The Powertec 4G-5G LPDA Antenna, 698 to 4000 MHz, N Female + 10m Cable N Male to SMA Male delivers exceptional performance across a wide frequency range. This wideband coverage ensures compatibility with various cellular bands, including 4G LTE and 5G NR, making it a versatile choice for diverse network requirements.

Key Features:

• Fully welded, powder coat aluminium design
• 11.3 dBi peak gain across lower bands 698 to 960 MHz
• 11.5 dBi peak gain across bands 1695 to 2700 MHz
• 9.5 dBi gain across upper bands 3300 to 4000 MHz
• Stainless steel mounting clamp included

Advanced Log Periodic Design

Featuring a Log Periodic Dipole Array (LPDA) design, this antenna provides outstanding gain and efficiency across its operating range. The LPDA design allows for effective phase matching of elements, resulting in high gain and reliable performance throughout the entire frequency spectrum.

High Gain for Enhanced Signal

The LPDA Antenna boasts impressive peak gain values ranging from 9.5 dBi to 11.5 dBi, depending on the frequency band. This high gain ensures maximum signal capture and transmission, improving connectivity and reducing dropouts in areas with weak signal strength.

Durable Construction

Engineered for rugged conditions, the antenna is constructed from powder-coated aluminium and includes a stainless steel mounting clamp. This robust build ensures durability and reliability, even in harsh environmental conditions.

Comprehensive Connectivity

The antenna comes with a 10-metre RG-142 cable, pre-terminated with an N Female to SMA Male connector. This extended cable length allows for flexible installation and easy integration with various cellular devices and repeaters.

Flexible Installation Options

With dimensions of 1240 × 200 × 60 mm and a weight of 2.2 kg, the Powertec LPDA Antenna is designed for easy mounting on poles with diameters ranging from 30 to 50 mm. Its practical design facilitates straightforward installation and adjustment.

Optimised Beamwidth and Polarisation

The antenna provides a vertical polarisation with a beam width ranging from 34° to 60° depending on the frequency band. This optimised beam width allows for effective signal capture and transmission, accommodating both direct and reflected signals for improved network performance.