Parsec PRO2GD (Great Dane) 2-in-1 MIMO 5G Omnidirectional Antenna, Pole Mount

Parsec PRO2GD High-Performance MIMO 5G Omnidirectional Antenna with Wider Signal Path

The PRO2GD (Great Dane) from Parsec Technologies is the newest innovation of the original Great Dane. Deploy this MIMO cellular, omnidirectional antenna on any rooftop pole mount for a high performance, double SISO upgrade. Enhanced with 5G antenna technology, the Great Dane PRO is ideal for maintaining a 2x2 configuration.

It was designed for optimum performance in the 2x2 cellular configuration. The standard solution has been to use 2 SISO pole mount antennas on a roof mount tripod. The problem with this setup is that although they are omnidirectional antennas, there’s no indication of where the peak gain is for each antenna. Customers who have this type of setup have performance issues throughout the day as carriers change bands depending on usage. The new Great Dane solves this problem by focusing the gain of all the bands in the same direction using increased spacial diversity which increases throughput. When consistent connectivity is crucial, the Great Dane PRO has you covered.

This PRO series IP67 rated antenna is perfect for pole or mast mounted rooftop applications.

Key Features

• Outdoor omnidirectional LTE 5G antenna
• 2-element MIMO LTE with frequency range of 698 - 6000 MHz
• Easy pole mount installation to 1.75” to 2.5” diameter poles
• N-type female connectors
• Optional 1-foot jumper converts N-type to SMA connector (2 required)
• 16.2× 13.34 × 1.8 inches in size
• Operating temperature from -30 to 85°C
• IP67 Ingress protection

This Antenna is a revised version of the Great Dane product family.

Configurations

• PRO2GD2LW-NF, 2-in-1 MIMO LTE with N-Type female connectors

The following configurations are no longer available:

• PTAGD2L-NF, 2-in-1 MIMO LTE with N-Type female connectors, beige radome, no cables  *No longer available*
• PTAGD2L50, 2-in-1 MIMO LTE, N-Type female to N-Type male connectors, 50-foot cables  *No longer available*