath propagation. It is compatible with 4G, LTE, MIMO, FirstNet, LPWA, NB-IoT, Cat-X-Mx-NBx, 3G, 2G and ideal for signal enhancement in virtually any cellular application operating within 698-960 MHz, 1710-2170 MHz, and 2500-2700 MHz frequencies.
The 2J6924Ba can maintain 38-48.1% efficiency and 3.5 – 6.1 dBi peak gains across all bands. Designed with an omni-directional radiation pattern, this antenna provides consistent and stable connectivity with high data throughput to access points such as routers, small base stations, repeaters, boosters, fleet management devices and other telematics devices with cellular needs.
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Suggested applications include:
- HD Voice and Data
- Cellular Communications
- Infotainment systems
- Self-driving cars
- Fleet management
- Gateways
- Public transportation
- Logistics
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Installation and Durability
This ground plane independent antenna can be installed on any free space via the single screw mount and an anti-rotation mechanism keeping it secure to the surface area. The housing is manufactured with IP67/IP69 rated ABS UV stable material resisting dust, sand, and water in addition offers durability for long term usage in outdoor or indoor applications.
Both cables come with a standard SMA-male connector with 300cm long D302 cable that is tuned for maximum antenna performance. However, we have a large variety of alternative connectors and cables that can be customized for any specific application needs. Please contact one of our experts for more information or assistance with any antenna selection needs.
To support the health of our environment and a sustainable future, all our products are designed and manufactured without hazardous materials while maintaining full REACH and RoHS compliance.
