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2J Blade 4G-5G WiFi Ultraband Hinged Antenna 617 to 5925 MHz SMA Male

$28.95 $26.96

Estimated delivery between October 19 and October 21.

Minimum of 1 / increment of 1
High-performance 2J Blade 4G-5G WiFi Ultraband Hinged Antenna by 2J offers full bandwidth 5G NR 4G LTE coverage. Versatile design with innovative hinged swivel. Ideal for various applications.

Description::

This versatile antenna combines high performance with full bandwidth coverage for 5G NR 4G LTE and 3G/2G/CDMA cellular spectrums and the smallest antenna design on the market. The innovative hinged swivel design allows the antenna to be positioned in a straight right or 45-degree angle so it can be rotated into the direction with the most signal strength and reduce interference with other antennas nearby.

Features:
  • Dipole antenna
  • Ground plane independent
  • Ultra-Wideband antenna: 619-5925MHz
  • Sub 6GHz Bands
  • Full 4GLTE backward compatibility
  • 1.6 dBi 5G NR peak gain
  • High performance
  • Hinged Connector
Suggested Applications:
  • Terminals Base Stations and Routers
  • High Traffic MIMO Device Connectivity
  • Industrial Commercial and Residential IoT
  • Industrial Commercial and Residential Smart Home / Office
  • ATM Machines
  • IoT Dispensers
  • Vending Machines
  • Electrical Metering 

The antenna housing is manufactured from a PC/ABS UV protective material allowing it to withstand extreme temperatures ranging between -40C to +85C and making it ideal for outdoor applications. The design dimensions are 135 x 19 x 10 mm (straight angle) 110 x 42 x 10 mm (right angle) and 88 x 112 x 10 mm (45-degree angle). This antenna is ground plane independent allowing for a wide range of installation options with minimal restrictions.

Specification:

5GNR/4GLTE/FirstNet/CBRS/LPWA/3G/2G
Technologies 5G 4G 3G and 2G
Standards 5GNR/4GLTE/FirstNet/CBRS/LPWA/CAT-X/CAT-Mx/CAT-NBx/NB-IoT/3G/2G
Frequency 617-960 MHz
1427-2690 MHz
3300-5000 MHz
5150-5925 MHz
Return Loss (dB) ~-11.2 ~-10.7 ~-11.4 ~-8.8
VSWR ~2.0:1 ~2.6:1 ~2.3:1 ~2.2:1
Efficiency (%) ~37.6 ~43.3 ~35.1 ~41.9
Peak Gain (dBi) ~-1.1 ~0.5 ~0.3 ~1.6
Impedance (Ohm) 50
Polarisation Linear
Radiation Pattern Omni-Directional
Max. Input Power (W) 25

@3/10

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